EcoTrackly

Create products with ease

Full.CX effortlessly transforms your ideas into product requirements.

Full.CX turns product visions into detailed product requirements. The product below was entirely generated using our AI and advanced algorithms, exclusively available to our paid subscribers.

Product Details

Name

EcoTrackly

Tagline

Drive Change, Sustainably

Eco Innovator

Name: Eco Innovator
Description: Eco Innovators are forward-thinking professionals who are passionate about embedding sustainability into their organizations. They leverage EcoTrackly to not only monitor environmental performance but also to inspire teams across departments to adopt greener practices. Their typical day revolves around collaboration, brainstorming eco-friendly initiatives, and presenting sustainability strategies to stakeholders, as they seek to create a transformative impact in their organizations and beyond.
Demographics: Age: 30-45, Gender: Any, Education: Bachelor's Degree or higher in Environmental Science, Business, or related fields, Occupation: Sustainability Consultant, Environmental Manager, or similar roles, Income Level: $70,000 - $120,000 annually.
Background: Raised in a sustainability-conscious household, the Eco Innovator pursued a degree in Environmental Science, motivated by a lifelong passion for the planet. They started their career as an environmental researcher, quickly transitioning to sustainability consulting where they developed expertise in integrating sustainable practices into business operations. Beyond work, they enjoy hiking, engaging in community environmental projects, and participating in eco-education initiatives, emphasizing their commitment to making a difference.
Psychographics: Values social responsibility, environmental stewardship, and innovation. Motivated by a desire to create tangible change, they believe in the power of community and collaboration to drive sustainability. They often engage in activities related to environmental advocacy and continuous learning, attending workshops, and speaking at conferences.
Needs: Access to real-time sustainability data to measure progress, tools for effective team collaboration on sustainability initiatives, and resources for educating employees on sustainability practices.
Pain: Struggles with engaging all departments in sustainability initiatives, often facing resistance to change. Feels overwhelmed by regulations and the need for compliance while trying to balance multiple priorities in their role.
Channels: Primary channels include professional networking platforms like LinkedIn, environmental forums, industry seminars, and webinars. They also follow sustainability blogs, podcasts, and social media groups focused on eco-innovation.
Usage: Engages with EcoTrackly daily for monitoring metrics, updates on progress, and generating reports for meetings. Regularly uses the platform to track team initiatives and gather insights that inform strategy. Usage is often intensive during reporting periods or when launching new initiatives.
Decision: Prioritizes data-driven insights and team collaboration in decision-making. Values recommendations from industry peers and mentors, and is influenced by case studies showcasing successful sustainability initiatives.

Resource Optimizer

Name: Resource Optimizer
Description: Resource Optimizers are dynamic operations professionals who harness EcoTrackly to streamline resource usage within their organizations. They focus on identifying inefficiencies, improving processes, and ensuring that sustainability aligns with productivity. Their typical workday includes analyzing data reports, engaging with different teams to implement best practices, and continuously seeking innovative solutions that cater to operational efficiency.
Demographics: Age: 28-50, Gender: Any, Education: Bachelor's Degree in Operations Management, Engineering, or related fields, Occupation: Operations Analyst, Process Improvement Specialist, or similar roles, Income Level: $65,000 - $100,000 annually.
Background: Having grown up with an innate curiosity about how things work, the Resource Optimizer earned a degree in Operations Management. Early in their career, they worked in various production roles, ultimately specializing in resource efficiency strategies. They are passionate about optimizing processes, reducing waste, and promoting sustainable practices in their operations. In their free time, they enjoy DIY projects and are active in local community initiatives aimed at promoting efficiency.
Psychographics: Values efficiency, innovation, and measurable results. Driven by the challenge of optimization, they have a perfectionist streak and strive for continuous improvement, typically seeking ways to reduce costs while enhancing sustainability. Also interested in technology applications for resource optimization.
Needs: Comprehensive data on current resource usage, tools for analyzing efficiency, and best-practice frameworks for operational improvements. They also need ways to communicate findings and achievements effectively to stakeholders.
Pain: Often faces challenges in changing established practices and behaviors among team members. Struggles with the time-consuming nature of collecting and analyzing data accurately and may find existing tools inadequate for specific optimization needs.
Channels: Primarily uses internal communication tools, operational dashboards, and data analysis software. They also follow industry-specific publications, forums, and attend workshops focused on operational excellence and sustainability.
Usage: Uses EcoTrackly at least several times a week, especially during audits or assessments aimed at optimizing resources. Engages heavily with the platform when collaborating with different departments to implement new sustainability initiatives.
Decision: Makes decisions based on clear data analytics and operational KPIs. Influenced by case studies, best practices from similar organizations, and the need for processes that align with both sustainability and profit motives.

Green Marketing Guru

Name: Green Marketing Guru
Description: Green Marketing Gurus are savvy marketing professionals dedicated to enhancing their companies' brand image through sustainability. They utilize EcoTrackly to inform their marketing strategies with solid environmental data, helping to communicate their organizations' commitment to sustainability. Their daily practices involve crafting campaigns, collaborating with sustainability teams, and measuring the impact of their strategies on consumer perceptions.
Demographics: Age: 25-40, Gender: Any, Education: Bachelor's or Master's Degree in Marketing, Communications, or Environmental Studies, Occupation: Marketing Manager, Brand Strategist, or similar roles, Income Level: $60,000 - $110,000 annually.
Background: Growing up in an environmentally-conscious family, the Green Marketing Guru always believed in the importance of both sustainability and consumer engagement. They pursued a dual degree in Marketing and Environmental Studies, merging their passions. They started their career in traditional marketing but quickly pivoted to focus on sustainable brand practices. Outside of work, they enjoy volunteering for environmental nonprofits and participating in eco-marketplaces.
Psychographics: Values authenticity, transparency, and social responsibility in marketing. They are motivated by the challenge of changing consumer perceptions about sustainability and believe effective communication is key to driving behavior change. They keep up with marketing trends and environmental issues, finding innovation at the intersection of the two.
Needs: Access to relevant sustainability metrics that can inform marketing strategies, insights into consumer preferences regarding sustainable products, and resources for creating compelling narratives around sustainability.
Pain: Faces difficulties in measuring the direct impact of sustainability initiatives on consumer behavior. Often deals with skepticism from various stakeholders regarding the effectiveness of sustainable marketing efforts, which can undermine their campaigns.
Channels: Primarily engages on social media platforms (Instagram, LinkedIn), marketing blogs, and sustainability-focused news sites. They also participate in marketing webinars and industry conferences to network and share ideas.
Usage: Uses EcoTrackly frequently, particularly when launching new campaigns or initiatives, to ensure they can back their marketing claims with data. Engagement peaks during product launches or promotional events when sustainability messaging is crucial.
Decision: Decision-making is influenced by market research, consumer feedback, and successful case studies. They emphasize alignment with the company's brand values while considering creative ways to communicate sustainability to consumers.

Compliance Navigator

Name: Compliance Navigator
Description: Compliance Navigators are dedicated professionals focused on ensuring their organizations meet environmental regulations and standards. They use EcoTrackly to streamline compliance reporting, monitor environmental impacts, and stay updated on compliance requirements. Their daily routines involve data verification, developing compliance reports, and liaising with regulatory bodies to uphold environmental standards.
Demographics: Age: 30-55, Gender: Any, Education: Bachelor’s Degree in Environmental Policy, Law, or related fields, Occupation: Compliance Manager, Environmental Health and Safety (EHS) Specialist, or similar roles, Income Level: $70,000 - $120,000 annually.
Background: Having studied Environmental Policy, the Compliance Navigator began their career in government regulation, developing a strong understanding of compliance frameworks. Passionate about environmental integrity, they transitioned to a corporate role to influence sustainable practices from within. Outside of their professional life, they engage in community education on environmental laws and regulations and enjoy nature walks to appreciate the ecosystems they work to protect.
Psychographics: Values accountability, transparency, and environmental stewardship. They stay motivated by the challenge of aligning corporate practices with compliance obligations, feeling a deep responsibility to protect the environment. They often seek additional certifications to bolster their expertise and effectiveness in their roles.
Needs: Up-to-date information on compliance requirements, easy access to regulatory reporting tools, and reliable analytics that demonstrate their organization's environmental impact and adherence to standards.
Pain: Struggles with navigating the complexity of ever-changing regulations and often finds it time-consuming to gather and analyze the required documentation for reporting purposes. Faces pressure from both external and internal stakeholders regarding compliance performance.
Channels: Primarily utilizes internal compliance management systems, government regulation portals, and professional compliance-related forums. Also follows industry-specific publications for updates on environmental regulations.
Usage: Engages with EcoTrackly regularly, with high intensity during audit preparation periods and compliance reviews. Utilizes the platform to track metrics related to environmental impacts and compliance progress closely.
Decision: Decision-making is heavily influenced by regulatory changes, compliance best practices, and industry benchmarks. They consider the potential risks of non-compliance, which deeply affects their approach to decision-making.

Corporate Stewardess

Name: Corporate Stewardess
Description: Corporate Stewardesses are passionate sustainability champions within organizations, tasked with developing and promoting corporate social responsibility (CSR) initiatives. Using EcoTrackly, they assess environmental performance and lead efforts to foster a culture of sustainability throughout the organization. Their workdays are filled with collaborative projects, community engagement, and strategic planning to enhance CSR programs aligned with corporate values.
Demographics: Age: 27-48, Gender: Any, Education: Bachelor’s Degree or higher in Business, Environmental Science, or Social Impact, Occupation: CSR Manager, Community Relations Director, or similar roles, Income Level: $75,000 - $130,000 annually.
Background: With a background in social impact and community service, the Corporate Stewardess has always sought pathways to integrate sustainability into business practices. They earned a degree in Business with a focus on CSR and started their career in nonprofit management before transitioning to corporate roles that leverage sustainability for good. Hobbies include attending social impact events, leading community clean-up programs, and frequenting farmers' markets.
Psychographics: Values social responsibility, ethical business practices, and community engagement. They are motivated by a strong desire to make a positive impact and emphasize the importance of corporate accountability. They are involved in various advocacy groups and often seek out partnerships that align with their mission.
Needs: Access to clear and transparent environmental metrics, tools for creating impactful CSR reports, and resources for employee engagement initiatives that promote sustainability.
Pain: Faced with the challenge of fostering commitment to sustainability across departments and may encounter resistance from leadership focused on short-term goals. Struggles to quantify the impact of CSR initiatives and communicate their value effectively.
Channels: Frequently utilizes social media platforms (especially LinkedIn and Twitter), CSR networks, and community forums. Participates in sustainability conferences and workshops to stay connected and share knowledge.
Usage: Uses EcoTrackly on a daily basis, particularly for creating reports, tracking progress on CSR initiatives, and collaborating with other departments to integrate sustainability into corporate practices. Regularly seeks out new features that enhance community engagement efforts.
Decision: Guided by a blend of ethical considerations, stakeholder feedback, and measurable impacts on community engagement. They are influenced by trends in CSR and the growing emphasis on integrating sustainability into the company’s core values.

Product Ideas

Carbon Offset Marketplace: A digital platform integrated within EcoTrackly that allows businesses to purchase and trade carbon credits. This feature empowers companies to not only track their emissions but also offset them in a transparent market, facilitating an easy way to meet sustainability goals and support eco-friendly projects.
EcoScore Dashboard: An interactive dashboard feature that uses visual data to display an organization's overall sustainability performance through an 'EcoScore'. This score calculates sustainability across multiple metrics, enabling users to identify strengths and weaknesses and offering tailored recommendations for improvement.
Sustainability Learning Hub: An educational module within EcoTrackly providing users with resources, best practices, and case studies on sustainability initiatives. This feature helps teams stay informed about industry trends and offers practical guidance for implementing effective eco-strategies.
Smart Waste Tracker: An IoT-enabled feature that monitors and analyzes waste generation in real-time. This tool automates data collection, helping organizations to track waste patterns more effectively, reduce waste production, and implement better recycling practices.
Compliance AI Assistant: An AI-powered tool within EcoTrackly that predicts compliance challenges based on real-time data. It guides users with insights and alerts about potential risks, ensuring that organizations proactively manage their compliance with environmental regulations.
Gamify Sustainability Engagement: A unique feature that gamifies workplace sustainability initiatives, allowing employees to participate in challenges and track their contributions towards the company’s sustainability goals. This boosts engagement and fosters a culture of sustainability within the organization.

Product Features

Carbon Credit Exchange

A dynamic marketplace where businesses can buy and sell carbon credits seamlessly. This easy-to-navigate platform enables organizations to manage their carbon footprint effectively, ensuring they have the flexibility to offset their emissions while supporting various environmentally-friendly projects. The Carbon Credit Exchange bridges the gap between supply and demand, promoting transparency and fostering community engagement in sustainability initiatives.

Requirements

Seamless Carbon Credit Transactions

User Story: As a business owner, I want to easily buy and sell carbon credits in a user-friendly interface so that I can efficiently manage my emissions and contribute to sustainability efforts without administrative burdens.
Description: This requirement ensures that businesses can buy and sell carbon credits with minimal friction at every stage of the transaction process. The platform must integrate secure payment gateways, automatic transaction logging, and real-time updates on credit availability. The must-have features include a clear user interface that simplifies the buying and selling process, automatic verification of transaction compliance, and a notification system that alerts users about their transaction statuses and market trends. This functionality is critical in promoting user engagement and fostering a sense of trust and reliability in the marketplace, ultimately supporting businesses in their sustainability strategies.
Acceptance Criteria: User initiates a transaction to purchase carbon credits on the EcoTrackly platform through the Carbon Credit Exchange.

Given the user is logged into their account, When they select the carbon credits to purchase and confirm the transaction, Then the transaction should complete successfully with a confirmation notification sent to the user.

A user attempts to sell carbon credits that they own on the EcoTrackly platform.

Given the user has available carbon credits, When they select the credits to sell and submit the transaction, Then the system should automatically verify the credit ownership and log the transaction in real-time, updating availability for other users.

A user wants to check the status of their carbon credit transaction after initiating a purchase.

Given the user has previously initiated a carbon credit transaction, When they navigate to the transaction history page, Then they should see the correct status of their transaction (completed, pending, or failed) along with a timestamp and transaction ID.

User receives a notification about significant market trends affecting carbon credit prices.

Given the user has opted into market notifications, When there is a significant change in carbon credit prices, Then the user should receive a real-time notification about the change via their selected communication method (email, SMS, or in-app alert).

A user attempts to complete a transaction using an invalid payment method.

Given the user has selected an invalid payment method, When they attempt to finalize the transaction, Then the system should reject the transaction with an appropriate error message explaining the issue and suggesting valid options.

User wishes to receive a report on their carbon credit transactions for compliance purposes.

Given the user navigates to the reporting section, When they request a transaction report, Then the system should generate a downloadable summary of all transactions, including dates, amounts, and credits involved, formatted according to compliance requirements.

A user browses available carbon credits before initiating a purchase.

Given the user is on the Carbon Credit Exchange page, When they view the listing of available carbon credits, Then the credits should be displayed with clear pricing, project details, and an option to filter based on criteria such as price and type of project.

Dynamic Market Analytics Dashboard

User Story: As a sustainability manager, I want access to a dynamic analytics dashboard so that I can track market trends and make informed purchasing decisions regarding carbon credits.
Description: The requirement outlines the need for a comprehensive analytics dashboard that displays real-time insights into the carbon credit market, including trends, pricing history, and supply-demand curves. The dashboard should provide customizable visualizations to help users make informed decisions based on their trading strategies. Key features must include data filters, exportable reports, and forecasts based on predictive analytics. By implementing this requirement, EcoTrackly will empower its users to better understand the market dynamics, enabling smarter transactions and enhanced strategic planning for their sustainability initiatives.
Acceptance Criteria: Real-time market updates for users actively trading carbon credits.

Given a user is logged into the Carbon Credit Exchange dashboard, when they access the market analytics page, then they should see real-time updates on carbon credit prices, trends, and supply-demand data with less than a 2-second refresh rate.

Customization of dashboard visualizations to meet user preferences.

Given a user has accessed the Dynamic Market Analytics Dashboard, when they select visualization types and apply data filters, then the dashboard should reflect these changes accurately and in real-time without any loss of data integrity.

Exporting reports for offline analysis of market trends.

Given a user is on the market analytics page, when they click on the export report button, then they should successfully download a CSV file containing the selected data points, including pricing history and trends, within 5 seconds of the request.

Forecasting future market trends based on predictive analytics.

Given a user is viewing the analytics dashboard, when they select the forecast option, then the system should display predictive insights on carbon credit pricing and demand for at least the next quarter with visual representation.

Ensuring data accuracy and reliability within the dashboard.

Given the system aggregates data from various sources, when the user requests a specific analytics report, then the report should show a maximum variance of 5% from a predefined benchmark over a one-month period.

Integration of user feedback for continuous improvement of the dashboard.

Given that users can submit feedback directly through the dashboard, when a feedback submission is recorded, then the user should receive a confirmation message and the feedback should be stored for review by the product team within 1 business day.

Robust Reporting Mechanism for Compliance

User Story: As a compliance officer, I want an automated reporting tool that creates detailed reports on our carbon credit transactions so that I can ensure we meet regulatory requirements without excessive manual effort.
Description: This requirement establishes a comprehensive reporting mechanism tailored to help businesses meet compliance regulations pertaining to carbon credits. The mechanism must automate the generation of detailed reports, including transaction summaries, credit balances, and usage histories, formatted per regulatory standards. It should also support multiple reporting schedules and provide reminders for upcoming reporting obligations. This functionality is essential for streamlining compliance processes, reducing audit risks, and maintaining transparency in carbon footprint management.
Acceptance Criteria: Automated Report Generation for Monthly Compliance Submission

Given a user schedules a monthly reporting task, when the reporting period ends, then the system should automatically generate and send a compliance report detailing transaction summaries, credit balances, and usage histories according to regulatory standards.

User-Friendly Report Access and Downloading

Given a user needs to review previous compliance reports, when they navigate to the reporting section, then they should be able to access, view, and download any generated report with ease, formatted as a PDF.

Alerts for Upcoming Reporting Obligations

Given a user has set up reminders for compliance reporting, when a reporting deadline is within 7 days, then the user should receive an automated email notification alerting them of the upcoming obligation.

Support for Multiple Reporting Schedules

Given a user managing multiple compliance timelines, when they configure their reporting preferences, then the system should support at least three different reporting schedules per user account.

Detailed Transaction Summaries in Reports

Given a generated compliance report, when the user reviews the transaction summaries, then the report should include all transactions conducted within the reporting period, complete with timestamps and relevant details.

Verification of Report Formatting for Regulatory Standards

Given a report is generated for submission, when the report is reviewed, then it must comply with the specified regulatory formatting guidelines as verified by system checks.

User Authentication and Security Protocols

User Story: As a user, I want to ensure that my account and transaction details are secure so that I can have peace of mind while trading carbon credits on the platform.
Description: This requirement emphasizes the importance of establishing secure user authentication and stringent security protocols to protect sensitive information during transactions within the Carbon Credit Exchange. This feature must include multi-factor authentication, role-based access controls, and data encryption to safeguard user identities and transaction integrity. This is critical for building trust with users, preventing fraudulent activities, and ensuring compliance with data protection regulations, thereby enhancing the overall credibility of the platform.
Acceptance Criteria: User accesses the Carbon Credit Exchange and attempts to log in using valid credentials.

Given a registered user with valid credentials, when the user enters their username and password, then they should be granted access to their account on the Carbon Credit Exchange.

User attempts to log in using invalid credentials.

Given a registered user, when the user enters an incorrect username or password, then the system should display an error message indicating invalid login details and prevent access.

A user initiates a transaction to buy carbon credits.

Given a logged-in user, when the user initiates a transaction to buy carbon credits, then the system should require multi-factor authentication before completing the transaction.

A user changes their account password.

Given a logged-in user, when the user accesses the account settings and requests to change their password, then they must provide their current password and a new password, and the system should successfully update the password upon validation.

A user attempts to access restricted features based on their role.

Given a user with a specific role, when the user tries to access features outside their permissions, then the system should deny access and display an appropriate message explaining their role restrictions.

User data is transmitted during a transaction.

Given a user performing a transaction on the Carbon Credit Exchange, when the transaction data is transmitted, then the system must ensure that all sensitive data is encrypted in transit to protect against unauthorized access.

User logs out from their session.

Given a logged-in user, when the user clicks the logout button, then the system should securely terminate the session and redirect the user to the login page while ensuring that all sensitive information is cleared from the session.

Community Engagement Features

User Story: As a user, I want to participate in community discussions and share experiences with others in the sustainability field so that I can learn more and contribute to collective environmental efforts.
Description: This requirement outlines the need for community engagement features that promote interaction and collaboration among users within the Carbon Credit Exchange. Features should include discussion forums, feedback systems, and highlight success stories on sustainability initiatives. Such functions will encourage sharing of best practices, building a community around sustainable practices, and enhancing user retention. By fostering a collaborative environment, the platform can drive greater engagement and promote its vision of sustainability more effectively.
Acceptance Criteria: User Engagement in Discussion Forums

Given a logged-in user, When they navigate to the discussion forum, Then they should be able to post new topics and reply to existing threads without errors.

Providing Feedback on Transactions

Given a user who has completed a carbon credit transaction, When they visit their transaction history, Then they should see an option to provide feedback and access a feedback form.

Highlighting Success Stories

Given there are submitted success stories, When users visit the success stories section, Then they should see a well-organized list of these stories with filters for categories and dates.

User Notification for New Forum Posts

Given a user is subscribed to a discussion topic, When a new post is made in that topic, Then the user should receive an email notification and an in-app alert.

Accessing Community Resources

Given a logged-in user, When they access the community resources tab, Then they should find a repository of best practices and case studies related to carbon credits and sustainability.

Comment Moderation System

Given a user submits a comment in the discussion forum, When the comment is submitted, Then it should go into a moderation queue and be validated for appropriateness before public visibility.

Project Verification Hub

An integrated feature that provides detailed information and certification status for all carbon offset projects listed on the marketplace. Users can access transparency reports, impact assessments, and compliance documentation, ensuring that they can make informed decisions about which projects align with their sustainability goals. This builds trust in the carbon credit purchasing process, enhancing user confidence in their sustainability investments.

Requirements

Carbon Project Transparency Reports

User Story: As a sustainability manager, I want to access transparency reports for carbon offset projects so that I can verify their credibility and impact before making purchasing decisions.
Description: This requirement focuses on the development of comprehensive transparency reports for each carbon offset project listed on the marketplace. These reports will include detailed information about the project's origin, operational practices, performance metrics, and third-party evaluations. The benefit of having transparency reports is that they will enable users to have clear visibility into the credibility and efficacy of the projects they are considering, fostering confidence in their investment decisions. The integration of this feature will be seamless with the existing Project Verification Hub, enhancing user experience and trust.
Acceptance Criteria: User accesses the transparency report for a specific carbon offset project to assess its credibility before making a purchase.

Given the user is on the Project Verification Hub, when they select a carbon offset project, then the detailed transparency report for that project is displayed, including information on origin, operational practices, performance metrics, and third-party evaluations.

User views a summary of the transparency report and wants to download a PDF version for their records.

Given the user is viewing the transparency report, when they click the 'Download PDF' button, then a PDF version of the transparency report is generated and downloaded without errors.

User searches for carbon offset projects based on specific sustainability criteria using the transparency reports.

Given the user is on the Project Verification Hub, when they enter specific sustainability criteria into the search bar, then only the carbon offset projects that meet those criteria are displayed with links to their transparency reports.

User selects multiple carbon offset projects to compare their transparency reports side by side.

Given the user has selected multiple carbon offset projects, when they click on the 'Compare Projects' button, then a side-by-side comparison of selected projects' transparency reports is displayed for easy evaluation.

Admin reviews and updates the transparency report for a carbon offset project due to new evaluation data.

Given the admin is logged into the system, when they navigate to the project management section and upload a new transparency report, then the report should replace the previous version and reflect the updated information on the Project Verification Hub.

User submits feedback on the transparency report after reviewing it.

Given the user has read the transparency report, when they provide feedback via the feedback form, then a confirmation message is displayed, and the feedback is stored in the system for review.

Impact Assessment Availability

User Story: As an environmental analyst, I want to review impact assessments of carbon projects to understand their contributions to sustainability and social responsibility, so I can recommend projects that align with our values.
Description: This requirement entails the creation of impact assessments for each carbon offset project, detailing environmental and social impacts. These assessments will provide users with quantifiable metrics on how each project contributes to carbon reduction and its broader societal benefits. By integrating impact assessments, EcoTrackly will allow users to evaluate projects not just on carbon credits but also on ecological and social value, thereby supporting users in aligning their investments with their corporate responsibility goals.
Acceptance Criteria: Project managers are reviewing various carbon offset projects on EcoTrackly's Project Verification Hub to determine their sustainability impact and potential investment viability.

Given a list of carbon offset projects, When a project is selected, Then the system should display a detailed impact assessment that includes environmental and social metrics, along with certification status.

Users are interested in understanding the real-world impact of carbon offset projects for their sustainability reporting efforts. They want to compare multiple projects based on their impact assessments.

Given multiple selected carbon offset projects, When the user requests a comparison, Then the system should generate a comparison report highlighting key metrics from each project's impact assessment side by side.

A compliance officer is preparing a report for stakeholders indicating the impact of investments in carbon offset projects. They need to ensure all necessary documentation is accessible and accurate.

Given an impact assessment is available, When the compliance officer accesses the documentation, Then all related transparency reports, impact assessments, and compliance documents should be easily accessible for download.

Investors are reviewing the sustainability credentials of various projects to ensure they meet their corporate responsibility goals before investing their resources into carbon credits.

Given a selected project for investment, When the user checks the project details, Then the impact assessment should display quantifiable metrics regarding carbon reduction and societal benefits.

Stakeholders want to track changes in impact assessments over time to align with evolving sustainability goals and provide feedback to project managers.

Given an impact assessment is created for a project, When the project undergoes significant changes, Then the system should automatically update the impact assessment and notify users of the changes.

Users are interacting with the EcoTrackly platform for the first time and want to understand how to interpret the impact assessments of carbon offset projects available in the marketplace.

Given a user clicks on a help icon next to impact assessments, When the user accesses the help section, Then a detailed guide explaining the metrics and implications of impact assessments should be displayed.

A sustainability analyst is conducting a detailed evaluation of the carbon credit projects featured on EcoTrackly, aiming to provide recommendations based on social and environmental impacts.

Given the user is reviewing impact assessments, When they filter projects by social benefits or environmental metrics, Then the system should accurately present only those projects that meet the specified criteria.

Dynamic Certification Status Updates

User Story: As a compliance officer, I want to receive dynamic updates on the certification status of carbon projects so that I can ensure we are investing in compliant and certified initiatives.
Description: This requirement focuses on implementing dynamic updates for the certification status of carbon offset projects within the Project Verification Hub. By integrating real-time updates from accreditation bodies and relevant stakeholders, users will receive timely information regarding any changes in a project’s certification status. This feature is crucial, as it ensures that users are always aware of the current compliance standing of their potential investments, thus mitigating risks associated with investing in projects that may no longer meet certification criteria.
Acceptance Criteria: Dynamic Updates for Certification Status in Real-Time View

Given a user accesses the Project Verification Hub, when a carbon offset project's certification status changes, then the user should see the updated status reflected in real-time without needing to refresh the page.

Notification System for Certification Status Changes

Given a user is subscribed to updates for specific carbon offset projects, when a project’s certification status is updated, then the user should receive an automated notification via email or in-app alert informing them of the change.

Visibility of Certification History

Given a user views a specific carbon offset project in the Project Verification Hub, when they access the certification status section, then they should be able to see the complete history of certification changes, including dates and details of each change.

Impact on Project Investment Priority

Given a user has invested in carbon offset projects, when they review their portfolio after a certification status change, then the system should flag projects with updated certifications as high, medium, or low risk based on compliance status.

User Feedback on Certification Updates

Given a user receives a notification about a certification status change, when they review the update, then they should be prompted to provide feedback on the clarity and usefulness of the information provided.

Integration with Accredited Bodies

Given the requirement for accurate certification status updates, when the system queries accredited bodies for project status, then it should correctly receive and display the certification status within a maximum of 5 minutes.

Data Visualization of Certification Changes

Given a user navigates to the Project Verification Hub, when they view carbon offset projects, then they should see a visual graph representing the timeline of certification status changes for each project they are interested in.

User-friendly Navigation and Filtering

User Story: As a procurement officer, I want to be able to filter carbon offset projects by specific criteria so that I can quickly identify suitable projects that align with our sustainability objectives.
Description: This requirement focuses on enhancing the user interface of the Project Verification Hub with improved navigation and filtering options. Users will be able to easily filter projects by carbon reduction type, location, certification status, and impact metrics. This will simplify the decision-making process for users and provide a more intuitive experience when browsing projects. This feature is essential for ensuring that users can efficiently identify and compare projects that best fit their sustainability goals.
Acceptance Criteria: Users need to navigate the Project Verification Hub to find carbon offset projects that fit their sustainability goals, using various filters such as location, certification status, and impact metrics.

Given that the user is on the Project Verification Hub, when they apply filters for carbon reduction type, location, certification status, and impact metrics, then the system should display only those projects that match the selected criteria.

Users want to quickly find projects with specific certification statuses to ensure compliance with their sustainability goals.

Given that the user selects a specific certification status filter, when they click 'Apply', then only projects with that certification status should be visible in the results.

Users are looking to compare multiple carbon offset projects side by side to assess their impact metrics easily.

Given that the user has selected multiple projects, when they choose the 'Compare' option, then a side-by-side comparison view showing impact metrics and certification status should be displayed without any confusion.

Users encounter difficulty in locating projects due to an overwhelming number of options without adequate sorting features.

Given that the user is on the project listing page, when they utilize the sorting options available (e.g., by highest impact, lowest cost), then the project listings should rearrange accordingly based on the selected sorting criteria.

Users wish to reset their filters and return to the default project listing after applying specific filters.

Given that the user has applied filters on the Project Verification Hub, when they click the 'Reset Filters' button, then all projects should be displayed as per the default settings without any filters applied.

Users need assistance in understanding the filtering process and its functionalities within the Project Verification Hub.

Given that the user is new to the Project Verification Hub, when they click on the 'Help' icon while on the filtering options, then a tooltip or a help dialog should appear explaining how to use the filters effectively.

Users intend to ensure that the filtered project lists are up-to-date with the latest information and certifications.

Given that the user applies filters to find projects, when the user refreshes the page, then the filtered results should maintain the same criteria and display the most current projects available.

Robust Reporting Tools

User Story: As a sustainability officer, I want to generate reports that summarize our carbon offset investments and their impacts so that I can effectively communicate our sustainability efforts to our stakeholders.
Description: This requirement focuses on creating robust reporting tools that allow users to generate customized reports based on their investments in carbon offset projects. Users will be able to select different parameters such as project type, investment amounts, and timeframes to visualize their contributions toward sustainability goals. This feature will help businesses track their carbon offsetting efforts and present their sustainability achievements in a clear and concise manner, thereby enhancing transparency to stakeholders.
Acceptance Criteria: As a user of EcoTrackly, I want to generate a customized report that showcases my investments in carbon offset projects to present to my stakeholders during the quarterly sustainability meeting.

Given the user has selected specific parameters (project type, investment amounts, timeframes), when the user clicks 'Generate Report', then a report should be created that accurately reflects the selected parameters and is downloadable in both PDF and CSV formats.

As a finance manager at a large corporation, I want to filter my carbon offset projects by investment amount to analyze the effectiveness of my spending and track ROI on carbon offset investments.

Given the user has input an investment amount range in the filter options, when the filter is applied, then only projects within the specified investment range should be displayed in the report preview.

As an environmental officer, I need to visualize my organization's carbon offset contributions over time to assess trends and communicate progress to senior management.

Given the user has selected a date range, when the user generates the report, then the system should display a line or bar graph illustrating the carbon offset contributions for each month within the selected date range.

As a project manager, I want to include impact assessments in my report to detail how my carbon offset investments contribute to our sustainability goals.

Given the user has opted to include impact assessments in the report settings, when the report is generated, then all relevant impact assessment data should be integrated into the final output, clearly showing the correlation between investments and sustainability impacts.

As a compliance officer, I require the ability to access compliance documentation within my report to ensure all investments meet environmental regulations.

Given the user has selected the compliance documentation option in report settings, when the report is generated, then all applicable compliance documents should be included as appendices in the final report package.

As a sustainability consultant, I want to review the generated reports for accuracy before sharing them with my clients, ensuring that all data is reliable.

Given the report is generated, when the user reviews the report, then the user should have the capability to view a preview and verify all data points for accuracy before finalizing and sharing it.

As a user, I want to be able to save my customized report settings for future use to streamline the reporting process in upcoming periods.

Given the user has set specific parameters for a report, when the user clicks 'Save Settings', then those settings should be stored in the system and retrievable for subsequent report generation sessions.

Integration with Existing Compliance Frameworks

User Story: As a compliance manager, I want the Project Verification Hub to integrate with established compliance frameworks so that I can ensure our carbon offset projects are fully compliant with industry standards.
Description: This requirement entails the seamless integration of EcoTrackly's Project Verification Hub with existing compliance frameworks and standards in the carbon credit marketplace. To ensure that all projects listed meet recognized standards and regulatory requirements, the integration will facilitate automatic alignment checks and provide certification confirmation against such frameworks. This will enhance the credibility of the projects available within EcoTrackly, thereby boosting user confidence in their selections and compliance with relevant legislation.
Acceptance Criteria: User accesses the Project Verification Hub to verify the compliance status of a carbon offset project before making a purchase.

Given a user is on the Project Verification Hub, When they select a carbon offset project, Then they should see the project's compliance status displayed with relevant certification information and alignment checks against recognized standards.

An administrator updates a carbon offset project's certification information in the Project Verification Hub.

Given an administrator has access to the Project Verification Hub, When they update the certification information of a carbon offset project, Then the updated certification details should be reflected in real-time for all users accessing that project.

A user requests a transparency report for a selected carbon offset project within the Project Verification Hub.

Given a user is viewing a carbon offset project, When they click on the 'Request Transparency Report' button, Then they should receive a downloadable report within 5 minutes containing project impact assessments and compliance documentation.

A user compares multiple carbon offset projects in the Project Verification Hub to determine which best fits their sustainability goals.

Given a user has multiple carbon offset projects selected in the comparison tool, When they submit the comparison request, Then they should receive a side-by-side display of the compliance statuses, certifications, and projected impacts of each project.

An automated system check runs to validate the compliance of listed carbon offset projects against existing frameworks.

Given the integration with existing compliance frameworks is active, When an automatic system check is initiated, Then all listed projects should display an up-to-date compliance status based on the latest regulatory requirements within 24 hours.

A user completes a purchase of carbon credits after reviewing project compliance in the Project Verification Hub.

Given a user has reviewed the compliance and certification information, When they complete the purchase transaction for carbon credits, Then they should receive a confirmation email detailing the purchased credits and associated project compliance information within 10 minutes.

Custom Offset Strategy Builder

A personalized tool that allows users to create tailored carbon offset strategies based on their unique business needs and sustainability objectives. This feature analyses a company's emissions data and proposes specific offsets that would best contribute to their goals. By providing actionable insights, it empowers organizations to take a more strategic approach to offsetting emissions.

Requirements

Emissions Data Integration

User Story: As a sustainability manager, I want to integrate real-time emissions data into the Custom Offset Strategy Builder so that I can generate more accurate and actionable carbon offset strategies that reflect our current operational performance.
Description: This requirement entails the seamless integration of real-time emissions data into the Custom Offset Strategy Builder. This integration will allow the strategy builder to analyze up-to-date emissions metrics, offering users precise insights tailored to their current operational impact. Users will benefit from having a dynamic tool that adapts to changing data, ensuring that their carbon offset strategies remain relevant and aligned with their actual performance. This functionality is critical for businesses seeking to optimize their sustainability efforts and accurately measure the impact of their offsets, ultimately leading to more effective and targeted emissions reduction strategies.
Acceptance Criteria: Emissions Data is Successfully Integrated into the Custom Offset Strategy Builder

Given that the Custom Offset Strategy Builder is set up, when real-time emissions data is fed into the system, then the builder should accurately reflect the updated emissions metrics within 5 minutes of data receipt.

User Interaction with the Emissions Data Integration

Given that a user is using the Custom Offset Strategy Builder, when they view the emissions data, then they should see a clear representation of their emissions metrics with no discrepancies in the last reported data vs. the current integration.

Dynamic Adjustment of Carbon Offset Strategies Based on Real-time Data

Given real-time emissions data is available, when the user adjusts their offset strategies in response to the new data, then the builder should provide actionable suggestions that reflect at least a 10% increase in offset efficiency based on updated metrics.

Real-time Monitoring and Reporting of Emissions Data

Given that the emissions data is integrated, when the user accesses the reporting dashboard, then it should display real-time analytics on their emissions and corresponding offset strategies with data visualizations that are updated every 5 minutes.

User Notification of Data Integration Issues

Given that there is an issue with data integration, when the Custom Offset Strategy Builder detects an error in retrieving emissions data, then the user should receive an immediate notification outlining the issue and next steps to resolve it.

Quality Assurance on Integrated Emissions Data

Given the emissions data has been integrated, when the QA team tests the data accuracy, then the integrated data should have at least a 95% accuracy rate compared to the source data within a 24-hour assessment period.

User Feedback on the Emissions Data Integration Experience

Given that the emissions data integration feature is live, when users interact with the Custom Offset Strategy Builder, then there should be a feedback mechanism enabling at least 80% of users to report a satisfactory experience with the integration process within the first month of launch.

Custom Offset Recommendations Engine

User Story: As an environmental strategist, I want a Custom Offset Recommendations Engine so that I can receive tailored suggestions on carbon offset strategies that align with my company's sustainability targets and help me make informed choices.
Description: This requirement involves the development of an intelligent recommendation engine that analyzes a user's emissions data and suggests tailored offset strategies based on predefined sustainability objectives. The engine will utilize algorithms to evaluate multiple variables, including industry benchmarks, project viability, and potential impacts of different offset types. By providing personalized recommendations, the engine will simplify the decision-making process for users, enabling them to effectively select offsets that are most aligned with their business goals and environmental vision. This functionality is essential for empowering companies to make informed choices and enhance their environmental initiatives.
Acceptance Criteria: User Initiates Custom Offset Strategy Builder with Emissions Data

Given the user has access to the Custom Offset Strategy Builder and has uploaded their emissions data, when the user selects the 'Generate Recommendations' button, then the system should analyze the emissions data and provide at least three tailored offset strategy recommendations within five seconds.

User Reviews Offset Recommendations

Given the user has received offset strategy recommendations, when the user views the recommendations, then each recommendation should include a detailed description, projected impact, and a visual representation of how it aligns with their sustainability objectives.

User Selects an Offset Strategy

Given the user has reviewed multiple offset strategy recommendations, when the user selects one offset strategy, then the system should confirm the selection and display a summary of the selected strategy along with next steps to implement it.

User Provides Feedback on Recommendations

Given the user has accessed their offset strategy recommendations, when the user submits feedback on a specific recommendation, then the system should log the feedback and provide a confirmation message indicating successful submission.

User Compares Multiple Offset Strategies

Given the user has received various offset strategy recommendations, when the user selects the 'Compare Strategies' option, then the system should display a side-by-side comparison of selected strategies with key metrics such as cost, impact, and time frame.

User Re-runs Emissions Analysis

Given the user has updated their emissions data, when the user selects the 'Re-run Analysis' button, then the system should re-evaluate the emissions data and provide updated offset strategy recommendations within five seconds.

User-Friendly Interface for Offset Strategy Design

User Story: As a user with limited technical skills, I want a user-friendly interface for the Custom Offset Strategy Builder so that I can design and implement my carbon offset strategies without needing extensive training or assistance.
Description: This requirement focuses on creating a user-friendly interface that allows users to easily design and customize their carbon offset strategies within the Custom Offset Strategy Builder. The interface will include intuitive design elements such as drag-and-drop features, guided workflows, and visual data displays that enhance user interaction and engagement. By prioritizing usability, this interface will ensure that users from various backgrounds, regardless of technical expertise, can effectively utilize the builder to create personalized strategies. This is crucial for maximizing user adoption and satisfaction with EcoTrackly's offerings.
Acceptance Criteria: User accesses the Custom Offset Strategy Builder to create a new carbon offset strategy.

Given the user is on the Custom Offset Strategy Builder page, when the user selects 'Create New Strategy', then the interface should display a clean, intuitive layout with drag-and-drop functionality visible.

User drags an emissions source onto the strategy canvas to begin building their offset strategy.

Given the user is on the strategy canvas, when the user drags an emissions source onto the canvas, then the system should allow the user to drop the source and automatically present relevant offset options based on the dropped source.

User utilizes the guided workflow feature to set their goals for the offset strategy.

Given the user is on the strategy builder, when the user clicks on the 'Guided Workflow' option, then the system should guide the user step-by-step to define their emissions reduction goals and display progress indicators.

User visualizes their selected strategy using the visual data displays.

Given the user has added components to their strategy, when the user clicks on the 'Visualize' button, then the interface should generate and display a graph or chart representing their offset strategy with clear data labels and metrics.

User saves their custom offset strategy after designing it.

Given that the user has completed designing their offset strategy, when the user clicks the 'Save' button, then the system should verify that all required fields are completed and successfully save the strategy, displaying a confirmation message.

User shares their customized offset strategy with team members through the platform.

Given the user has created a custom offset strategy, when the user selects the 'Share' option and enters team members' emails, then the system should send an email with access to the strategy, including all relevant details and links.

User receives feedback on the effectiveness of their strategy from the platform.

Given the user has implemented their strategy, when the user accesses the performance report in the Custom Offset Strategy Builder, then the system should display analysis metrics indicating the effectiveness of their emission reductions and offset achievements.

Offset Strategy Performance Tracking

User Story: As a compliance officer, I want to track the performance of my carbon offset strategies so that I can report on their effectiveness and ensure they are contributing to our sustainability objectives.
Description: This requirement encompasses the development of a performance tracking feature that enables users to monitor the effectiveness of their implemented carbon offset strategies over time. Users will be able to visualize key metrics such as emissions reductions achieved, cost-effectiveness, and alignment with sustainability goals through robust reporting tools. This feature is intended to provide organizations with the ability to assess the real-world impact of their strategies, allowing them to make data-driven adjustments and improvements. Consequently, it will enhance accountability and transparency regarding sustainability efforts and demonstrate real progress toward environmental goals.
Acceptance Criteria: As a sustainability officer at a manufacturing company, I need to regularly review the performance of our carbon offset strategies to ensure we are on track to meet our emissions reduction goals.

Given that the user is logged into the EcoTrackly platform, When they navigate to the Offset Strategy Performance Tracking section, Then they should be able to view a comprehensive report including emissions reductions achieved, cost-effectiveness metrics, and progress towards sustainability goals over the selected time period.

As a financial analyst, I want to compare the costs of different carbon offset strategies implemented by my company to determine the most cost-effective approach.

Given that the user is viewing the performance tracking dashboard, When they apply filters to select different offset strategies, Then the dashboard should update to display a side-by-side comparison of costs and emissions reductions for selected strategies.

As a department manager, I need to evaluate whether our current offset strategies are aligning with our company-wide sustainability objectives.

Given that the user accesses the Offset Strategy Performance Tracking feature, When they review the alignment report, Then они should see a clear summary indicating how each strategy contributes to overall sustainability objectives, including a percentage score of alignment.

As an executive, I wish to share reports on our carbon offset implementation with stakeholders to enhance transparency about our sustainability efforts.

Given that the user has accessed the performance tracking report, When they choose to export the report, Then the report should be generated in PDF format with all key metrics and an executive summary, ready for sharing.

As an operations manager, I want to identify any trends in emissions reduction associated with each implemented offset strategy over time.

Given that the user is viewing the visualizations in the Offset Strategy Performance Tracking section, When they select a time range, Then they should see graphs that illustrate trends in emissions reductions linked to each offset strategy during that time period.

As a compliance officer, I need to ensure our carbon offset strategies meet regulatory standards and requirements during audits.

Given that the user accesses the performance reporting feature, When they view compliance assessments, Then they should find a detailed report highlighting which strategies meet regulatory standards and any noted deficiencies or areas for improvement.

As a data analyst, I want to evaluate the historical performance of carbon offset strategies to inform future decisions and strategy adjustments.

Given that the user selects the historical performance tab, When they choose specific offset strategies and time frames, Then they should be able to analyze detailed historical data showing the effectiveness of each strategy over previous months or years.

Collaboration Tools for Team Strategy Building

User Story: As a project manager, I want collaboration tools in the Custom Offset Strategy Builder so that my team can collectively develop and optimize offset strategies, leveraging diverse perspectives and expertise.
Description: This requirement includes the implementation of collaboration tools within the Custom Offset Strategy Builder, enabling multiple users to work together on offset strategy development. Features such as shared workspaces, comment sections, and real-time editing will facilitate effective communication and streamline the strategy-building process among team members. This functionality aims to enhance teamwork dynamics and ensure that all relevant stakeholders can contribute their insights and expertise, thus fostering a comprehensive approach to sustainability strategy creation. It is essential for organizations that rely on collective input for developing impactful carbon offset initiatives.
Acceptance Criteria: Team members collaborate in real-time to develop a carbon offset strategy in the Custom Offset Strategy Builder, utilizing shared workspaces to simultaneously edit the same document and provide input based on their areas of expertise.

Given that multiple users are logged into the Custom Offset Strategy Builder, when they access a shared workspace, then all edits should be visible in real-time to all users without delay or data loss.

A user writes comments on specific sections of the carbon offset strategy document to solicit feedback from team members, and those comments are visible to others in the shared workspace.

Given a user adds comments to the document in the shared workspace, when other team members view the document, then all comments should be visible and should not be able to be edited by users who are not the original commenter.

A user wants to create a new carbon offset strategy within the Custom Offset Strategy Builder and share it with specific team members for input and collaboration.

Given the user has completed the strategy setup, when they select team members to share the strategy with, then those users should receive a notification and gain access to the document for collaboration.

A team leader wants to review the contributions and edits made by different users to ensure accountability and maintain version control during the strategy-building process.

Given that changes have been made by multiple users in the shared strategy document, when the team leader accesses the version history, then they should see a comprehensive log of all changes, including timestamps and contributor identities.

Team members need to communicate directly while working on the carbon offset strategy, allowing for quick discussions and clarifications to enhance collaboration.

Given that users are in the shared workspace, when they initiate a chat function, then all team members in that workspace should have access to the chat and be able to view and participate in ongoing discussions.

A company identifies specific carbon offsets they wish to implement based on team discussions in the Custom Offset Strategy Builder, requiring users to integrate those offsets into their collaborative strategy.

Given team members have discussed and selected specific offsets, when they finalize their strategy, then those selected offsets should be clearly reflected in the strategy output document ready for reporting.

As users collaborate on the offset strategy, they may need to upload supporting documents, reports, or data to the workspace for reference and context.

Given that a user uploads a document to the shared workspace, when other users access the workspace, then the uploaded document should be easily accessible and clearly labeled for all participants.

Reporting and Compliance Generation

User Story: As a regulatory affairs specialist, I want automated reporting tools to generate compliance documents for our carbon offset strategies so that I can ensure we meet all necessary regulatory requirements while minimizing the time and effort involved in report generation.
Description: This requirement involves the creation of automated reporting tools that generate compliance documentation regarding carbon offset strategies and their performance relative to regulatory standards. Users will have access to customizable templates and data points to produce necessary compliance reports efficiently. This feature is particularly beneficial for businesses operating in regulated industries, as it simplifies the reporting process and ensures they meet legal obligations regarding sustainability practices. By automating these reports, organizations can save time and reduce human error in compliance documentation.
Acceptance Criteria: User initiates the automated reporting process for carbon offset strategies based on their emissions data.

Given the user has completed their carbon offset strategy, when they click on the 'Generate Compliance Report' button, then the system should create a report within 5 minutes that includes all required data points and follows the selected template format.

A user wants to customize their compliance report template before generation.

Given the user accesses the compliance report templates section, when they select a template and modify at least three data points, then the system should save the customized template and apply the changes when generating the report.

A compliance report needs to be exported to a PDF for regulatory submission.

Given the user has generated a compliance report, when they select the 'Export as PDF' option, then a downloadable PDF file should be created that maintains the formatting and includes the correct data points as displayed in the report.

The system should automatically calculate carbon offsets based on inputted emissions data.

Given the user inputs their emissions data into the system, when the data is submitted, then the system should accurately calculate potential carbon offsets and display them on the report preview within 10 seconds.

A user needs to schedule automated compliance report generation for future dates.

Given the user is on the compliance reporting page, when they set a schedule for report generation and save it, then the system should confirm the schedule and ensure reports are generated and sent via email on the specified dates without failure.

Users need to receive notifications for the completion of generated compliance reports.

Given the user has requested a compliance report generation, when the report is successfully generated, then the user should receive an email notification confirming the report’s availability within 15 minutes.

A user attempts to generate a compliance report without sufficient data inputs.

Given the user tries to generate a compliance report, when there are incomplete data inputs, then the system should display an error message indicating the specific missing data points and prevent the report generation until all required data is provided.

Real-time Market Insights

A live analytics dashboard that offers real-time data on carbon credit prices, market trends, and project performance. This feature helps organizations stay informed about fluctuations in the carbon market, enabling them to make timely and strategic purchasing decisions. With visualized data trends, users can optimize their financial investments in sustainability more effectively.

Requirements

Dynamic Data Visualization

User Story: As a sustainability manager, I want to see real-time trends in carbon credit prices through dynamic visualizations so that I can make informed investment decisions quickly.
Description: The Dynamic Data Visualization requirement involves creating interactive charts and graphs that allow users to instantly view and analyze carbon credit prices and market trends in real time. This feature will help users gain deeper insights into market behaviors, enabling them to make informed decisions based on visual data representations. By integrating this capability within EcoTrackly, users will experience enhanced comprehension of complex datasets, improving their ability to track investment opportunities and optimize their sustainability strategies. Furthermore, the visualizations will be customizable, allowing users to focus on specific metrics that matter most to their business goals, thereby driving better engagement with the platform.
Acceptance Criteria: Real-time Display of Carbon Credit Prices

Given that a user is logged into the EcoTrackly platform, when they navigate to the Real-time Market Insights dashboard, then the latest carbon credit prices should be displayed within 5 seconds of market updates, reflecting current trading data accurately.

Customizable Data Visualization Options

Given a user has accessed the Dynamic Data Visualization feature, when they select specific metrics to visualize (such as price, volume, and trends), then the dashboard should update instantly to display the chosen metrics in a customizable chart format.

User Engagement with Visualized Data

Given a user is interacting with the interactive graphs, when they hover over data points on any chart, then a tooltip should appear displaying detailed information about that data point, enhancing user understanding of market trends.

Filtering Data Trends for Specific Dates

Given a user wishes to analyze carbon credit trends over a certain period, when they apply date filters to the visualizations, then the dashboard should accurately update to display only data within the specified date range.

Integration with Predictive Analytics

Given that the Dynamic Data Visualization feature is active, when a user accesses the predictive analytics section, then the dashboard should show forecasts of carbon credit prices alongside historical data, allowing for trend analysis.

Loading Performance of Visualization Tools

Given a user is loading the Dynamic Data Visualization page, when they access it for the first time, then the visualizations should load within a maximum of 3 seconds to ensure a seamless user experience.

Downloadable Reports of Visualized Data

Given that a user wants to export their visualized data, when they select the download option, then the platform should generate a report in CSV and PDF formats, which includes all displayed metrics and filters applied.

Alerts for Market Changes

User Story: As a financial analyst, I want to receive alerts for significant changes in carbon credit prices so that I can react promptly to market opportunities.
Description: The Alerts for Market Changes requirement focuses on providing users with timely notifications regarding significant fluctuations in carbon credit prices and important market updates. This feature aims to ensure that organizations do not miss critical opportunities or risks related to their sustainability investments. By integrating an alert system that can be customized based on user preferences—such as price thresholds or percentage changes—EcoTrackly will empower organizations to act swiftly and strategically. This proactive approach will help users minimize risks associated with market volatility and enhance their investment effectiveness in sustainability initiatives.
Acceptance Criteria: User receives an alert when carbon credit prices dip below a set threshold, as configured in their alert preferences.

Given the user has set a price threshold in their alert preferences, when the market price of carbon credits drops below this threshold, then the user should receive a notification via email and in-app alert.

User customizes alert settings to receive notifications based on percentage changes in carbon credit prices.

Given the user adjusts their alert preferences to trigger notifications for percentage changes, when the carbon credit price changes by the specified percentage, then the user should receive an alert notification describing the change.

User checks their notifications to review past market alerts regarding carbon credit prices.

Given the user accesses the notifications history section, when they view their previous alerts, then all alerts about significant market changes should be displayed with accurate timestamps and details of the price changes.

User attempts to disable a specific alert for fluctuating carbon credit prices through their settings.

Given the user is in the alert management section, when they select a specific alert and click disable, then the alert should be deactivated, and the user should receive a confirmation message.

User receives an alert about a regulatory announcement affecting carbon credit markets.

Given there is a major regulatory announcement regarding carbon credits, when the announcement is made, then users who have opted in for regulatory alerts should receive a notification detailing the nature of the announcement.

User views a summary of their alert settings to ensure they are up to date and effective.

Given the user is in the alert settings section, when they view their current alert configurations, then all configured alerts should be listed accurately along with their respective thresholds and preferences.

Historical Data Analysis

User Story: As a sustainability officer, I want to analyze historical carbon credit prices so that I can predict future market trends effectively.
Description: The Historical Data Analysis requirement entails the development of a feature that allows users to access and analyze historical carbon credit pricing data and related market trends. This capability is essential for organizations looking to understand past behaviors and make strategic projections for future investments. Integrating this feature within EcoTrackly will provide users with invaluable insights into how market conditions have changed over time and help identify patterns that influence price fluctuations. By enabling users to compare historical data with current trends, this feature will enhance their decision-making capabilities, ultimately driving better sustainability outcomes.
Acceptance Criteria: User wants to access historical carbon credit pricing data for the past five years to analyze trends and make future investment decisions.

Given the user accesses the Historical Data Analysis feature, when they select a five-year range, then they should see a comprehensive report displaying historical pricing data with visual graphs that represent trends over time.

A user needs to compare historical carbon credit prices against the current market prices to determine if now is a good time to invest.

Given the user views historical pricing data, when they select the option to compare against current prices, then they should see a side-by-side comparison with clear indicators of price differences and percentage change.

A user is preparing a report for stakeholders incorporating historical data analysis insights to guide future investments.

Given the user generates a report from the Historical Data Analysis feature, when they include charts and data points, then the generated report should allow for exporting in multiple formats, including PDF and Excel, maintaining data integrity.

A user wants to receive alerts for significant price changes in carbon credits compared to historical data trends.

Given the user sets up alerts for price fluctuations, when a significant change occurs (e.g., 15% increase or decrease compared to historical data), then the user should receive notifications via email or in-app alerts.

A user is analyzing the impact of specific market events on carbon credit prices over the past decade.

Given the user selects specific market events while analyzing historical data, when they request results, then the analysis should highlight significant price changes before and after the selected events, providing contextual insight.

A user wants to ensure they have valid and accurate data when analyzing historical trends for compliance reporting.

Given that the Historical Data Analysis feature pulls historical data from credible and verified sources, when data is retrieved, then the user should see a timestamp and source of the data displayed alongside the analysis.

A user needs to visualize multi-year pricing trends to present at a sustainability conference.

Given the user selects the multi-year trend analysis option, when they customize the visualization settings (e.g., bar graph, line chart), then the tool should provide customizable visual outputs that can be saved for presentation purposes.

Market Performance Benchmarking

User Story: As a project manager, I want to benchmark my project's carbon efficiency against industry standards so I can improve my sustainability efforts.
Description: The Market Performance Benchmarking requirement aims to introduce a feature that allows users to compare their project performance against industry benchmarks. This requirement will enhance EcoTrackly's utility by providing users with contextual performance metrics, enabling them to assess how effectively they are achieving their sustainability goals relative to similar organizations. Through this feature, users can identify areas for improvement and recognize successful strategies to enhance their own practices. Including benchmarking capabilities will foster a spirit of competition and continuous improvement across users in the platform, driving better environmental performance.
Acceptance Criteria: Benchmark Project Performance Against Industry Metrics

Given a user with access to the Market Performance Benchmarking feature, When the user selects a project to benchmark, Then the dashboard should display the project performance alongside relevant industry benchmarks for comparison, including visualized data trends.

Enable Downloadable Benchmark Reports

Given a user viewing benchmarking results, When the user clicks on the 'Download Report' option, Then a comprehensive report should be generated and downloaded, containing visualizations and metrics of the benchmarking results.

Real-Time Alerts for Benchmark Changes

Given a user monitoring their project performance, When there is a significant change in industry benchmarks, Then the user should receive a real-time alert notifying them of the update, ensuring they can adjust their strategies accordingly.

User Feedback on Benchmarking Relevance

Given a user who has utilized the benchmarking feature, When the user is prompted for feedback after the benchmarking session, Then the user should be able to rate the relevance and usefulness of the benchmarking data on a scale of 1 to 5 and provide comments.

Integration with Existing Project Tracking

Given a user with existing projects tracked within EcoTrackly, When the user accesses the Market Performance Benchmarking feature, Then all relevant projects should be automatically populated in the benchmarking interface for easy comparison.

Search and Filter Benchmark Data

Given a user on the benchmarking interface, When the user utilizes the search and filter options, Then the system should display relevant benchmark data according to the specified criteria, enhancing the usability of the feature.

Visual Comparison of Performance Trends

Given a user viewing their project alongside industry benchmarks, When the user toggles between different time frames (e.g., monthly, quarterly, yearly), Then the system should update the visualization to reflect the selected time frame, allowing for a historical performance comparison.

Integration of Predictive Analytics

User Story: As an investment strategist, I want to use predictive analytics to forecast carbon credit prices so that I can make proactive investment decisions.
Description: The Integration of Predictive Analytics requirement will introduce advanced data analytics capabilities that forecast future carbon credit prices based on historical and real-time data trends. This feature will empower businesses to strategically optimize their investments by anticipating price movements and market dynamics. Integrating this functionality within EcoTrackly will provide a forward-looking perspective that supports more proactive decision-making. By leveraging machine learning algorithms, users will receive data-driven insights that help in risk management and investment planning for their sustainability goals, thereby enhancing the overall value provided by the EcoTrackly platform.
Acceptance Criteria: As a sustainability analyst at a mid-sized corporation, I need to access the predictive analytics feature on EcoTrackly to view forecasts for carbon credit prices, enabling me to make informed purchasing decisions during the monthly strategy meeting.

Given that I have logged into the EcoTrackly platform, when I access the predictive analytics dashboard, then I should see the predicted carbon credit prices for the next 30 days displayed alongside historical data trends and market fluctuations.

As a finance manager, I want to compare the predicted carbon credit prices with my organization's existing carbon credit holdings to assess potential investment opportunities during quarterly reviews.

Given that I have accessed the predictive analytics feature, when I input my organization’s current carbon credit holdings, then I should see a comparison chart showing potential profit or loss based on predicted price movements over the next 60 days.

As a procurement officer, I need to receive notifications for significant fluctuations in predicted carbon credit prices so that I can adjust my purchasing strategy quickly based on market trends.

Given that I have set up my preferences for notification alerts, when there is a fluctuation greater than 10% in the predicted carbon credit prices, then I should receive an alert via email and in-app notification within 15 minutes of the price change.

As an environmental compliance officer, I want to generate reports that include predicted carbon prices along with my organization's past spending on carbon credits for compliance documentation.

Given that I have selected the reporting feature in EcoTrackly, when I generate a report for the last quarter, then I should see a section that includes both the past spending on carbon credits and the expected future prices based on predictive analytics.

As a decision-maker at a company looking to improve sustainability initiatives, I need to understand how predictive analytics integrates with other real-time data features of EcoTrackly for strategic planning.

Given that I have viewed the predictive analytics dashboard, when I explore the integration options, then I should see a comprehensive view of how predictive analytics data interacts with real-time market insights and compliance reports.

As an IT manager, I want to ensure that the predictive analytics feature performs accurately and does not slow down the system when multiple users are accessing it simultaneously.

Given that multiple users are logged into EcoTrackly and accessing the predictive analytics feature, when I monitor system performance, then the system response time should remain under 2 seconds for all user actions related to the predictive analytics.

As a user, I want to ensure that the predictive analytics functionality provides clear explanations of its machine learning algorithms so I can trust the data's accuracy and relevance for decision-making.

Given that I am viewing the predictive analytics feature, when I click on the 'Learn More' section, then I should see detailed explanations of the machine learning algorithms used, including their data sources, training methods, and accuracy metrics over historical data.

Sustainability Impact Tracker

This feature allows users to monitor and visualize the cumulative impact of their carbon offset purchases over time. By providing regular updates on how funds are being utilized in environmental projects, organizations can clearly see the positive outcomes of their investments. This can bolster internal and external communications about their sustainability efforts, enhancing corporate reputation.

Requirements

Real-time Impact Visualization

User Story: As a sustainability officer, I want to see real-time visualizations of our carbon offset investments so that I can effectively report and communicate our positive environmental impacts to stakeholders.
Description: This requirement focuses on providing a user-friendly dashboard that displays real-time data visualizations of carbon offset purchases and their impact over time. It should include graphs, charts, and infographics that clearly illustrate how investments contribute to sustainability efforts. By integrating this functionality, users can easily interpret complex data, fostering a better understanding of their contributions and the associated outcomes, such as reductions in carbon emissions and improvements in project success rates. This enhancement is vital for encouraging engagement and transparency in sustainability initiatives.
Acceptance Criteria: User accesses the Sustainability Impact Tracker dashboard to view real-time data on their carbon offset purchases and their environmental impact.

Given the user is logged into EcoTrackly, when they navigate to the Sustainability Impact Tracker dashboard, then they should see a visually engaging display of graphs and charts showing cumulative carbon offset purchases and their impact over time.

User wants to understand the effectiveness of their carbon offset investments by reviewing trends in emissions reduction over the last year.

Given the user is on the Sustainability Impact Tracker dashboard, when they select the 'Annual Trends' view, then they should be able to view a line graph depicting the monthly reductions in carbon emissions attributable to their investments over the past year.

User is preparing a report for stakeholders that highlights the organization's sustainability progress and wants to extract specific data from the dashboard.

Given the user is on the Sustainability Impact Tracker dashboard, when they click on the 'Export Data' button, then they should be able to download a detailed report in CSV format that includes all relevant data on carbon offset purchases and their impacts.

User wants to customize the time frame for the data visualizations on the dashboard to analyze specific periods of interest.

Given the user is on the Sustainability Impact Tracker dashboard, when they use the date range filters to select a specific start and end date, then the visualizations should update to reflect data only within that selected period.

User is reviewing the dashboard and notices discrepancies in the reported data and wants to flag it for review.

Given the user is on the Sustainability Impact Tracker dashboard, when they click the 'Report Issue' button after identifying discrepancies, then a form should open allowing them to enter details and submit the issue for further investigation.

User seeks to understand the contributions of different carbon offset projects through detailed visual representation.

Given the user is on the Sustainability Impact Tracker dashboard, when they click on individual project icons shown in the infographic view, then a modal should appear displaying detailed information about each project's impact and funding allocation.

User wants to share their sustainability impact report with colleagues via email directly from the dashboard.

Given the user is on the Sustainability Impact Tracker dashboard, when they click on the 'Share via Email' button input recipients’ addresses, then the system should send an email containing a summary of the sustainability impacts and a link to the dashboard.

Monthly Impact Reporting

User Story: As a carbon management analyst, I want to receive monthly impact reports on our carbon offset projects so that I can assess the effectiveness of our sustainability investments and share insights with our management team.
Description: This requirement entails developing a feature that generates automated monthly reports detailing the impact of carbon offset purchases. These reports should summarize key metrics such as total emissions offset, project funding allocations, and success stories from funded projects. The reports should be easily shareable and customizable to meet the needs of different stakeholders, thus improving communication regarding the organization's sustainability efforts. This functionality is crucial to maintaining transparency and accountability in sustainability practices.
Acceptance Criteria: Monthly Impact Report generation for internal stakeholders' review meeting at the end of each month.

Given that a user has logged into EcoTrackly and has set up their organization’s sustainability metrics, when the user requests a monthly impact report, then the system should generate a report within 5 minutes that includes total emissions offset, funding allocations, and project success stories.

Distribution of the Monthly Impact Report to external stakeholders, including partners and investors.

Given that the monthly report has been generated, when the user selects the share option, then the system should allow the user to send the report via email to specified external stakeholders, with delivery confirmed within 2 minutes.

Customization of the Monthly Impact Report to meet specific stakeholder needs.

Given that a user has accessed the monthly impact report, when the user selects customization options, then the system should allow for adjustments in metrics displayed and provide a preview of changes in real-time before finalizing the report.

Automated reminders for users to review their monthly Impact Reports before scheduled meetings.

Given that it is the day before the scheduled review meeting, when the user has set up reminders, then the system should send an automated email reminder containing a direct link to the latest monthly impact report.

Verification of data accuracy within the Monthly Impact Report.

Given that a report is generated, when the user reviews the report, then the key metrics for total emissions offset and funding allocations must match the source data from EcoTrackly databases without discrepancies exceeding 5%

Users access previous Monthly Impact Reports for longitudinal analysis.

Given that a user has requested access to historical monthly reports, when the user navigates to the report archive section, then the system should display all previous reports with options to download in PDF and Excel formats.

Incorporation of visual data representations in the Monthly Impact Report.

Given that a user has requested a customized report, when the report is generated, then the report must include at least three interactive visualizations (charts or graphs) representing key metrics such as emissions offsets and funding distribution.

User Feedback Mechanism

User Story: As a user of EcoTrackly, I want to provide feedback on the sustainability impact tracker so that I can influence future improvements and ensure the tool meets our organization's needs.
Description: This requirement involves creating a feature that allows users to provide feedback on the effectiveness and clarity of the sustainability impact tracker. This feedback will be collected through surveys and ratings embedded within the platform and will inform future iterations and enhancements of the feature. By integrating user feedback, EcoTrackly can ensure that the tool evolves to meet user needs and improves usability. This component is essential for fostering a user-centered approach to product development.
Acceptance Criteria: User initiates a feedback survey after viewing their sustainability impact summary on EcoTrackly for the month.

Given the user is logged into EcoTrackly and has accessed the sustainability impact tracker, when they complete the feedback survey, then their responses should be recorded and a confirmation message displayed.

An admin reviews the submitted feedback from users regarding the sustainability impact tracker feature.

Given the admin is logged in, when they navigate to the feedback section, then they should see a list of all feedback submissions along with the associated ratings and comments.

Users receive periodic prompts to provide feedback on the sustainability impact tracker following significant updates or projects.

Given the user has received an update notification about the sustainability impact tracker, when they interact with the notification, then they should be directed to a feedback survey relevant to that update.

Users can rate the clarity of information presented in the sustainability impact tracker.

Given the user is viewing the sustainability impact tracker, when they choose to submit a rating on clarity, then their rating should be logged under their user profile for review.

The platform generates a summary report of user feedback for the sustainability impact tracker for the development team.

Given the development team is reviewing feedback, when they access the report, then they should see aggregated data on ratings and comments categorized by common themes.

Users can provide optional comments alongside their rating in the feedback survey.

Given the user is filling out the feedback survey, when they submit their rating along with comments, then both the rating and comments should be successfully captured and displayed in the feedback summary.

Users can access previous feedback provided about the sustainability impact tracker to see changes made over time.

Given the user navigates to the feedback history, when they view their previous submissions, then they should see all their past ratings and comments alongside corresponding updates made to the sustainability impact tracker.

Project Impact Case Studies

User Story: As a communications manager, I want to access detailed case studies of environmental projects so that I can create promotional materials that highlight our organization’s commitment to sustainability.
Description: This requirement aims to create a dedicated section within the application for showcasing case studies of successful environmental projects funded through carbon offset purchases. Each case study should detail the project's goals, implementation, outcomes, and testimonials from beneficiaries. By highlighting these stories, EcoTrackly not only promotes its clients’ efforts but also encourages continued investment in sustainability. This feature will significantly enhance corporate reputation and stakeholder engagement.
Acceptance Criteria: Case Study Navigation and Accessibility

Given a user accesses the 'Project Impact Case Studies' section in EcoTrackly, When they search or filter by project type, Then they should see relevant case studies listed that match their query, inclusive of clear titles and brief descriptions.

Comprehensive Project Details

Given a user selects a specific case study from the list, When they view the case study details, Then the user should see comprehensive information including the project's goals, implementation steps, outcomes, and testimonials displayed clearly and concisely.

Visual Representation of Project Impacts

Given a user views a case study, When the case study includes quantitative metrics, Then those metrics should be accompanied by visual representations such as graphs or charts to highlight the project's impact effectively.

User Feedback Submission

Given a user reads a case study, When they reach the end of the case study, Then they should have the option to submit feedback or questions through a designated form that is easily accessible.

Mobile Responsiveness of Case Studies

Given a user accesses the EcoTrackly application on a mobile device, When they view the 'Project Impact Case Studies' section, Then the layout should be responsive, ensuring that all information is easily readable and navigable without horizontal scrolling.

Regular Updates and New Case Studies

Given that new environmental projects are funded, When updates are made to the case studies, Then the case study section should reflect these updates within a predefined timeframe (e.g., within one month of project completion).

Integration with External Environmental Databases

User Story: As a data analyst, I want EcoTrackly to integrate with external environmental databases so that I can compare our sustainability efforts with industry standards and identify areas for improvement.
Description: This requirement involves integrating EcoTrackly with external databases that track global environmental metrics. Such integration will allow users to contextualize their carbon offset purchases against broader environmental data. Users will be able to see how their contributions compare to industry benchmarks and geographical data, providing deeper insights into their sustainability impact. This integration is crucial for validating the effectiveness of investments and enhancing data-driven decision-making.
Acceptance Criteria: Users will access the Sustainability Impact Tracker and request data on their carbon offset purchases and its comparison with industry benchmarks.

Given the user is logged into EcoTrackly, When they navigate to the Sustainability Impact Tracker and select their carbon offset purchases, Then they should see a visual comparison of their offsets against industry benchmarks and relevant geographical data updated in real-time.

After integrating with external databases, users need to visualize the impact of their carbon offsets over time against global environmental metrics.

Given the integration with external environmental databases is successful, When users view the sustainability report, Then the report must display historical data and trend lines of their carbon offsets alongside global metrics adjusted for the relevant timeframes.

Users should receive notifications regarding updates on how their carbon offset funds are utilized in specific environmental projects.

Given the user has subscribed to notifications, When environmental projects are updated that involve their carbon offset purchases, Then the user should receive an automated notification detailing the project's progress and impact.

Users want to verify the accuracy of the data presented in the Sustainability Impact Tracker.

Given the integration with external databases is in place, When a user manually cross-checks the data displayed in EcoTrackly with external environmental databases, Then the data represented must match with a deviation of no more than 5% for successful validation.

Users will generate reports summarizing their sustainability impact influenced by external data sources.

Given the user selects the report generation feature, When they request a sustainability impact report, Then the generated report must include data visualizations from at least three external environmental databases and highlight key insights from this data.

Stakeholders in the organization want to review the effectiveness of carbon offset investments using comparative data.

Given the stakeholders are viewing the interactive dashboard, When they select the carbon offset investments section, Then they should be able to see a side-by-side comparison of their offsets with industry standards and get recommendations based on external benchmarks.

Users need to export their sustainability impact data for external presentations.

Given the user wishes to export data, When they click the export button on the Sustainability Impact Tracker, Then the software must provide options for exporting in multiple formats (PDF, CSV, Excel) with all relevant data and visualizations intact.

Multi-Project Portfolio Option

Enables businesses to diversify their carbon credit investments by purchasing offsets from multiple projects simultaneously. This feature minimizes risk while maximizing impact, as organizations contribute to a broader array of eco-friendly initiatives. It fosters a comprehensive approach to carbon offsetting, encouraging firms to support varied environmental efforts.

Requirements

Multi-Project Selection Interface

User Story: As a sustainability manager, I want to select multiple carbon credit projects at once so that I can diversify our investments and maximize the impact of our sustainability efforts.
Description: This requirement involves the development of a user-friendly interface that allows businesses to select multiple carbon credit projects simultaneously. The interface should provide an organized view of available projects, including detailed information on each initiative and its environmental impact. It is crucial for enabling users to diversify their investments across various eco-friendly projects, thus minimizing financial risk while maximizing sustainability impact. The interface should integrate seamlessly with EcoTrackly’s existing analytics and reporting features, ensuring that users can easily track and manage their contributions across different projects and view their overall carbon offset metrics in real-time.
Acceptance Criteria: User selects multiple carbon credit projects for investment from the multi-project portfolio interface.

Given the user is on the multi-project selection interface, when they select multiple carbon credit projects and click 'Invest', then the system should process the selections and display a confirmation message showing the selected projects and total investment amount.

User views detailed information about each carbon credit project.

Given the user is on the multi-project selection interface, when they hover over or click on a specific project, then a detailed tooltip or popup should appear displaying the project's description, environmental impact, and credits available.

User checks the overall carbon offset metrics after selecting multiple projects.

Given the user has selected multiple carbon credit projects, when they navigate to the analytics dashboard, then the overall carbon offset metrics should reflect the contributions from all selected projects in real-time.

User receives feedback if an invalid project selection is made.

Given the user attempts to select projects that exceed their investment limit, when they click 'Invest', then an error message should appear stating 'Selection exceeds allowed investment limit. Please adjust your selections.'

User saves their project selections for future review or editing.

Given the user has made selections within the multi-project selection interface, when they click 'Save Selections', then their selected projects should be stored in the system and retrievable for future editing or investment.

User successfully removes a project from their selected investments.

Given the user has selected multiple carbon credit projects, when they click the 'Remove' button next to a specific project, then the project should be removed from their selection and the total investment amount should update accordingly.

User filters projects based on specific criteria like project type or environmental impact.

Given the user is on the multi-project selection interface, when they apply filters for project type or minimum environmental impact rating, then only projects matching the criteria should be displayed in the list.

Real-Time Impact Tracking

User Story: As a business owner, I want to see real-time data on the impact of my carbon credit purchases so that I can demonstrate our contribution toward sustainability to our stakeholders.
Description: This requirement focuses on creating a feature that allows users to track the real-time impact of their carbon credit purchases across various selected projects. The feature would utilize IoT data to provide instantaneous updates on how their investments contribute to emissions reduction and other environmental benefits. By integrating this capability, users can visualize the direct effects of their contributions, enhancing transparency and accountability. This real-time impact tracking is essential for businesses looking to communicate their sustainability achievements to stakeholders effectively.
Acceptance Criteria: User requests real-time updates on their carbon credit purchases' impact during a quarterly sustainability meeting.

Given that the user is logged into their EcoTrackly account, when they navigate to the 'Real-Time Impact Tracking' dashboard, then they should see a graphical representation of emissions reduction linked to their purchases, updated in real-time.

A user wants to share their organization’s sustainability achievements with stakeholders using the real-time impact tracking feature.

Given that the user has activated the real-time impact tracking feature, when they generate a report for stakeholders, then the report should include detailed metrics such as the total emissions reduced and the specific projects impacting these reductions.

An organization monitors the impact of their purchases during a major environmental conference presentation.

Given the organization has purchased carbon credits from multiple projects, when the presenter accesses the impact dashboard, then they should be able to filter the data by project and view the corresponding real-time impacts clearly.

A sustainability officer needs to assess the effectiveness of their carbon credit investments over time.

Given that the user wants to analyze their carbon credit investments, when they access the historical impact data feature, then they should be able to visualize trends in emissions reductions over selected timeframes and from various projects.

An end user experiences a technical issue while trying to view the real-time impact tracking page.

Given that a user encounters an error on the real-time impact tracking page, when they submit a support ticket, then they should receive a confirmation of their request along with an expected response time.

A compliance officer needs to ensure that the impact data aligns with regulatory reporting requirements.

Given that the compliance officer requires access to verified impact data, when they export the real-time impact report, then it should meet all predefined regulatory standards and be formatted correctly for submission.

Comprehensive Reporting Dashboard

User Story: As a compliance officer, I want to generate comprehensive reports on our carbon credit investments so that I can ensure we meet regulatory requirements and present our sustainability efforts effectively.
Description: This requirement entails the development of a comprehensive reporting dashboard that aggregates data from multiple carbon credit projects selected by the user. The dashboard should provide insights into overall performance, trends in carbon offsetting, and individual project impacts, allowing users to make informed decisions about their sustainability investments. The feature should also facilitate easy export of reports for regulatory compliance and stakeholder presentations. By having a centralized reporting mechanism, businesses can streamline their sustainability reporting process and enhance their strategic planning.
Acceptance Criteria: User accesses the Comprehensive Reporting Dashboard to view aggregated data from multiple carbon credit projects.

Given the user is logged into EcoTrackly, when they navigate to the Comprehensive Reporting Dashboard, then they should see a summary of carbon offset data aggregated from all selected projects, including total offsets, trends, and individual project impacts.

User exports a report generated from the Comprehensive Reporting Dashboard for external stakeholders.

Given the user has navigated to the dashboard with aggregated data, when they click the 'Export Report' button, then a downloadable report in PDF and Excel formats should be generated without errors, including all relevant data and graphs.

User examines the trend data visualized in the Comprehensive Reporting Dashboard.

Given the user is viewing the dashboard, when they select the 'Trends' view, then they should see a line graph illustrating the performance of carbon offsets over time for all selected projects, with data points accurately represented for the last 12 months.

User customizes the dashboard to filter projects based on specific criteria.

Given the user is on the Comprehensive Reporting Dashboard, when they apply filters for date range and project types, then the displayed data should refresh to only show the projects that meet those criteria and update the overall performance metrics accordingly.

User shares insights from the Comprehensive Reporting Dashboard in a presentation format.

Given the user is on the dashboard, when they select 'Share Insights' functionality, then a predefined presentation template should be generated that includes key insights, graphs, and trends, ready for presentation to stakeholders.

User accesses help documentation for using the Comprehensive Reporting Dashboard.

Given the user is on the dashboard, when they click on the 'Help' icon, then a context-sensitive help documentation panel should open, providing instructions and tips on utilizing the dashboard features effectively.

User receives feedback on data accuracy from the Comprehensive Reporting Dashboard.

Given the user is viewing the dashboard, when they notice discrepancies in the carbon offset data, then they should be able to submit feedback or request a review of the data directly through the dashboard interface, and receive confirmation of feedback submission.

Project Recommendations Engine

User Story: As a user, I want to receive tailored project recommendations based on my previous selections so that I can make more informed and impactful investment decisions in carbon credits.
Description: This requirement includes the creation of a recommendation engine that suggests carbon credit projects based on a user's past selections and current sustainability goals. The engine will analyze user preferences, industry benchmarks, and project effectiveness to propose the best options for investment. This feature aims to personalize the user experience, making it easier for businesses to find and select projects that align with their broader sustainability strategies. Implementing this engine enhances user engagement and can lead to higher satisfaction and investment.
Acceptance Criteria: User accesses the Project Recommendations Engine after logging into EcoTrackly, intending to explore recommended carbon credit projects based on their previous investments and current sustainability objectives.

Given the user has logged into EcoTrackly and provided their sustainability goals, When the user accesses the Project Recommendations Engine, Then the system should display a personalized list of at least five carbon credit projects that align with the user's preferences and historical selections, sorted by relevance.

A user wants to adjust their sustainability goals to see how it affects the recommendations provided by the Project Recommendations Engine.

Given the user adjusts their sustainability goals in their profile settings, When the user saves these adjustments and reaccesses the Project Recommendations Engine, Then the recommendation list should update to reflect at least three new projects that fit the revised sustainability objectives.

An administrator wants to verify that the recommendation algorithm is functioning correctly by testing it against known data sets.

Given the administrator inputs a predefined set of user preferences and sustainability goals into the Project Recommendations Engine, When the administrator runs the recommendation algorithm, Then the output should match a known set of correct recommendations based on the test data, ensuring the accuracy of the algorithm.

A user relies on the Project Recommendations Engine for critical investment decisions and needs to understand how project effectiveness is evaluated in the recommendations.

Given the user accesses the help documentation for the Project Recommendations Engine, When the user seeks information on how project effectiveness is calculated, Then the documentation should clearly outline the criteria used (such as past performance, impact metrics, etc.) to evaluate projects, along with examples.

The Project Recommendations Engine must maintain high usability standards to cater to diverse user expertise levels, from beginners to advanced users.

Given a group of users with varying expertise levels testing the Project Recommendations Engine, When the users navigate through the recommendation process, Then at least 90% of the users should report understanding the provided recommendations without requiring additional help within a session.

User Collaboration Tools

User Story: As a project manager, I want collaboration tools to discuss carbon credit projects with my team so that we can make informed decisions together and streamline our selection process.
Description: This requirement focuses on enabling collaboration tools within the EcoTrackly platform to facilitate communication and agreement among different stakeholders involved in carbon credit investment decisions. Features might include shared investment proposals, comment threads, and voting mechanisms for project selection. This collaborative environment is essential for organizations with multiple decision-makers, ensuring that all relevant parties are engaged in the process. It enhances the collective decision-making process and promotes transparency within the investment strategy.
Acceptance Criteria: User Collaboration in Carbon Credit Selection

Given a user has accessed the EcoTrackly platform, when they create a shared investment proposal, then all designated stakeholders should receive notifications and access to review the proposal within 24 hours.

Commenting on Investment Proposals

Given a shared investment proposal is visible to stakeholders, when a stakeholder adds a comment, then the comment must be saved and visible to all users with access to the proposal immediately.

Voting Mechanism for Project Selection

Given multiple stakeholders are reviewing an investment proposal, when the voting period is active, then each stakeholder must be able to cast their vote and see the total votes counted in real-time.

Real-time Collaboration Updates

Given stakeholders are engaged in discussions about carbon credit investments, when any stakeholder makes an update or comment, then all other stakeholders should receive an instant notification of this change.

Access Permissions Control

Given the requirement for different access levels, when a user is assigned a specific role, then they should have permissions aligned with that role (e.g., viewer, commenter, decision-maker) in relation to investment proposals and documents.

Proposal Version Tracking

Given that multiple revisions may be made to an investment proposal, when a proposal is updated, then all prior versions should be accessible for review, showing the changes and comments made by stakeholders.

Feedback Collection Post-Investment Decision

Given a decision has been made on an investment proposal, when the decision is finalized, then stakeholders should be prompted to provide feedback on the process and their experience within this collaboration tool for future enhancements.

Community Engagement Forum

An interactive platform for marketplace participants to share experiences, insights, and strategies related to carbon offsetting. This community-driven feature fosters dialogue among users, encourages collaboration, and promotes best practices in sustainability. By connecting like-minded organizations, it enhances the user experience and creates a network of support for shared environmental goals.

Requirements

User Registration and Profile Management

User Story: As a new user, I want to register and create a profile on the Community Engagement Forum so that I can engage with others and share insights on carbon offsetting strategies.
Description: This requirement focuses on enabling users to register for the Community Engagement Forum by creating an account, providing essential information such as organization name, email, and password. Users should be able to manage their profiles, update information, privacy settings, and choose notification preferences. This feature integrates seamlessly with the existing user database of EcoTrackly, ensuring personalized user experiences and efficient communication. Providing user profile management enhances user engagement, fosters community building, and encourages regular participation in discussions.
Acceptance Criteria: User navigates to the Community Engagement Forum and initiates the registration process by clicking on the 'Sign Up' button.

Given a user is on the Community Engagement Forum page, when they click the 'Sign Up' button, then they should be redirected to the registration form to create an account.

User fills in the required fields in the registration form with valid data and submits the form.

Given a user enters all required fields (organization name, email, password) with valid information, when they click the 'Submit' button, then they should receive a confirmation message indicating successful registration.

User attempts to register with an email that is already associated with an existing account.

Given a user enters an existing email address in the registration form, when they submit the form, then they should receive an error message stating 'Email already in use.'

User successfully logs into their account for the first time after registration.

Given a user has just registered successfully, when they log in with their email and password, then they should be directed to their profile page in the Community Engagement Forum.

User wishes to update their profile information after initial registration.

Given a user is logged into their profile, when they change their organization name and save the changes, then the profile should reflect the updated organization name.

User navigates to the privacy settings within their profile management area.

Given a user is on their profile management page, when they select the privacy settings option, then they should be able to adjust their privacy preferences and save the changes successfully.

User wants to set their notification preferences to receive updates about community posts.

Given a user is in the notification preferences section, when they select options to receive notifications for community posts and save the settings, then they should receive a confirmation of updated notification settings.

Discussion Thread Creation

User Story: As a user, I want to create discussion threads so that I can talk about specific sustainability topics with other community members.
Description: This requirement allows users to initiate new discussion threads within the Community Engagement Forum. Users can start conversations on various topics related to carbon offsetting, sustainability practices, and share personal experiences. Each thread will support rich text formatting and the ability to attach files or links. This encourages dynamic discussions and the sharing of diverse perspectives, enhancing collaborative learning among users. It is crucial for fostering engagement and providing a platform for meaningful interaction.
Acceptance Criteria: A user wants to create a new discussion thread in the Community Engagement Forum to share their experience with carbon offsetting strategies, including specific examples and personal insights.

Given that the user is logged into the Community Engagement Forum, when they click on 'Create New Thread', then they should be presented with a rich-text editor and options to attach files or links before submitting the thread.

A user wishes to format their discussion thread using various text styles (bold, italics, lists) to emphasize key points in a discussion about sustainability practices.

Given that the user is using the rich-text editor in the 'Create New Thread' interface, when they apply formatting options (such as bold, italics, or bullet points), then the text should render correctly in the preview before submission.

A user plans to attach a PDF document containing their sustainability compliance report to their newly created discussion thread for others to review.

Given that the user has selected a PDF file from their device, when they attach it to the discussion thread and submit the thread, then the attachment should be accessible for all users viewing the thread without errors.

A user wants to start a discussion thread but realizes they have not filled out the required fields, such as title and at least one body paragraph.

Given that the user tries to submit the new thread with empty required fields, when they click the 'Submit' button, then a validation message should appear indicating which fields need to be filled out before submission.

A user wants to view the threads they have created in the Community Engagement Forum to track discussions they initiated.

Given that the user is logged into their account, when they navigate to their profile section, then they should see a list of all discussion threads they have created, with the most recent thread at the top.

A user is creating a discussion thread and wants to ensure that their thread is marked as 'public' so that all forum participants can see it and contribute.

Given that the user has an option to select privacy settings for their thread, when they choose 'Public' and submit the thread, then the thread should be visible to all registered users in the Community Engagement Forum.

A user accidentally created a discussion thread and needs to edit the content after initial submission.

Given that the user is viewing their previously submitted discussion thread, when they click on the 'Edit' button, then they should be able to modify the content of the thread and resubmit it successfully.

Commenting and Reactions System

User Story: As a community member, I want to comment on posts and react to discussions so that I can engage meaningfully with others in the forum.
Description: This requirement provides users with the ability to comment on and react to existing discussion threads and posts within the Community Engagement Forum. Users can share their thoughts, ask questions, or offer support through comments and choose from a set of reactions such as 'like' or 'support'. This feature promotes interaction, encourages ongoing dialogue, and creates a sense of community among members. It is essential for maintaining an active and responsive forum.
Acceptance Criteria: User adds a comment to a discussion thread on carbon offsetting strategies.

Given a user is logged into the Community Engagement Forum, when they navigate to an existing discussion thread and enter a text comment, then the comment should be successfully posted and visible to all forum participants.

User reacts to a post with a selected emotion.

Given a user is viewing a discussion post in the Community Engagement Forum, when they click on the 'like' reaction button, then the total number of 'likes' should increase by one and the user should see their reaction reflected in the post.

User views existing comments on a discussion thread.

Given a user is on a discussion thread, when they scroll through the comments section, then they should be able to see all comments listed in chronological order, including the username of the commenter and the timestamp of when the comment was made.

User edits their own comment.

Given a user has posted a comment, when they click on the 'edit' option next to their comment, make changes, and save, then their updated comment should replace the original comment while preserving the original timestamp.

User deletes their own comment.

Given a user has posted a comment, when they select the 'delete' option for their comment and confirm the deletion, then the comment should be removed from the discussion thread, and no longer visible to other users.

User views reactions on a post.

Given a discussion post has reactions from multiple users, when a user clicks on the reaction count, then a pop-up should display a breakdown of the types of reactions received (e.g., likes, supports) along with the usernames of users who reacted.

User reports an inappropriate comment.

Given a user sees a comment that violates community guidelines, when they click on the 'report' button next to the comment and submit the report, then the comment should be flagged for review by moderators and the user should receive a confirmation message.

Search and Filter Functionality

User Story: As a user, I want to search and filter discussions so that I can quickly find information on specific sustainability topics that interest me.
Description: This requirement involves implementing a robust search and filter functionality that allows users to easily find relevant discussion threads, topics, or participants based on keywords, categories, or tags. Users should be able to filter content by date, popularity, or relevance, enhancing their ability to access valuable information efficiently. This capability improves user experience by saving time and making the platform more navigable, thus encouraging more active participation in community discussions.
Acceptance Criteria: User searches for discussion threads related to carbon offsetting using specific keywords.

Given the user is on the Community Engagement Forum page, when they enter a keyword in the search bar and click 'Search,' then the results should display all relevant discussion threads containing that keyword, sorted by relevance.

User filters discussion threads by categories such as 'Best Practices' or 'Success Stories.'

Given the user is on the Community Engagement Forum page, when they select a category from the filter options, then the page should refresh to show only the discussion threads belonging to the selected category.

User sorts discussion threads by date to find the most recent discussions.

Given the user is on the Community Engagement Forum page, when they choose the 'Sort by Date' option, then the discussion threads should be displayed in descending order starting from the latest post.

User applies multiple filters to narrow down discussion thread results.

Given the user is on the Community Engagement Forum page, when they apply filters for both date and popularity, then the results should display discussion threads that match both criteria simultaneously.

User searches for a specific participant's contributions within the Community Engagement Forum.

Given the user is on the Community Engagement Forum page, when they enter a participant's name in the search bar, then the results should display all discussion threads where that participant has posted.

User accesses the filter function and no results match the selected criteria.

Given the user is on the Community Engagement Forum page, when they select filters that do not match any existing discussion threads, then a message should be displayed indicating 'No results found. Please adjust your filters.'

Notification and Alert System

User Story: As a user, I want to receive notifications about activities related to my posts and discussions so that I can stay updated and engaged in the community.
Description: This requirement establishes a notification and alert system that informs users of new comments on their posts, replies to discussions they are following, or when someone mentions them in the forum. Users can customize their preferences regarding how and when they want to receive notifications. This integration is vital for keeping users engaged and informed about community interactions, fostering connection and encouraging ongoing participation.
Acceptance Criteria: User receives a notification for a new comment on their post in the Community Engagement Forum.

Given the user has a post in the forum, When another user comments on that post, Then the user should receive a notification via the selected method (email, SMS, or in-app) within 5 minutes of the comment being made.

User is notified when someone replies to a discussion they are following.

Given the user is following a discussion thread, When a reply is added to that thread, Then the user should receive an immediate notification through their preferred channels.

User mentions another user in a comment and that user receives a notification.

Given User A mentions User B in a comment, When User A submits the comment, Then User B should receive a notification alerting them of the mention within 5 minutes.

User customizes notification preferences for the alert system.

Given the user is on the notification settings page, When they select their preferences for comment alerts, replies, and mentions, Then those preferences should be saved correctly and reflected in the notification settings overview.

User tests the alert system to ensure all notifications are functioning as intended.

Given the user has notifications enabled, When a new comment, reply, or mention occurs, Then all relevant notifications should be received as per the user's settings without delay.

User successfully disables notifications for a specific discussion they no longer wish to follow.

Given the user is following a specific discussion, When they choose to disable notifications for that discussion, Then they should no longer receive alerts related to that thread.

Resource Sharing and Downloads

User Story: As a user, I want to share resources and materials with the community so that I can contribute to the collective knowledge and help others with their sustainability goals.
Description: This requirement allows users to share and download resources such as articles, case studies, templates, and educational materials within the Community Engagement Forum. Users should have the ability to upload documents and link resources relevant to sustainability practices. This promotes knowledge sharing and further enhances the value of the forum as a go-to resource for sustainability information, supporting user learning and collaboration.
Acceptance Criteria: As a user of the Community Engagement Forum, I want to upload educational materials so that I can share valuable resources with other users who are interested in sustainability practices.

Given that I am logged in as a registered user, when I select the 'Upload Resource' button and choose a valid file, then the resource should be uploaded successfully, and I should see a confirmation message.

As a user, I want to download shared resources so that I can access important information related to carbon offsetting and sustainability practices when needed.

Given that I am on the Community Engagement Forum and I see a list of available resources, when I click on the 'Download' link for a resource, then the correct resource file should be downloaded to my device without errors.

As a forum participant, I want to ensure that uploaded resources are accessible to all users so that anyone interested can benefit from the shared knowledge and insights.

Given that a resource has been uploaded to the forum, when I access the resources section, then I should be able to view the resource and see the uploader’s details and upload date.

As a user, I want to categorize the resources I upload so that other users can easily find resources related to specific topics within sustainability.

Given that I am uploading a resource, when I fill out the category field and submit the upload, then the resource should be correctly categorized and displayed under the selected category in the forum.

As a user, I want to be able to remove my uploaded resources if they are outdated or no longer relevant to the community, so the forum remains current and useful for all participants.

Given that I have uploaded a resource, when I click the 'Remove' button next to my uploaded resource, then the resource should be successfully deleted from the forum and I should receive a confirmation message.

As a user, I want to search for specific resources in the Community Engagement Forum so that I can quickly find information relevant to my sustainability initiatives.

Given that I am in the resources section, when I enter keywords into the search bar and hit 'Search', then I should see a list of resources that match the search criteria without irrelevant results.

As a user, I want to give feedback on resources shared in the forum so that I can help other users identify valuable materials.

Given that I am viewing a resource, when I submit a feedback rating and a comment, then the feedback should be successfully recorded and displayed alongside the resource for other users to see.

EcoScore Breakdown

EcoScore Breakdown offers detailed visualizations of the various components contributing to the overall EcoScore. Users can drill down into metrics such as energy consumption, waste generation, and carbon emissions to see how each factor impacts their sustainability performance. This feature empowers users to identify specific areas for improvement, enabling targeted strategies to enhance their EcoScore.

Requirements

EcoScore Visualization

User Story: As an environmental manager, I want to visualize the EcoScore components so that I can identify trends and track improvements over time.
Description: The EcoScore Visualization requirement focuses on providing clear and interactive graphical representations of the EcoScore components, including individual metrics for energy consumption, waste generation, and carbon emissions. This functionality will enable users to visualize their performance over time, making it easier to track progress and identify trends. The interactive graphs will allow users to hover over data points for more detailed information and comparisons, enhancing stakeholder engagement and understanding of ecological impacts. Integrating these visualizations within the platform ensures that users can gain insights at a glance and take actionable steps towards improvement.
Acceptance Criteria: User views their EcoScore Breakdown to analyze component contributions.

Given the user is logged into the EcoTrackly platform, When they navigate to the EcoScore Breakdown page, Then they should see a visual representation of their EcoScore components such as energy consumption, waste generation, and carbon emissions.

User interacts with the EcoScore visualizations to obtain detailed information.

Given the user is on the EcoScore Visualization page, When they hover over any data point in the graph, Then a tooltip should appear providing details about the specific metric for that data point.

User wants to track their EcoScore over time to observe trends.

Given the user selects a date range in the EcoScore Visualization, When they apply the filter, Then the graphs should update to show the EcoScore and component metrics for the selected time period.

User requires print-ready reports of their EcoScore visualizations for stakeholder meetings.

Given the user is viewing their EcoScore Visualizations, When they click the 'Download Report' button, Then a PDF report containing the current visualizations should be generated and downloaded to the user's device.

User seeks to compare current EcoScore components against previous data.

Given the user has accessed the comparison functionality, When they select the previous date range for comparison, Then the EcoScore Visualization should display side-by-side metrics for current and previous periods for analysis.

User accesses the EcoScore Breakdown on a mobile device.

Given the user is viewing the EcoScore Breakdown on a mobile device, When the page loads, Then the visualizations should adjust responsively to fit the device screen without losing readability or functionality.

Drill-Down Metrics

User Story: As a sustainability officer, I want to drill down into specific metrics so that I can identify precise areas for improvement and take targeted actions.
Description: The Drill-Down Metrics requirement centers on allowing users to access detailed information about each component of their EcoScore. When a user clicks on a specific metric, such as waste generation, they will be presented with a breakdown of data by category, source, or time period. This granularity will empower users to pinpoint exact areas needing improvement and to formulate targeted strategies for sustainability enhancements. By implementing this feature, EcoTrackly will provide actionable insights that engage users more deeply with their sustainability performance, facilitating ongoing optimization.
Acceptance Criteria: User clicks on the waste generation metric in the EcoScore Breakdown dashboard to view detailed breakdowns of waste production.

Given a user is on the EcoScore Breakdown dashboard, when they click on the waste generation metric, then the system should display a detailed breakdown of waste data segmented by category, source, and time period.

User navigates to the energy consumption metric to analyze monthly trends.

Given a user is viewing the EcoScore Breakdown dashboard, when they select the energy consumption metric, then the system should present monthly energy consumption data in a graphical format enabling visual analysis over the last 12 months.

User filters waste generation data by specific categories such as plastic, organic, and recyclable materials.

Given a user is viewing the waste generation breakdown, when they apply filters for specific categories (plastic, organic, recyclable), then the system should update the displayed data to show only the selected categories and their respective values.

User wants to export the detailed breakdown of carbon emissions to share with their team.

Given a user is viewing the carbon emissions breakdown, when they click the export button, then the system should generate a downloadable report containing the current breakdown data in CSV format.

User views the comparison of waste generation metrics over different time periods.

Given a user selects the waste generation metric and chooses a comparison time period (e.g., last month vs. last year), when the comparison is submitted, then the system should display a comparative analysis highlighting the percentage change and trends.

User receives notifications for areas requiring immediate attention based on their EcoScore breakdown.

Given a user is regularly monitoring the EcoScore Breakdown, when any metric falls below a predefined threshold, then the system should send a notification to the user indicating the specific area needing attention.

User seeks help navigating the drill-down metrics feature to better understand its functions.

Given a user is on the EcoScore Breakdown dashboard, when they click on the help icon, then the system should display a contextual help guide explaining how to use the drill-down metrics feature.

Comparative Analysis Tool

User Story: As a business owner, I want to compare my EcoScore with industry standards so that I can understand how I measure up against my competitors.
Description: The Comparative Analysis Tool requirement aims to give users the capability to compare their EcoScore and metrics against industry standards or peer benchmarks. This feature will enable companies to evaluate their performance relative to others in their sector, fostering a competitive understanding of sustainability efforts. With intuitive comparison charts and reports, users will be able to identify strengths and weaknesses in their strategies and drive enhancements based on data-driven insights. Incorporating industry benchmarks will contextualize their performance and encourage continuous improvement towards sustainability goals.
Acceptance Criteria: User compares their EcoScore against industry benchmarks during a quarterly sustainability review meeting to assess their performance relative to peers.

Given the user selects the 'Comparative Analysis Tool', when they input their EcoScore and define the industry standard parameters, then the analysis tool displays a comparison chart showing their EcoScore against the selected benchmarks with clear visual differentiation.

A sustainability manager wishes to generate a report that highlights both strengths and weaknesses in their sustainability efforts based on peer comparisons.

Given the user initiates a report generation from the Comparative Analysis Tool, when they choose the metrics for analysis (e.g., energy consumption, waste generation), then the report should include a detailed breakdown of areas where the user excels and where improvements are needed, illustrated with supporting charts.

An environmental officer needs to evaluate their performance over the past year compared to industry standards to prepare for a sustainability compliance audit.

Given the user requests a historical comparison report, when the Comparative Analysis Tool aggregates data from the past 12 months, then the tool must present trends over time and identify any deviations from industry averages for a clearer understanding of progress and setbacks.

A company wants to understand the impact of recent changes in their sustainability practices on their EcoScore in comparison to industry peers.

Given the user inputs recent changes in their practices into the Comparative Analysis Tool, when they compare their updated EcoScore against peer benchmarks, then the system must provide feedback on how these changes have affected their standing relative to the industry.

A business is preparing a presentation for stakeholders to illustrate their commitment to sustainability through comparative metrics.

Given the user selects multiple metrics to showcase for a stakeholder presentation, when they use the Comparative Analysis Tool, then the tool should allow them to customize and export a visually appealing presentation format displaying key comparisons and insights effectively.

An operations manager wants a quick overview of their team's performance against peer benchmarks for a departmental meeting.

Given the user opens the Comparative Analysis Tool, when they select a quick view option, then the tool must provide an instantaneous summary of key metrics and a visual comparison of their team's EcoScore against industry standards.

A user attempts to use the Comparative Analysis Tool but does not have enough data inputted for meaningful comparison.

Given the user opens the Comparative Analysis Tool without sufficient metrics entered, when they try to generate a comparison report, then the system must prompt them with a notification explaining the need for more data and guide them on how to input the data needed.

Real-time Notifications

User Story: As a facility manager, I want to receive real-time notifications about changes in my EcoScore so that I can respond promptly to any issues that arise.
Description: The Real-time Notifications requirement is designed to alert users of significant changes or trends in their EcoScore and underlying metrics. Users will receive notifications for positive or negative shifts, allowing for proactive management of their sustainability efforts. This feature enhances engagement by keeping users informed of critical developments and encouraging timely adjustments to behaviors or practices that influence their EcoScore. Real-time alerts will be customizable, enabling users to specify the types of changes they want to be notified about, ensuring relevant information is prioritized.
Acceptance Criteria: User receives a notification when their EcoScore improves by a certain threshold based on real-time data updates.

Given the user has set a threshold for EcoScore improvement, when the EcoScore increases by that threshold, then the user receives a real-time notification via the app.

User customizes notification preferences for EcoScore changes in the settings menu.

Given the user is in the notification settings menu, when they select types of EcoScore changes they want to be notified about and save the settings, then the selected preferences are stored and used for future notifications.

User receives a notification for a significant drop in energy consumption that exceeds a predefined threshold.

Given the user has established a threshold for acceptable energy consumption drop, when real-time data indicates a drop that exceeds this threshold, then the user receives a notification regarding the change in energy usage.

User wants to receive alerts during specific times of the day based on their operational schedule.

Given the user has specified a time range for notifications in the settings, when real-time changes occur outside of these hours, then the user only receives notifications during the specified time range.

User accesses the notification history to review past alerts regarding EcoScore changes.

Given the user is on the notification history page, when they review the list, then they should see a comprehensive log of all notifications received, including timestamps and details of changes.

User disabled non-critical notifications but still receives critical alerts regarding EcoScore revisions.

Given the user has selected critical notifications only, when a critical change in EcoScore occurs, then the user should receive an immediate notification regardless of other disabled settings.

User shares their EcoScore notifications via social media directly from the application.

Given the user has successfully received a notification about their EcoScore, when they choose to share that notification through the social media integration feature, then the notification content is correctly formatted and posted on their selected social media platform.

Historical Performance Reporting

User Story: As a compliance officer, I want to generate historical performance reports so that I can demonstrate our sustainability progress to stakeholders.
Description: The Historical Performance Reporting requirement involves enabling users to access and generate reports that include historical data on their EcoScore and its components over selected timeframes. This functionality will support users in analyzing long-term trends and the effectiveness of sustainability initiatives. By allowing users to visualize their performance trajectory, EcoTrackly will not only help them celebrate successes but also identify strategies that have led to improvements or declines. This feature will be essential for compliance reporting and stakeholder communication, providing a comprehensive overview of sustainability performance over time.
Acceptance Criteria: User accessing historical EcoScore reports for the past year to analyze sustainability performance trends.

Given the user is logged into EcoTrackly, when they navigate to the Historical Performance Reporting section and select a timeframe of one year, then they should be able to generate a report that visualizes the EcoScore and its components for each month within that period.

User generating a comparative report of EcoScores for different time periods to identify trends and improvements.

Given the user selects two different time periods in the Historical Performance Reporting section, when they generate a report, then the system should provide a side-by-side comparison of EcoScores and key metrics such as energy consumption and waste generation for both periods displayed in a clear graphical format.

User reviewing the Historical Performance Report to communicate sustainability achievements with stakeholders during a quarterly meeting.

Given the user opens the Historical Performance Reporting feature, when they generate a report for the last four quarters, then the report should include key performance metrics, visualizations of EcoScore changes, and notes on any significant sustainability initiatives taken during that time frame, and be exportable as a PDF.

User filtering historical data to generate reports based on specific sustainability metrics they want to analyze.

Given the user is on the Historical Performance Reporting page, when they apply filters to include only energy consumption and carbon emissions over the last six months, then the generated report should reflect the filtered metrics accurately, with clear graphs illustrating the trends.

User utilizing the Historical Performance Report to set future sustainability goals based on past performance.

Given the user has access to the Historical Performance Reporting feature, when they analyze the generated reports and findings, then they should be able to define new, measurable sustainability goals that are informed by their EcoScore performance trends from previous periods.

User sharing the Historical Performance Report via email to relevant stakeholders for transparency and accountability.

Given the user has generated a Historical Performance Report, when they choose to share it using the email functionality within EcoTrackly, then the selected stakeholders should receive an email with the report attached in a readable format, maintaining the integrity of the data presented.

User receiving notification of updates to historical performance reporting features after significant platform enhancements or data integrations.

Given the user is subscribed to notifications, when a new enhancement is made to the Historical Performance Reporting feature, then they should receive a notification detailing the new updates and how it improves their reporting capabilities.

Trend Analysis Tool

The Trend Analysis Tool enables users to visualize performance over time, highlighting patterns and changes in sustainability metrics. By observing trends in the EcoScore and its components, organizations can assess the effectiveness of their sustainability initiatives, making data-driven decisions to optimize strategies and achieve long-term goals.

Requirements

Real-time Data Visualization

User Story: As an environmental manager, I want to see real-time visualizations of our sustainability metrics so that I can quickly identify trends and make informed decisions to enhance our eco-friendly practices.
Description: The Real-time Data Visualization requirement facilitates dynamic and interactive displays of sustainability performance metrics, including energy consumption, waste production, and emissions data. This feature empowers users to quickly grasp complex datasets through intuitive graphs and charts, enhancing their ability to monitor trends visually. Integration with existing data streams will ensure that all visual representations are up to date, allowing users to react promptly to changes in their sustainability performance and support data-driven decision-making.
Acceptance Criteria: User views real-time graphs and charts of energy consumption on the EcoTrackly dashboard.

Given I am a registered user, when I navigate to the dashboard, then I should see real-time visualizations of energy consumption data updated within 5 seconds of data availability.

User filters waste production metrics by location and time period to analyze specific trends.

Given I am on the waste production visualization page, when I apply filters for location and a specific time range, then I should see the waste production data for the selected parameters accurately reflected in the charts.

User downloads a report of emissions data displayed in the visualization tool.

Given I am viewing emissions data visualizations, when I click the download report button, then I should receive a CSV file containing the current data displayed in the visualizations with correct formatting.

User receives real-time alerts for significant changes in sustainability metrics.

Given I have configured my alert preferences, when there is a change in any sustainability metric that exceeds the defined threshold, then I should receive an immediate notification through the app and email.

User customizes the visual representation of sustainability trends on their dashboard.

Given I am on the dashboard, when I select customization options for graphs and charts, then the visualizations should reflect my preferences and save them for future sessions.

User observes historical trends in the EcoScore and identifies areas of improvement.

Given I am on the EcoScore trend analysis page, when I select a past date range, then I should see a comparative trend analysis that highlights changes in my EcoScore over that period.

User interacts with the visual chart to drill down into specific data points for deeper insights.

Given I am viewing any data visualization, when I click on a specific data point, then I should see detailed metrics and insights related to that point in a tooltip or side panel.

Predictive Analytics Integration

User Story: As a sustainability analyst, I want predictive analytics capabilities so that I can forecast our future sustainability performance and proactively adjust our strategies to meet our goals.
Description: The Predictive Analytics Integration requirement enables users to leverage historical data trends and apply machine learning algorithms to forecast future sustainability metrics. This functionality will allow organizations to anticipate potential issues and opportunities in their sustainability initiatives, optimizing resource allocation and improving strategic planning. The implementation will include a user-friendly interface for setting parameters and viewing predictions, as well as recommendations based on the forecasts, enhancing overall strategic decision-making.
Acceptance Criteria: User accesses the Predictive Analytics Integration feature to set parameters for forecasting sustainability metrics based on historical data trends.

Given a user is logged into EcoTrackly, when they navigate to the Predictive Analytics Integration page and set parameters for forecasting metrics, then a forecast report should be generated displaying predictions for the selected sustainability metrics within 5 seconds.

User utilizes the Predictive Analytics Integration to view predictions and recommendations generated based on the forecasted data.

Given a user has generated a forecast using the Predictive Analytics Integration, when they view the predictions, then the system should display a detailed report that includes at least three actionable recommendations based on the forecasted data.

User verifies the accuracy of the predictions generated by the Predictive Analytics Integration by comparing them with actual historical data post-forecast.

Given a user has generated a forecast, when they compare the predicted sustainability metrics with actual metrics after a defined period, then the predicted metrics should align within a 10% margin of error of the actual metrics.

User engages with the visual data representation of trends provided by the Predictive Analytics Integration.

Given a user accesses the data visualization features of Predictive Analytics Integration, when they select a specific sustainability metric to view, then a time-based graph should display the historical performance and forecasted trends accurately.

User requests assistance or guidance on how to interpret predictions from the Predictive Analytics Integration.

Given a user is on the Predictive Analytics Integration page, when they click on the 'Help' icon, then contextual help documentation should be available that explains how to interpret the predictions and the underlying machine learning algorithms used.

User assesses how well the Predictive Analytics Integration supports strategic decision-making in meeting sustainability goals.

Given a user engages with the reports generated by Predictive Analytics Integration, when they use the insights for strategic meetings, then at least one decision must be documented as being influenced by the insights provided by the predictions.

Customizable Reporting Templates

User Story: As a compliance officer, I want customizable reporting templates so that I can generate reports that meet regulatory standards and clearly communicate our sustainability progress to stakeholders.
Description: The Customizable Reporting Templates requirement allows users to create tailored reports on sustainability performance, enabling businesses to align reporting with specific regulatory or organizational requirements. Reports can include key performance indicators, trend analysis, and compliance metrics, with options for formatting and visual styles that suit different audiences, from internal stakeholders to regulatory bodies. This feature is crucial for helping organizations maintain transparency and accountability in sustainability efforts while showcasing progress in achieving eco-friendly goals.
Acceptance Criteria: User Customizes a Reporting Template for Regulatory Compliance

Given that the user has access to the Customizable Reporting Templates feature, when the user selects a template to modify, then they should be able to add and remove key performance indicators and trend analysis metrics relevant to their organization's regulatory requirements.

User Generates a Customized Sustainability Report

Given that the user has created a customized reporting template, when the user clicks the generate report button, then a new report should be created that reflects the chosen customizations and formats, ready for download in PDF and Excel formats.

User Edits an Existing Reporting Template

Given that the user has an existing reporting template saved, when the user opens the template for editing, then they should be able to change formatting options including color schemes, font types, and layout structure without losing any previously entered data.

User Saves a Customized Reporting Template for Future Use

Given that the user has made changes to a reporting template, when the user clicks the save button, then the customized template should be saved and retrievable in the user’s template library with a confirmation message displayed.

User Shares a Customized Report with Stakeholders

Given that the user has generated a customized report, when the user selects the share option, then an email should be sent to designated stakeholders with a link to access the report, along with a message drafted by the user.

User Views Reporting Template Options

Given that the user is on the Reporting Templates page, when they click on the 'Available Templates' section, then they should see a list of pre-defined templates available for customization, each with a brief description of its purpose.

User Validates Report Data Accuracy

Given that the customized report has been generated, when the user reviews the content of the report, then they should find that all data points accurately reflect the metrics and trends from the source data used within EcoTrackly.

Enhanced User Collaboration Features

User Story: As a project manager, I want enhanced collaboration features so that my team can work together more effectively on our sustainability initiatives and share insights in real time.
Description: The Enhanced User Collaboration Features requirement enables multiple stakeholders to participate in sustainability analysis and decision-making processes within the EcoTrackly platform. This includes shared dashboards, commenting capabilities, and version control for reports and analyses. By facilitating better collaboration among team members, organizations will be able to leverage diverse insights and foster a collective approach toward achieving sustainability goals. This capability enhances team cohesion and ensures that all relevant parties have access to the most current data.
Acceptance Criteria: Stakeholders collaborate on sustainability reports during a scheduled team meeting using the EcoTrackly platform, where they review shared dashboards and discuss metrics in real time.

Given a shared dashboard is being used, when users add comments to specific metrics, then those comments should be saved and visible to all team members without loss of data.

A project manager needs to prepare a sustainability report to be shared with upper management, utilizing version control in EcoTrackly to track changes made by different team members.

Given that multiple users are editing a report, when one user saves changes, then all users should receive a notification of the update and have access to the latest version.

An analyst wants to analyze changes in the EcoScore over the past quarter and needs to collaborate with the finance team to understand the budget impacts of sustainability initiatives.

Given the need for cross-department collaboration, when users from different departments access the EcoTrackly platform, then they should be able to view the same sets of dashboards and reports simultaneously.

During a quarterly review, the sustainability coordinator plans to present the latest data insights to the board, ensuring all involved parties have access to the most recent updates in the analysis.

Given that a report is being prepared for presentation, when the document is finalized, then it should automatically lock down previous versions while retaining the ability to reference earlier data if needed.

A user wants to leave feedback on the accuracy of recently updated metrics within a shared dashboard to facilitate team discussion.

Given the dashboard is active, when a user submits feedback, then the feedback should be logged with a timestamp and associated with the relevant metric for easy reference and review.

Several team members want to review sustainability metrics collaboratively, ensuring that their insights and comments are easily accessible during a strategy meeting.

Given that team members are collaborating within a dashboard, when a team member makes a comment, then all other team members should see the comment in real-time without needing to refresh the dashboard.

The sustainability team wants to generate a periodic report that encapsulates input from various users across departments to gauge overall sustainability efforts.

Given that the report is compiled from multiple user inputs, when the report is generated, then it should reflect all comments and edits made by users across different sessions and be exportable in PDF format.

Mobile Accessibility

User Story: As an executive, I want mobile access to sustainability data so that I can track our performance and respond to issues while traveling or working remotely.
Description: The Mobile Accessibility requirement ensures that the EcoTrackly platform is fully optimized for mobile devices, allowing users to access sustainability metrics and analytics on-the-go. This feature will enable users to monitor performance, receive alerts, and collaborate with team members from anywhere, improving flexibility and responsiveness in managing sustainability goals. It addresses the increasing need for remote access and supports work outside traditional office environments, making the platform more user-friendly and accessible.
Acceptance Criteria: User logs into EcoTrackly from a mobile device to check real-time sustainability metrics while at a conference.

Given that the user has a stable internet connection and has downloaded the EcoTrackly mobile app, when the user logs in using their credentials, then the app should display the EcoScore and relevant sustainability metrics within 5 seconds without errors.

User receives an alert on their mobile device regarding a significant change in energy consumption metrics while away from the office.

Given that a significant change in energy consumption occurs, when the alert is triggered, then the user should receive a push notification on their mobile device within 1 minute and the alert should include details about the change.

A team member collaborates on sustainability metrics via mobile while traveling.

Given that a team member wants to share sustainability analysis results from their mobile device, when they select the 'Share' option, then the app should successfully send an email with the analysis report and visualization to specified team members without issues.

User filters sustainability metrics on a mobile device to focus only on waste production trends.

Given that the user is on the metrics overview page, when they apply the 'Waste Production' filter, then the app should update the displayed metrics in under 3 seconds and reflect only the waste metrics accurately.

User logs out of the EcoTrackly mobile app and ensures their session has ended.

Given that the user is active on the EcoTrackly mobile app, when they select the 'Logout' option, then the app should log them out and require authentication for re-entry, ensuring all personal data is secured.

User navigates through different sections of the EcoTrackly mobile app to analyze sustainability metrics.

Given that the user is using the mobile app, when they switch between various sections (Dashboard, Trends, Alerts), then each section should load within 5 seconds, providing a seamless user experience without any crashes or delays.

Personalized Action Plans

Based on the EcoScore assessment, Personalized Action Plans provide users with tailored recommendations aimed at improving sustainability performance. This feature suggests actionable steps that organizations can take to enhance their EcoScore, including best practices and resources, simplifying the process of developing effective sustainability strategies.

Requirements

Dynamic Recommendation Engine

User Story: As a sustainability manager, I want to receive tailored action plans based on my organization’s EcoScore assessment so that I can implement effective strategies to improve our sustainability performance.
Description: The Dynamic Recommendation Engine analyzes real-time data from the EcoTrackly platform alongside user-specific EcoScore assessments to provide personalized action plans for sustainability improvement. It dynamically suggests actionable steps tailored to each organization's unique context, including best practices, timelines, and resources needed. This engine not only enhances user engagement by providing relevant and timely suggestions but also simplifies the process of strategizing sustainability efforts. Users can benefit from a clear pathway toward enhancing their sustainability metrics effectively and efficiently, ultimately contributing to their overall environmental goals.
Acceptance Criteria: User receives a personalized action plan within 24 hours of completing their EcoScore assessment.

Given a user completes the EcoScore assessment, when the assessment is submitted, then the user should receive a personalized action plan email within 24 hours containing actionable steps tailored to their EcoScore.

The Dynamic Recommendation Engine updates personalized action plans based on real-time data inputs from the user's organization.

Given that the Dynamic Recommendation Engine is running, when real-time data such as energy consumption or waste production is updated, then the personalized action plan should automatically include new recommendations reflecting these changes.

A user can view their personalized action plan on the EcoTrackly dashboard.

Given a user logs into their EcoTrackly account, when they navigate to the dashboard, then they should see their personalized action plan displayed, complete with actionable steps, timelines, and resources.

Users can provide feedback on the usefulness of their personalized action plans.

Given a user views their personalized action plan, when they select the feedback option, then they should be able to submit feedback about the recommendations, which is stored for future analysis.

The action plan suggests best practices based on a specific EcoScore range.

Given a user has an EcoScore between 50 and 60, when they view their personalized action plan, then the recommendations should include best practices specifically designed for users within this EcoScore range.

The user can access additional resources linked in their action plan.

Given a user is reviewing their personalized action plan, when they click on any resource link provided, then they should be directed to the relevant resource page or document without errors.

The Dynamic Recommendation Engine tracks the impact of implemented recommendations on the user's EcoScore over time.

Given a user has followed through with several recommendations from their action plan, when they check their EcoScore after a specified period, then the EcoScore should reflect improvements based on the implemented actions.

User-Friendly Dashboard

User Story: As a user, I want an intuitive dashboard that displays my action plans and sustainability progress so that I can quickly assess our performance and identify areas for improvement.
Description: The User-Friendly Dashboard is the central interface where users can access their personalized action plans, track progress on sustainability initiatives, and visualize improvements in EcoScore metrics over time. This feature allows for easy navigation and clear presentation of data through intuitive charts and graphs, enhancing user experience and engagement. The dashboard will consolidate all relevant information in one place, making it easier for users to monitor their initiatives and make informed decisions based on visualized data insights.
Acceptance Criteria: User navigates to the User-Friendly Dashboard after logging into EcoTrackly to review their personalized action plans and EcoScore metrics.

Given the user is logged in, when they access the dashboard, then the dashboard displays the user's personalized action plans and EcoScore metrics clearly and accurately.

User interacts with the dashboard to track progress on sustainability initiatives over the past month.

Given the user is on the dashboard, when they select the 'Progress' tab, then the user sees a graphical representation of their sustainability progress over the past month, including relevant metrics.

User wants to visualize their EcoScore improvements over time.

Given the user is on the dashboard, when they select the 'EcoScore History' graph, then the user should see a line graph showing the EcoScore changes for the past 6 months with specific values.

User wishes to retrieve specific action recommendations related to their EcoScore from the dashboard.

Given the user is on the dashboard, when they click on an action plan, then the user should receive a detailed view of specific recommendations and resources to enhance their EcoScore based on their current performance.

User attempts to access the dashboard from a mobile device.

Given the user views the dashboard on a mobile device, then the layout should be responsive, allowing easy navigation and visualization of data regardless of screen size.

User wants to download their dashboard data for reporting purposes.

Given the user is on the dashboard, when they click the 'Download Report' button, then a .csv file containing their EcoScore metrics and action plans should be generated instantly for the user to download.

User needs to customize the dashboard layout to prioritize the most relevant information.

Given the user is on the dashboard, when they click 'Customize View', then they should be able to rearrange, add, or remove widgets to reflect their priorities in viewing EcoScore data and action plans.

Integrated Resource Library

User Story: As a sustainability coordinator, I want access to a library of resources that supports the recommended actions in my personalized plan so that I can implement them confidently and effectively.
Description: The Integrated Resource Library provides users with access to a comprehensive collection of tools, guides, and resources that support the implementation of the recommended actions from their personalized plans. This library will include case studies, templates, and instructional content designed to empower organizations in effectively executing their sustainability strategies. By ensuring that users have readily available resources to draw from, this feature enhances the likelihood of successful implementation of actions, ultimately driving better sustainability outcomes.
Acceptance Criteria: User accesses the Integrated Resource Library through the EcoTrackly platform after receiving their Personalized Action Plan.

Given the user is logged into EcoTrackly, when they navigate to the Integrated Resource Library section, then they should be able to view a categorized list of resources including case studies, templates, and instructional content relevant to their Personalized Action Plan.

User searches for specific resources related to their recommended actions in the Integrated Resource Library.

Given the user is viewing the Integrated Resource Library, when they use the search feature with a keyword related to their action plan, then they should receive a list of relevant resources that match their search criteria.

User selects a resource from the Integrated Resource Library for implementation.

Given the user has found a resource, when they click on the resource link, then the content should display properly without errors and allow the user to download or print the material as needed.

User browses through the Integrated Resource Library categories to find applicable tools and guides.

Given the user is on the Integrated Resource Library page, when they click on any resource category, then they should see a list of resources that falls under that category, including descriptions for each resource.

User provides feedback on a resource they accessed from the Integrated Resource Library.

Given the user has accessed a resource, when they complete the feedback form indicating their satisfaction level and submit it, then the system should save the feedback and provide a confirmation message to the user.

User utilizes the Integrated Resource Library for ongoing education on sustainability best practices.

Given that the Integrated Resource Library is available, when the user visits it regularly, then the library should show updates on new resources added and highlight popular or recommended resources for sustainable practices.

Progress Tracking and Alerts

User Story: As a project leader, I want to set goals in my action plans and receive alerts about my progress so that I can stay on track and ensure that targets are met.
Description: The Progress Tracking and Alerts feature allows users to set specific goals within their action plans and receive automated notifications about their progress, deadlines, and necessary adjustments. This functionality encourages adherence to environmental goals and motivates users by keeping them informed about their sustainability initiatives. By combining goal-setting with progress tracking and timely alerts, organizations can ensure accountability and foster a proactive approach to achieving their sustainability targets.
Acceptance Criteria: Users can set specific sustainability goals within their Personalized Action Plans to monitor progress effectively.

Given a user is logged into EcoTrackly, when they navigate to their Personalized Action Plan and set a specific sustainability goal, then the system should save that goal and display it on the user’s dashboard along with an editable completion date.

Automated alerts should notify users about upcoming deadlines for their sustainability goals.

Given a user has set a completion date for a sustainability goal, when the deadline is approaching (within 3 days of the due date), then the system should send an automated notification to the user’s registered email and mobile app.

Users should be able to view their progress towards achieving their sustainability goals in real-time.

Given a user has set sustainability goals in their Personalized Action Plan, when they access the progress tracking feature, then the system should render a visual representation (such as a progress bar or percentage) indicating the completion status of each goal.

Users can receive alerts if they are falling behind on their goals, prompting necessary adjustments.

Given a user has set a sustainability goal, when their progress does not meet the pre-defined check-in criteria (e.g., 70% of the goal completed by two-thirds of the due date), then the system should trigger an alert prompting the user to review and adjust their action plan.

Users should be able to edit their goals and deadlines based on changing organizational priorities.

Given a user is viewing their sustainability goals, when they select a goal to edit and make changes to its target completion date or goal amount, then the system should update the goal and notify the user of the change via a confirmation message.

The system must provide a summary report of the user's progress towards their sustainability goals at the end of each month.

Given a user has set sustainability goals within a month, when the month ends, then the system should generate and send a summary report via email, outlining the progress made on each goal and recommendations for the next month.

Users need to receive educational content related to improving sustainability practices as part of their action plans.

Given a user is actively working on their Personalized Action Plan, when the user checks their progress on the goals, then the system should also display relevant articles, tips, or resources aimed at improving their EcoScore and sustainability performance.

Feedback and Adjustment Mechanism

User Story: As a user, I want to provide feedback on the action plans so that I can share my insights and help improve the recommendations for better effectiveness.
Description: The Feedback and Adjustment Mechanism permits users to provide direct feedback on their action plans and report on the effectiveness of the recommendations based on their experiences. This feature allows for continual improvement of the personalized action plans and can suggest alternative approaches if current ones are not yielding the desired outcomes. By incorporating user feedback, this mechanism enhances the adaptability of the platform and ensures that it remains relevant and effective in achieving sustainability goals.
Acceptance Criteria: User provides feedback on a personalized action plan after implementing its suggested steps over a month.

Given a user has implemented their personalized action plan, when they provide feedback through the system, then the feedback is successfully recorded and acknowledged in the user dashboard.

User requests an adjustment to their action plan due to poor results as indicated by their EcoScore.

Given a user identifies a lack of efficacy in their action plan, when they submit an adjustment request, then an alternative plan is generated and presented to the user within 48 hours.

User submits their feedback on the effectiveness of the recommendations in their action plan through a dedicated feedback form.

Given a user completes a feedback form detailing their experience, when they submit the form, then the feedback metrics are aggregated and reflected in the action plan assessment tool.

A user wants to review the historical effectiveness of their personalized action plans based on past feedback.

Given a user accesses their dashboard, when they select the historical review option, then a summary of past action plans and associated user feedback is displayed clearly.

User provides feedback indicating that the provided recommendations did not yield expected outcomes.

Given a user submits a feedback report citing ineffective recommendations, when the system processes this report, then an alternative recommendation list is generated within the user's interface correlating to their feedback.

Users evaluate the overall satisfaction with the feedback mechanism as part of their quarterly review.

Given a user accesses the satisfaction survey after the feedback mechanism has been active for three months, when they complete the survey, then their satisfaction rating is securely recorded and summarized for further analysis.

Users share their success stories based on the action plans and feedback mechanism improvements.

Given a user experiences notable improvements in their sustainability performance, when they submit their success story through the platform, then it gets published in the user community section for others to view.

Collaboration Tools

User Story: As a team member, I want to collaborate with my colleagues on sustainability initiatives by sharing action plans and resources so that we can work together more effectively toward our environmental goals.
Description: The Collaboration Tools enable teams within organizations to work together on sustainability initiatives by allowing them to share personalized plans, resources, and progress updates with colleagues. This feature supports multi-user access, comments, and discussion threads, encouraging collaboration and collective problem-solving. By fostering team engagement, the collaboration tools enhance commitment to environmental goals across various departments, increasing the overall effectiveness of the sustainability efforts implemented.
Acceptance Criteria: Users collaborate in real-time on sustainability initiatives and share personalized action plans with colleagues during a team meeting, looking to gather feedback and suggestions for improvement.

Given a user is logged into EcoTrackly, when they open an action plan, it should allow them to share it with selected team members. Then, the shared members should receive a notification and be able to access the plan immediately without logging out.

A team of users wants to track the progress of their shared sustainability initiatives over a month, ensuring that all contributions and discussions are documented and accessible.

Given multiple users are collaborating within EcoTrackly, when they contribute updates or comments on the shared action plan, then all contributions should be timestamped and visible to all team members in the comment thread.

A team organizes a brainstorming session to generate new ideas for enhancing their EcoScores and decides to record their discussions within EcoTrackly for future reference.

Given users are engaged in a brainstorming session, when they create a new discussion thread in EcoTrackly, then it should allow any team member to add comments and upload relevant resources or documents to the thread, which should be saved automatically.

Team members want to enhance their engagement with sustainability action plans, resulting in increased accountability and transparency in reaching goals.

Given a user has completed a collaboration task on EcoTrackly, when they mark the task as complete, then all relevant team members should receive a status update notification reflecting the completion and current progress of the initiative.

A user wants to view and manage the comments and feedback on their personalized action plan to take further actionable steps based on team input.

Given a user is reviewing feedback on their shared action plan, when they access the comments section, then they should be able to filter by date, user, and status of the comment (resolved/unresolved).

The organization seeks to analyze engagement levels and effectiveness of collaboration amongst teams using EcoTrackly over a given period.

Given the organization sets a timeframe for analyzing collaboration effectiveness, when they access the reporting feature, then data should be displayed showing the number of contributions, average response times, and user engagement metrics during that period.

Competitor Benchmarking

Competitor Benchmarking allows users to compare their EcoScore with industry peers, providing insights into relative performance. This feature promotes a competitive spirit and motivates organizations to enhance their sustainability efforts by understanding where they stand in comparison to others in the industry.

Requirements

Competitor Analysis Dashboard

User Story: As a sustainability manager, I want to see how our EcoScore compares to other companies in our industry so that I can identify areas for improvement and develop strategies to enhance our sustainability performance.
Description: The Competitor Analysis Dashboard is a user interface component that provides a visual representation of the EcoTrackly user's EcoScore in comparison to that of industry competitors. It aggregates and displays relevant data such as average EcoScores within the sector, leading competitors’ performance metrics, and trending sustainability initiatives. The dashboard will allow users to easily identify performance gaps and opportunities for improvement, encouraging data-driven decision making for enhanced sustainability efforts. This feature is crucial for users to not only monitor their standing but also to strategize effectively on their sustainability goals, ultimately driving a culture of competitiveness and improvement in eco-performance.
Acceptance Criteria: User views the Competitor Analysis Dashboard to check their EcoScore compared to the industry average and leading competitors.

Given the user is authenticated and has access to the dashboard, when they navigate to the Competitor Analysis section, then the dashboard should display their EcoScore along with the average EcoScores of top competitors in the same industry.

User interacts with the graphical representation on the dashboard to filter performance data based on specific criteria such as region or time period.

Given the user is on the Competitor Analysis Dashboard, when they apply a filter for region or time period, then the displayed EcoScores and performance metrics should update accordingly to reflect the selected filters.

User wants to download a report containing their EcoScore and comparative metrics for presentations or internal reviews.

Given the user is on the Competitor Analysis Dashboard, when they click on the download button, then a report in PDF format should be generated containing their EcoScore, industry averages, and key performance metrics of competitors, ready for download.

User attempts to share the Competitor Analysis Dashboard insights with team members via email.

Given the user is on the Competitor Analysis Dashboard, when they select the share option and enter email addresses, then the system should send an email containing a link to the dashboard and a summary of their EcoScore compared to competitors.

User reviews historical performance trends to assess improvements in their EcoScore over time.

Given the user is on the Competitor Analysis Dashboard, when they select the trends view, then the dashboard should display a timeline graph indicating their EcoScore changes over the selected historical period compared to industry trends.

User seeks specific areas for improvement in their sustainability efforts based on the dashboard metrics.

Given the user is on the Competitor Analysis Dashboard, when they click on a specific competitor's EcoScore, then a detailed view should open showing the sustainability initiatives that contribute to that competitor's performance, highlighting potential improvement areas for the user.

Real-time Benchmarking Alerts

User Story: As a business owner, I want to receive alerts about any significant changes in our EcoScore or competitor scores so that I can respond quickly to emerging sustainability trends and improve our strategy accordingly.
Description: Real-time Benchmarking Alerts are notifications that inform users when significant changes occur in their EcoScore or when competitors achieve notable performance metrics. These alerts will be customizable based on user preferences, allowing them to set thresholds for notifications related to new benchmarks established by industry peers or improvements in their own sustainability metrics. This feature will empower users to stay informed and reactive to competitive developments, enabling timely adjustments to their sustainability strategies, thereby fostering a proactive approach to environmental responsibility.
Acceptance Criteria: User receives notifications for significant changes in their EcoScore after implementing new sustainability initiatives.

Given the user has set a threshold for EcoScore improvement notifications, when their EcoScore changes by more than the set threshold, then the user should receive an immediate alert via their preferred notification method.

User customizes alert settings for competitor EcoScore changes based on industry standards.

Given the user is on the alert settings page, when they adjust the threshold for competitor EcoScore notifications, then the system should save these preferences and reflect them in future alerts.

User views alert history to track changes in their EcoScore and competitor EcoScores over time.

Given the user accesses the alert history dashboard, when they view the alerts list, then they should see a chronological list of all received notifications with timestamps and relevant details.

User wants to disable certain alerts without affecting other notification preferences.

Given the user accesses their notification preferences, when they select a specific alert type to disable, then the system should update the preferences accordingly without impacting other active alerts.

User receives a summary report of their EcoScore changes and competitor benchmarks via email.

Given the user has opted in for weekly summary reports, when the week ends, then the system should generate and send an email containing a summary of their EcoScore changes and competitive benchmarking results.

User tests the system response time for real-time alerts after a significant performance change occurs.

Given the user has made changes that should trigger an alert, when the system processes this change, then the alert should be generated and sent within 5 minutes.

User successfully receives notifications on both desktop and mobile devices for EcoScore changes.

Given the user has logged into both their desktop and mobile app, when the EcoScore notification is triggered, then the user should receive the alert on both devices within the same time frame.

Sustainability Initiative Recommendations

User Story: As a corporate sustainability officer, I want to receive tailored recommendations for sustainability initiatives based on competitor performance, so that I can implement effective strategies to enhance our EcoScore and achieve our sustainability goals.
Description: Sustainability Initiative Recommendations involve an intelligent suggestion system that analyzes competitor performance and sustainability trends to recommend specific actions users can take to improve their EcoScore. This feature will utilize machine learning algorithms to parse data from various sources, including competitor data, industry best practices, and regulatory requirements. By providing tailored recommendations, users can directly link suggested initiatives to measurable improvements in their sustainability performance, thus driving more effective outcomes in their eco-friendly endeavors.
Acceptance Criteria: Sustainability Initiative Recommendations for Energy Efficiency Improvements

Given a user has accessed the Competitor Benchmarking feature, When they input their current EcoScore and specify their sustainability focus area, Then the system should provide at least three tailored recommendations for energy efficiency improvements that include potential EcoScore increases and estimated implementation costs.

Performance of Recommendations Based on Competitor Analysis

Given a user has received recommendations from the Sustainability Initiative Recommendations feature, When they implement the suggested initiatives, Then within three months, the user should see at least a 5% improvement in their EcoScore, compared to their baseline score recorded prior to implementing the changes.

User Feedback Mechanism for Recommendations

Given a user has engaged with the Sustainability Initiative Recommendations, When they provide feedback on the relevance of the recommendations through a feedback form, Then at least 80% of users should report that the recommendations are relevant and actionable based on their current sustainability efforts.

Integration of Industry Trends in Recommendations

Given the Sustainability Initiative Recommendations feature is operational, When sustainability trends are updated quarterly, Then the recommendations generated should incorporate at least three current industry best practices relevant to the user’s sector.

Regulatory Compliance in Recommendations

Given a user is seeking recommendations for sustainability initiatives, When the system proposes initiatives, Then all proposed initiatives should align with the latest regulatory requirements related to sustainability in the user's industry and region.

Impact Assessment of Recommendations

Given a user has followed the provided sustainability recommendations, When the recommendations are assessed after a six-month period, Then a comprehensive report should be generated detailing the effectiveness of each recommendation in terms of EcoScore enhancement and resource savings, with at least an 80% accuracy rate.

Usability Testing of the Recommendation Interface

Given the Sustainability Initiative Recommendations interface is live, When a selected group of users completes a usability test, Then the interface should achieve a satisfaction score of at least 75% based on ease of understanding and navigation of the recommendations.

Detailed Reporting Module

User Story: As a compliance officer, I want to create detailed sustainability reports that include our EcoScore compared to competitors, so that I can demonstrate our environmental performance and comply with regulatory standards.
Description: The Detailed Reporting Module will offer users the capability to generate comprehensive reports that not only detail their EcoScore and benchmarking data against competitors but also visualize historical performance trends. This module will support customizable reporting features, allowing users to focus on specific aspects of their sustainability measures, such as energy consumption, waste management, or emissions reductions. By creating visual insights and structured reports, this feature enhances transparency and aids users in communicating sustainability efforts to stakeholders, aligning with compliance and strategic objectives.
Acceptance Criteria: User generates a comprehensive report to present to stakeholders on the organization's sustainability performance during a quarterly review meeting.

Given the user selects the 'Detailed Reporting Module', When they choose the report parameters including EcoScore, benchmarking data, and date range, Then the system should generate a report that includes the selected data visualizations and historical performance trends.

A compliance officer needs to validate the company's sustainability efforts using a detailed report for regulatory requirements.

Given the user accesses the 'Detailed Reporting Module', When the compliance officer selects compliance-related metrics such as emissions and waste management, Then the generated report must meet regulatory standards and display necessary compliance indicators.

A marketing manager wants to compare the organization's performance against industry peers to strategize future sustainability initiatives.

Given the user is in the 'Competitor Benchmarking' section, When they generate a report that includes their EcoScore alongside competitor data, Then the system should display comparative metrics clearly indicating the organization's standing in relation to competitors.

An internal team wants to track the organization's sustainability improvements over the last year using visual data representations.

Given the user navigates to the 'Detailed Reporting Module', When they select historical performance data for the last year, Then the report must include graphical representations of sustainability metrics and demonstrate trends over the specified period.

A user needs a customizable report to present specific sustainability initiatives for the upcoming board meeting.

Given the user initiates the report generation process, When they select specific metrics and customization options, Then the report must reflect only the chosen sustainability measures with appropriate data visualizations and insights.

A project manager wants to show the effectiveness of sustainability initiatives to receive project funding.

Given the project manager uses the 'Detailed Reporting Module', When they include metrics related to energy consumption and cost savings, Then the generated report must highlight these figures clearly and demonstrate tangible benefits linked to sustainability efforts.

Peer Comparison Insights

User Story: As an environmental analyst, I want to analyze how our sustainability practices stack up against our peers, so that I can identify best practices and areas needing improvement.
Description: The Peer Comparison Insights will provide in-depth analysis of where users stand in relation to industry leaders and their direct competitors. This feature will present insights on factors like energy efficiency, waste management practices, and innovative sustainability practices adopted by peers. By delivering this comparative analysis, users can isolate key factors that contribute to higher EcoScores and understand industry norms, thereby encouraging the adoption of best practices for improved sustainability outcomes.
Acceptance Criteria: User accesses Peer Comparison Insights to view their EcoScore in relation to competitors and industry leaders.

Given a user navigates to the Peer Comparison Insights section, when they input their EcoScore and select relevant competitors, then the system displays a comparison graph showing EcoScores of selected peers with clear indicators of where the user stands in relation to them.

User reviews detailed insights into competitor energy efficiency practices through the Peer Comparison Insights feature.

Given the user is viewing the Peer Comparison Insights, when they select the 'Energy Efficiency' tab, then the system presents a summary of competitors' energy consumption methods and practices with supporting data visualizations and metrics.

User identifies key factors affecting EcoScore improvements based on comparative analysis of peer practices.

Given the user is on the Peer Comparison Insights page, when they click on a competitor's profile, then the system provides actionable insights into sustainability practices that contribute to higher EcoScores with examples and benchmarks for improvement.

User utilizes the Peer Comparison Insights feature to establish sustainability goals based on industry benchmarks.

Given the user has reviewed the Peer Comparison Insights, when they attempt to set new sustainability goals within the application, then the goals should be automatically suggested based on industry norms and competitors' performance metrics outlined in the insights.

User exports Peer Comparison Insights data for further analysis or reporting.

Given the user is on the Peer Comparison Insights page, when they select the 'Export' option, then the system generates a downloadable report in CSV format that includes all comparative data and insights retrieved from the application.

User shares their Peer Comparison Insights metrics with stakeholders via the application.

Given the user is viewing the Peer Comparison Insights, when they click on the 'Share' button, then the system sends an email to the specified stakeholders with a summary of key insights and a link to view detailed metrics within the platform.

Goal-Setting Framework

The Goal-Setting Framework enables users to establish specific, measurable sustainability goals based on their current EcoScore. This feature provides a structured approach for users to set realistic targets and track progress, fostering accountability and encouraging continuous improvement in sustainability performance.

Requirements

Sustainability Goal Creation

User Story: As a sustainability manager, I want to create specific sustainability goals based on my current EcoScore, so that I can effectively track our progress and make informed decisions to improve our environmental impact.
Description: The Sustainability Goal Creation requirement enables users to easily define specific and measurable sustainability goals tailored to their EcoScore data. This capability integrates seamlessly with the existing analytics dashboard, allowing users to customize target metrics based on current performance levels and operational needs. By providing frameworks like SMART (Specific, Measurable, Achievable, Relevant, Time-bound), the feature aids users in developing realistic and attainable goals. The outcome of this requirement is to foster a proactive approach to sustainability, encouraging businesses to set challenges in line with their environmental objectives, thus resulting in efficient tracking and reporting of their performance.
Acceptance Criteria: User creates a new sustainability goal based on their current EcoScore and performance metrics.

Given the user has access to their EcoScore data, when they select the 'Create New Goal' option and input a SMART goal, then the goal should be saved to their profile and displayed in their goals list with accurate metrics reflecting their inputs.

User edits an existing sustainability goal to adjust target metrics after reviewing performance data.

Given the user wants to edit a sustainability goal, when they select the existing goal, modify the target metrics, and save the changes, then the system should update the goal with the new metrics and reflect these in their progress tracking system.

User tracks the progress of their sustainability goals over time in the analytics dashboard.

Given the user has set sustainability goals, when they navigate to the analytics dashboard, then they should see a visual representation of their progress towards each goal, including metrics such as percentage completion and time remaining.

User sets a new sustainability goal without inputting all required SMART attributes.

Given the user tries to create a goal without fulfilling all SMART requirements, when they attempt to save the goal, then the system should display an error message indicating which attributes are missing until the user provides complete information.

User sets a sustainability goal with a time-bound target.

Given a user has established a goal with a specified end date, when they check the goal's details, then the goal should include the defined time frame and remind the user if the deadline is approaching.

User receives reminders for upcoming deadlines on their sustainability goals.

Given the user has created multiple sustainability goals with deadlines, when the deadline for a goal approaches, then the user should receive a notification or email reminder detailing the goal and its due date.

User deletes a sustainability goal that they no longer wish to track.

Given the user decides to delete a sustainability goal, when they select the 'Delete' option, confirm the action, and the goal is removed from their profile, then the system should reflect this change and update any relevant metrics accordingly.

Progress Tracking Mechanism

User Story: As an operations director, I want to view my sustainability progress in real-time, so that I can identify areas for improvement and celebrate milestones with my team.
Description: The Progress Tracking Mechanism requirement provides a visual and analytical representation of the user’s sustainability goals relative to their established targets over time. This feature allows users to view trends in their environmental performance through intuitive dashboards and progress graphs that visualize data points such as energy consumption, waste reduction, and emissions levels. The functionality includes alerts and notifications for milestones achieved, supporting user engagement and motivation. Its integration into the existing EcoTrackly framework ensures that businesses are informed and accountable regarding their sustainability objectives.
Acceptance Criteria: User accesses the Progress Tracking Mechanism on their EcoTrackly dashboard to view their sustainability goal metrics.

Given a user is logged into EcoTrackly, when they navigate to the Progress Tracking Mechanism, then they should see a graphical representation of their energy consumption, waste reduction, and emissions levels compared to their established targets.

User sets a new sustainability goal through the Goal-Setting Framework and wants to see it reflected in the Progress Tracking Mechanism.

Given a user sets a new sustainability goal in the Goal-Setting Framework, when they access the Progress Tracking Mechanism, then the new goal should be displayed along with the relevant performance data and the target indicators.

User receives alerts when they achieve a milestone in their sustainability goals.

Given a user has set milestones in their sustainability goals, when a milestone is achieved, then the user should receive a notification alerting them of the achievement via the EcoTrackly platform.

User wants to compare their current sustainability performance over different time periods.

Given a user is in the Progress Tracking Mechanism, when they select different historical periods for comparison, then they should see a chart that accurately reflects their sustainability performance across those periods in an intuitive format.

User seeks to understand what specific improvements are needed to meet their sustainability targets.

Given the user is viewing the Progress Tracking Mechanism, when they look at their performance data, then they should see actionable insights or recommendations based on their current performance against their targets.

User wants to share their sustainability progress with stakeholders.

Given a user accesses the Progress Tracking Mechanism, when they request to generate a report, then the report should include all relevant metrics, visualizations, and insights formatted appropriately for stakeholders.

Goal Adjustment Capability

User Story: As a team leader, I want to adjust our sustainability targets periodically based on new data and evolving corporate strategies, so that we can remain aligned with our overall business objectives and sustainability commitments.
Description: The Goal Adjustment Capability requirement allows users to modify their established sustainability goals as needed, based on changing business circumstances or updated EcoScore metrics. This feature ensures flexibility and adaptability in goal-setting, enabling users to reassess their sustainability strategies periodically. The implementation will include functionalities to provide suggestions for realistic adjustments based on historical data and predictive analytics. This capability not only enhances user satisfaction but also encourages ongoing engagement by allowing businesses to remain responsive to external factors impacting their sustainability efforts.
Acceptance Criteria: User modifies their sustainability goal after a quarterly review of their EcoScore performance, using the goal adjustment feature within EcoTrackly to ensure targets remain relevant and achievable.

Given the user accesses the Goal-Setting Framework, When the user selects their existing sustainability goal, Then the user should be able to enter a new target and save the adjustment successfully without errors.

A user explores suggested adjustments to their sustainability goal based on historical data and predictive analytics provided within EcoTrackly's Goal Adjustment Capability.

Given the user is viewing their current sustainability goal, When the user clicks on the 'Suggest Adjustments' option, Then the user should see recommended changes based on their EcoScore trends and past performance metrics.

A user updates their sustainability goal mid-year in response to emerging regulatory requirements, adjusting their targets to align with the latest compliance standards.

Given the current regulatory requirements have changed, When the user accesses their sustainability goal settings, Then the system should provide a prompt indicating the need for goal reassessment based on updated regulations.

Following a significant reduction in energy consumption, a user wants to adjust their sustainability goals to reflect their improved performance and set more ambitious targets.

Given the user has achieved a notable improvement in their EcoScore, When the user submits a request to adjust their goal, Then the new goal must reflect a more ambitious target and provide confirmation of the change.

A user wants to revert back to their previous sustainability goal after realizing their new targets are unachievable due to unforeseen circumstances.

Given the user wishes to revert their goal, When the user accesses the history of past goals, Then the user should be able to select the previous goal and restore it successfully.

An administrator reviews goal adjustments made by users to ensure they adhere to company-wide sustainability standards and frameworks.

Given an administrator accesses the goal adjustment logs, When they view adjustments made by users, Then the administrator should see all changes documented with timestamps and associated reasons for adjustments.

Goal Sharing Functionality

User Story: As an environmental officer, I want to share our sustainability goals with the staff and management, so that everyone is aligned and motivated to contribute towards achieving these targets.
Description: The Goal Sharing Functionality requirement enables users to share their sustainability goals and progress with stakeholders, which may include team members, executives, or external partners. This feature promotes transparency and collaborative efforts in sustainability initiatives. With customizable sharing options, users can choose the level of detail to share and the audience for each report. This functionality fosters accountability and encourages collective commitment to sustainability goals throughout the organization and beyond.
Acceptance Criteria: Stakeholder Goal Review Meeting

Given a user has set sustainability goals, when they share their goals with selected stakeholders, then the stakeholders should receive an email notification detailing the shared goals and progress metrics.

Custom Sharing Options Configuration

Given a user configures sharing options for their sustainability goals, when they select the audience and level of detail to share, then the user should be able to successfully save these preferences without error.

Goal Visibility for Team Members

Given a user has multiple team members, when they share specific sustainability goals, then all selected team members should have access to view those goals and their current progress in real-time.

Reporting on Shared Goals

Given a user has shared their sustainability goals with stakeholders, when the stakeholders access the shared report, then they should be able to view the goals, progress metrics, and any comments or feedback from the user.

Audit Trail of Shared Goals

Given a user has shared sustainability goals, when an administrator accesses the audit trail, then they should see a log of all sharing activities including dates, recipients, and details about goals shared.

Integration with External Collaboration Tools

Given a user wants to share their goals through external platforms, when they select integration options, then they should successfully share their sustainability goals via tools such as Slack or Microsoft Teams with no errors.

Report Generator

The Report Generator creates comprehensive sustainability reports based on the EcoScore and underlying metrics. Users can easily export these reports to communicate their sustainability performance to stakeholders, enhancing transparency and demonstrating commitment to environmental responsibility.

Requirements

Dynamic Report Customization

User Story: As a sustainability manager, I want to customize my sustainability reports so that I can present the most relevant data to stakeholders in a clear and impactful way.
Description: The Dynamic Report Customization requirement allows users to personalize their sustainability reports by selecting specific metrics, time periods, and data visualizations. This functionality enables users to create tailored reports that meet the needs of various stakeholders, improving the relevance and clarity of the information presented. By empowering users to highlight the most critical aspects of their sustainability performance, this requirement enhances the utility of the report generator, leading to better stakeholder engagement and more informed decision-making. Furthermore, this feature should seamlessly integrate into the existing report generation workflow, ensuring a smooth user experience and consistent performance across different reporting scenarios.
Acceptance Criteria: User selects specific sustainability metrics from the dashboard to include in the report before generating it.

Given the user is on the Report Generator page, when they select specific metrics and confirm their choices, then the generated report should only include the selected metrics in the final output.

User specifies a custom time period for metrics to be included in the report.

Given the user has access to the time selection tool, when they select a custom date range for their report, then the report generated should reflect data only for that specified date range.

User chooses different data visualizations for each section of their report.

Given the user is customizing their report, when they select a different visualization type for a specific metric, then the generated report should display that metric using the selected visualization format.

User exports the customized report to share with stakeholders.

Given the user has completed customizing their report, when they click the export button, then the report should be successfully downloaded in the chosen format (PDF, CSV, etc.) with all customizations intact.

User integrates the dynamic report customization process within an existing report generation workflow.

Given the user is following the existing report generation steps, when they reach the customization step, then the interface for customization should seamlessly appear without disrupting the workflow.

User saves a customized report layout for future use.

Given the user has customized their report layout, when they choose to save their configuration, then the layout should be stored and retrievable for the next report generation session.

User previews the report before final generation to ensure accuracy and presentation.

Given the user has input all necessary customization, when they click the preview button, then a pre-generated version of the report should display all selected metrics and visualizations for review.

Automated Compliance Checks

User Story: As a compliance officer, I want to have automated checks in my sustainability reports so that I can ensure all data adheres to regulations and avoid penalties.
Description: The Automated Compliance Checks requirement focuses on integrating verification mechanisms within the report generator to ensure that all reports adhere to relevant environmental regulations and standards. This feature will automatically compare report contents with regulatory requirements, flagging any discrepancies and suggesting necessary adjustments. This will not only streamline the reporting process but also reduce the risk of compliance-related penalties, making it easier for businesses to maintain transparency and accountability in their sustainability efforts. By incorporating automated compliance checks, EcoTrackly supports users in demonstrating their commitment to legal and ethical environmental practices.
Acceptance Criteria: Automated compliance checks are initiated when a user selects the option to generate a sustainability report for their recent energy consumption data.

Given the user has selected the report generation option, when they initiate the report, then the system should automatically perform compliance checks against predefined regulations and standards pertinent to their industry.

The user receives a compliance report summary immediately after generating their sustainability report, highlighting any discrepancies found.

Given the compliance checks have been executed, when the report is generated, then the system should display a summary of compliance findings that include both discrepancies and suggestions for resolution.

A user reviews their sustainability report and needs to understand any flagged compliance issues before finalizing the report for stakeholder review.

Given that the report has been generated with compliance checks performed, when the user opens the compliance section of the report, then they should see a detailed list of any flagged issues and their respective explanations.

The user must update the report after correcting discrepancies identified during the automated compliance checks to ensure it complies with regulations.

Given discrepancies have been flagged, when the user makes adjustments to the report based on the suggestions, then re-initiating compliance checks should confirm that all issues are resolved, allowing the report to be marked as compliant.

A user wants to verify the report's compliance against different regulations.

Given the report is generated, when the user selects alternative regulatory standards to compare against, then the system should automatically run compliance checks for the selected standards and display the results.

The report generator should provide a log of all compliance check actions for auditing purposes.

Given compliance checks have been performed, when the user requests a compliance log, then the system should output a comprehensive log detailing all actions taken, including any discrepancies encountered and resolutions suggested.

After the automated compliance checks, the user receives an alert if the report is non-compliant with any regulatory requirements.

Given the report has been processed, when compliance checks are complete, then the system should notify the user immediately if there are any compliance failures, along with steps to rectify them.

Collaboration Tools for Report Editing

User Story: As a project team member, I want to collaborate with my colleagues on sustainability reports so that we can leverage different perspectives and expertise to improve report quality.
Description: The Collaboration Tools for Report Editing requirement introduces features that allow multiple users to work on reports simultaneously, facilitating real-time collaboration and feedback. This includes functionality such as comments, version history, and user roles, enabling teams to assess and refine reports efficiently. By fostering collaboration within EcoTrackly, users can leverage diverse expertise and insights from various team members, resulting in more comprehensive and accurate sustainability reports. This feature is crucial for organizations with interdisciplinary teams dedicated to sustainability and enhances collective ownership of sustainability reporting.
Acceptance Criteria: Simultaneous Users Collaborating on a Report

Given a report is open in EcoTrackly, When two or more users access the report simultaneously, Then all users can see real-time updates and changes made by others without delays.

Commenting and Feedback

Given a user is editing a report, When they add comments to specific sections, Then all team members can view, respond to, and resolve those comments in real-time.

Version History Tracking

Given a user makes changes to the report, When they save the report, Then a new version is created, and all previous versions are accessible with a timestamp and changes made.

User Role Management

Given an admin user is managing report access, When they assign roles (e.g., viewer, editor, admin) to team members, Then those roles are enforced within the report editing environment.

Report Export with Collaboration Insights

Given a finalized report, When a user exports the report, Then the export includes a summary of all comments, user contributions, and version changelog in a separate section.

Notifications for Report Changes

Given a team member has been assigned a role on a report, When any changes are made by collaborators, Then they receive real-time notifications about the updates via email or in-app alerts.

Conflict Resolution for Concurrent Edits

Given multiple users are editing the same section of a report, When a conflict arises (two users trying to edit simultaneously), Then the system prompts a conflict resolution mechanism where users can choose to merge changes or revert.

Interactive Data Visualizations

User Story: As a stakeholder, I want to interact with the data in sustainability reports so that I can better understand the metrics and implications for our business.
Description: The Interactive Data Visualizations requirement enhances the report generator by incorporating interactive charts and graphs that allow users to explore sustainability metrics dynamically. By enabling users to hover over data points for additional details or filter data in real time through interactive elements, this functionality makes reports more engaging and informative. This feature not only improves user comprehension but also allows stakeholders to derive insights more effectively from the sustainability data presented. Integrating these visualizations within reports will require careful consideration of UI/UX design to ensure they are intuitive and accessible to all users.
Acceptance Criteria: User interacts with the report generator to create a sustainability report for stakeholders, utilizing the interactive data visualizations to analyze energy consumption metrics over the last year.

Given the user has selected the energy consumption data for the past year, When they hover over data points in the interactive chart, Then additional details such as percentage change and total consumption are displayed clearly without delay.

The report is generated containing multiple visualizations based on different sustainability metrics, and the user wants to filter the data to show only emissions-related metrics.

Given the user has access to the report with interactive charts, When they apply a filter to display only emissions metrics, Then the report updates in real-time to reflect the filtered data without needing to regenerate the entire report.

In a team meeting, a user presents their sustainability report using the interactive visualizations to highlight key insights for their stakeholders.

Given the report is being presented, When the user clicks on specific data points in the interactive visualizations, Then key insights and trends are highlighted in the report and are easily interpretable for the audience.

A user is reviewing a completed sustainability report on their mobile device and needs to access the interactive visualizations.

Given the user is viewing the report on a mobile device, When they scroll through the report, Then the interactive visualizations remain fully functional and responsive, allowing for data exploration without losing context.

A user needs to export the sustainability report including interactive elements for distribution to external stakeholders.

Given the user selects the export option, When the report is exported, Then the exported document retains the integrity of the interactive elements and allows stakeholders to view data in an engaging manner.

A user is onboarding new team members and demonstrates how to use the interactive visualizations within the report generator.

Given the user is demonstrating the report generator, When they show how to interact with the visualizations, Then new users should express confidence in using the features with minimal guidance, as indicated by their ability to replicate the actions shown.

Automated Report Scheduling

User Story: As a sustainability director, I want to automate the scheduling of my sustainability reports so that I can ensure timely updates without manual effort each time.
Description: The Automated Report Scheduling requirement allows users to schedule the generation and distribution of sustainability reports at regular intervals (e.g., weekly, monthly, quarterly). This feature ensures that stakeholders receive timely updates without manual intervention, enhancing transparency and keeping everyone informed about the organization’s environmental performance. Users should be able to set triggers and choose distribution lists, allowing for customized communication that aligns with the organization’s reporting needs. This automation will save time and resources while ensuring consistent communication with stakeholders regarding sustainability progress.
Acceptance Criteria: User schedules a monthly sustainability report to be generated and sent to the sustainability team every first Monday of the month.

Given the user is logged into EcoTrackly, when they select the report parameters and set the schedule to 'monthly', then the system should generate the report automatically on the specified day and time and send it to the designated email list.

User cancels a previously scheduled report and verifies the cancellation through the interface.

Given the user has an active scheduled report, when they choose to cancel the report, then the system should remove the report from the schedule and confirm the cancellation to the user via a notification.

User wants to set up a quarterly report that includes specific metrics such as energy consumption and waste production.

Given the user selects 'quarterly' as the report frequency and specifies metrics, when they save the settings, then the report should be scheduled to include only the selected metrics for the relevant time period.

A user wants to distribute the generated report to multiple stakeholders based on a pre-defined distribution list.

Given the user selects a report for distribution, when they choose the option to send it to a pre-defined distribution list, then the report should be sent via email to all contacts in that list without any errors.

User verifies if reports are successfully generated and sent on the scheduled dates without errors in the logs.

Given the scheduled report has passed its designated schedule time, when the user checks the report logs, then the logs should indicate that the report was generated and sent successfully with no errors.

User wishes to modify the schedule of an existing report to change its frequency from monthly to weekly.

Given the user accesses the report schedule settings, when they change the frequency from 'monthly' to 'weekly' and save the changes, then the system should update the schedule accordingly and notify the user of the change.

Interactive Simulation Feature

The Interactive Simulation Feature allows users to project potential EcoScore changes based on proposed initiatives or adjustments in practices. By simulating different scenarios, organizations can visualize the impact of their sustainability efforts before implementation, guiding informed decision-making.

Requirements

Scenario Configuration

User Story: As an eco-manager, I want to be able to configure different sustainability scenarios so that I can accurately assess the potential impacts on our EcoScore and choose the best initiatives to implement.
Description: The Scenario Configuration requirement enables users to set up and customize various sustainability initiatives within the Interactive Simulation Feature. Users can define parameters such as energy savings, waste reduction percentages, and carbon offset values, creating a tailored simulation environment that closely reflects their specific organizational practices and goals. This capability enhances user engagement and ensures accurate visualization of potential EcoScore changes, providing a realistic foundation for decision-making. The focus on customization not only boosts user satisfaction but also allows organizations to explore a wide range of scenarios to identify the most impactful initiatives before actual implementation, driving informed strategic planning and effective resource allocation. Additionally, this feature will integrate seamlessly with existing EcoTrackly modules, promoting a cohesive user experience throughout the platform.
Acceptance Criteria: User configures a scenario to simulate energy savings as part of their sustainability initiative.

Given a user with access to the Interactive Simulation Feature, when they navigate to Scenario Configuration and input energy savings parameters, then the system should save the configuration successfully and display a confirmation message.

User adjusts waste reduction parameters and views the projected EcoScore changes.

Given a scenario has been configured with waste reduction parameters, when the user modifies any waste reduction percentage and submits the changes, then the system should recalculate the projected EcoScore and update the visual representation immediately.

User sets up a scenario with predefined carbon offset values and integrates it with other EcoTrackly modules.

Given a user creates a new scenario with carbon offset values and chooses to integrate it into their existing EcoTrackly dashboard, when they complete the setup, then the integration should be successful, and the user's dashboard should reflect the updated metrics accurately.

User saves a customized scenario for future reference and uses it again.

Given a user has created a customized scenario, when they select the option to save it, then the scenario should be stored in the user’s account and retrievable upon subsequent logins with all the parameters intact.

User explores multiple scenarios to determine the most effective sustainability initiatives.

Given multiple scenarios have been configured by the user, when they access the comparison feature, then the system should display a side-by-side analysis of EcoScore changes for each scenario, allowing the user to identify optimal initiatives easily.

User seeks clarity on the parameters used in a configured scenario.

Given a configured scenario, when a user clicks on a help icon or information tooltip, then the system should provide a detailed explanation of each parameter used in the scenario configuration.

User attempts to delete an existing scenario they no longer need.

Given a user has an existing scenario listed in their account, when they select the option to delete it and confirm the action, then the system should remove the scenario and update the scenario list accordingly without errors.

Real-Time Simulation Analytics

User Story: As a sustainability analyst, I want real-time analytics during simulations so that I can make immediate adjustments and see how they affect our EcoScore in real-time, ensuring we optimize our initiatives effectively.
Description: This requirement lays the groundwork for providing real-time analytics during scenario simulations, allowing users to view the EcoScore progression and changes as they adjust input variables. The real-time feedback loop will empower users to make instant adjustments and gain immediate insights into the potential effectiveness of their sustainability initiatives. This feature will enhance user experience by making the simulation interactive and responsive, leading to data-driven decision-making processes. Furthermore, integrating this capability with visual dashboards will allow users to better visualize potential results and further align their strategies with sustainability objectives. The implementation of real-time analytics is crucial for organizations aiming for rapid, informed responses to optimization opportunities while fostering continuous improvement in environmental performance.
Acceptance Criteria: User initiates an interactive simulation by selecting various sustainability initiatives from the EcoTrackly platform and inputs relevant variables such as energy sources, waste management practices, and emissions control measures.

Given a user selects sustainability initiatives and inputs variables, when the simulation is initiated, then real-time analytics should display the EcoScore progression immediately for each adjustment made, with updates occurring within 5 seconds of input changes.

A user modifies input parameters during an EcoScore simulation to simulate real-time impact on their sustainability efforts, aiming to visualize the effects immediately.

Given the user adjusts input parameters during a simulation, when the simulation is running, then the EcoScore should update in real-time to reflect the changes, allowing the user to see the immediate impact of their adjustments within a defined visual dashboard.

After running multiple scenarios, a user wants to review the historical data of EcoScore changes based on past simulations and compare them.

Given the user has run various simulations, when the user navigates to the historical data section, then the system should provide a robust report of EcoScore changes reflecting all past simulation inputs and outcomes, including timestamps for each simulation conducted.

During a training session, a user is demonstrating the interactive simulation feature to new employees and needs to showcase how immediate feedback influences decision-making.

Given the user is conducting the training session, when demonstrating the simulation feature, then the real-time feedback on EcoScore should be visible without delays, effectively showcasing the initiative changes' impacts live to the training attendees.

A user evaluates potential sustainability initiatives before implementation by running several scenarios through the simulation feature.

Given the user runs multiple scenario simulations, when the simulations conclude, then the system should provide a comprehensive summary report highlighting predicted EcoScore changes and potential impacts, ready for presenting to management.

An administrator needs to ensure that all users have access to the interactive simulation feature and can utilize the real-time analytics correctly.

Given an administrator reviews user accounts, when checking permissions for the interactive simulation feature, then all relevant users should have access rights enabled to utilize real-time analytics without restrictions.

A user wants to know if the simulation's real-time analytics provide accurate predictions aligned with actual historical data for validation purposes.

Given the user compares real-time simulation predictions to actual historical EcoScore data, when conducting this comparison, then the prediction accuracy should be above 90% when evaluated over a sample set of 10 past initiatives.

Interactive Data Visualization Tools

User Story: As a business leader, I want interactive visualization tools that clearly depict the impacts of our sustainability initiatives so that I can communicate outcomes to stakeholders effectively.
Description: The Interactive Data Visualization Tools requirement encompasses a suite of graphical tools designed to enhance the user experience when analyzing simulated results. These tools will include interactive charts, graphs, and mapping features that allow users to visualize the impact of different scenarios clearly and intuitively. By transforming complex data sets into understandable visual formats, organizations can more easily interpret simulation outcomes and identify trends over time. This implementation will not only improve decision-making capabilities but also enhance user engagement with the EcoTrackly platform. The integration of enhanced visualization tools will facilitate better stakeholder presentations and reports, supporting transparent sustainability communications both internally and externally.
Acceptance Criteria: User views simulation results using the interactive data visualization tools after conducting a scenario analysis.

Given that a user has performed a scenario simulation, When they navigate to the interactive data visualization section, Then they should see multiple graphical representations (charts, graphs, maps) of the simulation results that allow for detailed analysis and comparison of variables.

User interacts with charts and graphs to analyze potential EcoScore changes for decision-making.

Given that the interactive charts and graphs are displayed, When the user clicks on a specific data point or region on the chart, Then they should receive detailed tooltips with additional data and the option to drill down for more granular insights.

User exports their visualization results for stakeholder presentations or reports.

Given that the user is satisfied with their visualizations, When they select the export option, Then the system should provide multiple formats (e.g., PDF, PNG, CSV) for exporting the visualizations, confirming the export's success upon completion.

User compares multiple simulation scenarios side-by-side using the interactive visualization tools.

Given that the user has selected multiple simulations, When they activate the comparison feature, Then they should see a split-view diagram that enables side-by-side analysis of key metrics and changes in EcoScore across scenarios.

User views and interacts with live updates in the data visualizations as new data becomes available.

Given that live data is flowing into the EcoTrackly platform, When new data points are received and processed, Then the interactive visualizations should automatically refresh to reflect the latest information without requiring a page reload.

User seeks assistance through help documentation related to the interactive data visualization tools.

Given that the user is in the data visualization section, When they click on the help icon or link, Then they should be directed to relevant support documentation that explains how to use the interactive tools effectively.

User customizes the layout and types of visualizations displayed based on their preferences.

Given that the user is in the visualization settings, When they select different options for layout and visualization types (e.g., bar chart vs. line graph), Then the display should update in real-time to show their selected preferences.

Scenario Comparison Feature

User Story: As a project manager, I want to compare results from different sustainability scenarios side-by-side so that I can decide which initiatives are the most beneficial for implementation.
Description: The Scenario Comparison Feature allows users to juxtapose the outcomes of multiple sustainability initiatives side-by-side within the Interactive Simulation environment. This requirement is crucial for decision-makers looking to evaluate the effectiveness of various strategies at a glance. By consolidating results into a comparison matrix, users can efficiently analyze the relative advantages and potential drawbacks of each approach. This feature enhances strategic planning and enables more sophisticated analysis of environmental performance metrics. Integration with existing EcoTrackly reporting tools is essential to ensure consistent data interpretation and to promote informed long-term sustainability strategies across the organization.
Acceptance Criteria: User conducts a simulation comparing multiple sustainability initiatives to assess their impact on EcoScore in the Interactive Simulation environment.

Given the user selects at least two different initiatives to compare, When the user runs the comparison simulation, Then the system displays a comparison matrix showing EcoScore changes for each initiative side-by-side.

User views the detailed outcomes for each sustainability initiative in the comparison matrix.

Given the user is on the comparison results page, When the user hovers over any data point in the matrix, Then a tooltip appears with detailed information about that initiative's metrics and predicted EcoScore.

User modifies the parameters of one or more sustainable initiatives during the comparison simulation.

Given the user adjusts parameters for any selected initiative, When they start the simulation again, Then the comparison matrix updates to reflect changes in EcoScores immediately upon completion.

User generates a report based on the scenario comparison results.

Given the user has completed a comparison simulation, When the user clicks the 'Generate Report' button, Then the system produces a downloadable report summarizing the findings, including visual graphs and data points from the matrix.

User integrates the Scenario Comparison Feature with existing reporting tools.

Given the user has enabled integration settings in their EcoTrackly account, When they run the comparison simulation, Then the results are automatically logged in the organization’s existing reporting dashboard for consistency in data interpretation.

User shares the results of the comparison simulation with stakeholders.

Given the user has completed the scenario comparison, When the user selects the 'Share Results' option, Then stakeholders receive a link to a view-only version of the comparison matrix and related metrics via email.

User evaluates the usability of the Scenario Comparison Feature.

Given the user has accessed the Scenario Comparison Feature, When they navigate through the interface to set up a comparison, Then they are able to complete the setup process with no errors or confusion in under five minutes.

User Feedback Mechanism

User Story: As a user of EcoTrackly, I want to give feedback on the simulation feature so that my experiences and suggestions can help improve the product further, ensuring it meets our needs better.
Description: The User Feedback Mechanism requirement establishes a system for users to provide insights, suggestions, and ratings on the Interactive Simulation Feature and its outputs. This feature is essential for gathering qualitative data from users, allowing EcoTrackly to continuously improve its functionalities based on user experiences. Implementing a feedback loop will enable organizations to refine their simulation processes and features, ensuring they meet user expectations and evolving needs. Moreover, leveraging this feedback can foster a sense of ownership and engagement among users, ultimately enhancing user satisfaction and platform loyalty. This mechanism will be supported by analytics tools to assess feedback trends over time, helping guide future development priorities intelligently.
Acceptance Criteria: User submits feedback after utilizing the Interactive Simulation Feature to assess a new sustainability initiative.

Given a user has completed a simulation, when they navigate to the feedback section, then they should be able to input their insights and rate the feature on a scale from 1 to 5.

User accesses the feedback analytics dashboard to review trends in user feedback regarding the Interactive Simulation Feature.

Given the feedback mechanism has collected user insights, when the analytics dashboard is accessed, then it should display visualizations of feedback trends over time, broken down by rating and comments.

User receives confirmation after submitting feedback regarding the Interactive Simulation Feature.

Given a user submits their feedback and rating, when the submission is successful, then the user should see a confirmation message indicating that their feedback has been recorded.

Admin reviews the accumulated user feedback for potential improvements to the Interactive Simulation Feature.

Given several feedback responses have been recorded, when the admin reviews feedback, then they should be able to export the data for further analysis or generate a report summarizing user insights.

User is prompted to provide feedback after using the Interactive Simulation Feature multiple times.

Given a user has completed three simulations, when they finish the third simulation, then they should receive a prompt to provide feedback on their experience with the feature.

Feedback submitted by users is categorized for better analysis and response insights.

Given users submit feedback, when the feedback is analyzed, then it should be categorized into predefined themes such as 'usability', 'functionality', and 'impact' for actionable insights.

Training and Support Resources

User Story: As a new user, I want access to tutorials and support resources for the simulation feature so that I can learn how to use it effectively and maximize its benefits for our organization.
Description: The Training and Support Resources requirement involves the development of comprehensive tutorials, user guides, and support material to assist users in utilizing the Interactive Simulation Feature effectively. These resources will be crucial for onboarding new users and enhancing the overall experience of existing users. By providing clear, step-by-step instructions and illustrative examples, EcoTrackly can ensure that users fully exploit the functionality of the simulations, enabling them to derive the maximum benefit from the tool. Ongoing training resources will also contribute to cultivating a knowledgeable user base that can leverage the platform for optimal sustainability outcomes, ensuring a robust understanding of all features and capabilities.
Acceptance Criteria: New users accessing the Interactive Simulation Feature for the first time are guided through a tutorial that explains the key functionalities and best practices for using the feature effectively.

Given a new user accesses the Interactive Simulation Feature, when they click on the tutorial link, then they should view a step-by-step guide with easy navigation.

Existing users need quick access to tutorials and support materials related to the Interactive Simulation Feature while using the platform.

Given an existing user is on the Interactive Simulation Feature page, when they click on the help icon, then they should be presented with a dropdown menu containing links to relevant user guides and video tutorials.

Teams conducting a training session for employees on how to use the Interactive Simulation Feature require a comprehensive user guide that includes examples and use cases.

Given a team downloads the user guide, when they open the document, then it should contain at least three detailed examples demonstrating various scenarios for using the Interactive Simulation Feature effectively.

Users implementing new sustainability initiatives want to evaluate potential outcomes using the Interactive Simulation Feature.

Given a user selects a sustainability initiative within the Interactive Simulation Feature, when they run a simulation, then the system should provide immediate feedback with projected EcoScore changes and visualizations.

Users provide feedback on the clarity and usefulness of the training and support resources available for the Interactive Simulation Feature.

Given that users have completed a training session, when they fill out a feedback form, then the average satisfaction rating should be at least 4 out of 5 regarding the clarity and usefulness of the training materials.

Admin users want to ensure that the training and support resources are kept up to date with new features and updates to the Interactive Simulation Feature.

Given a scheduled review of the support materials, when the admin checks for updates, then all resources should be refreshed within three months of any new feature release.

Resource Library

A centralized repository of multimedia resources, including articles, videos, webinars, and industry reports focused on sustainability. The Resource Library empowers users to easily access diverse educational materials, helping them stay updated on the latest trends, research, and best practices in sustainability. This feature ensures teams have the information they need to implement effective eco-strategies.

Requirements

Dynamic Resource Filtering

User Story: As a sustainability officer, I want to filter resources by topic and type so that I can quickly find the most relevant information for our green initiatives.
Description: The Dynamic Resource Filtering requirement allows users to seamlessly filter resources in the library by criteria such as type (articles, videos, webinars, industry reports), topic (energy, emissions, waste management), and publication date. This feature enhances user experience by ensuring that stakeholders can quickly access the most relevant information for their sustainability initiatives. The implementation will include a user-friendly interface that supports multi-select options and real-time updates, providing instantaneous feedback and results as filters are applied. This functionality not only saves time for users but also improves their ability to stay informed about crucial sustainability topics, leading to more knowledgeable decision-making. Additionally, this feature will integrate analytics to track the most accessed resources, providing insights for future content development.
Acceptance Criteria: User filters resources in the Resource Library by selecting multiple types of content, such as articles and videos, to find the most relevant educational materials for their current project.

Given that the user is on the Resource Library page, when they select multiple resource types (e.g., articles and videos) and click on the 'Apply Filters' button, then the displayed resources should update instantaneously to only show the selected types.

A user searches for resources on specific sustainability topics, such as emissions and waste management, to gather information for an upcoming report.

Given that the user is on the Resource Library page, when they enter 'emissions' and 'waste management' as topics in the filter options, then the system should display only resources relevant to the specified topics.

A user wants to access resources published within the last month to ensure that they have the latest information available.

Given that the user is on the Resource Library page, when they select the 'Last Month' filter option for publication date, then only resources published in the last month should be shown in the results.

A registered user evaluates the effectiveness of the resource filtering feature after applying various filters and analyzing the results presented.

Given that the user has applied multiple filters (type, topic, publication date), when they view the filtered results, then they should see a clear indication of which filters are active and the total number of resources available based on those filters.

An administrator reviews analytics data for the resource filtering feature to identify which resources are accessed most frequently by users.

Given that the admin is on the analytics dashboard, when they select the 'Resource Access' report, then the system should display data indicating the most accessed resources and their corresponding usage statistics.

Users expect real-time feedback when applying filters, ensuring a seamless experience in locating needed information.

Given that a user applies one or more filters, when they make a selection, then the results should refresh in real-time without delays or additional page loads, enhancing user experience.

A user clears all applied filters but wants to ensure they can easily return to the full resource library.

Given that the user has multiple filters applied, when they click the 'Clear Filters' button, then all filters should be reset, and the user should see the complete list of resources available in the library.

User-generated Content Submission

User Story: As a user, I want to submit my own sustainability resources so that I can share knowledge with others in the EcoTrackly community.
Description: The User-generated Content Submission requirement facilitates the ability for users to contribute their own resources to the library, such as articles, case studies, and videos. This feature will enable knowledge sharing within the EcoTrackly community and ensure the resource library stays up-to-date with the latest trends and user experiences in sustainability. The submission process will be straightforward, allowing users to upload their contributions, provide relevant metadata (title, type, description, related topics), and submit for approval. Once approved by moderators, these contributions will be published in the library. This capability not only enriches the library’s content but also fosters community engagement and collaboration among users, aligning with the imperative for collective environmental stewardship.
Acceptance Criteria: User submits a new article on sustainable packaging to the Resource Library.

Given a logged-in user, when they select 'Submit Content' and fill out the article submission form with valid metadata and content, then the submission should be successfully sent for approval and a confirmation message displayed.

User uploads a video related to renewable energy to the Resource Library.

Given a logged-in user, when they upload a video file and include required metadata (title, description, type, related topics), then the system should validate the file format and size, and display an error message if invalid.

Moderators review and approve user-submitted content in the Resource Library.

Given a moderator logged into the admin panel, when they view submitted content awaiting approval, then they should be able to approve or reject submissions, and the approved content should appear in the Resource Library.

User tries to submit content without being logged in.

Given a user on the submission page, when they attempt to submit content without logging in, then they should be redirected to the login page with an error message indicating that authentication is required.

User edits a previously submitted article with new information.

Given a logged-in user, when they select their previously submitted article, edit the content and save changes, then the system should update the article and confirm the updates were successfully saved.

User searches for resources in the Resource Library.

Given a user on the Resource Library page, when they input a search query related to sustainable living, then the system should return a list of relevant resources matching the search criteria.

Content published in the Resource Library needs to have a clear attribution to the original authors.

Given any published content in the Resource Library, when a user views the content, then the original author(s) and the submission date should be clearly displayed alongside the content for transparency.

Resource Rating and Feedback System

User Story: As a user, I want to rate and review resources in the library so that I can help others identify the most useful materials.
Description: The Resource Rating and Feedback System requirement introduces a mechanism for users to rate and review the resources they access within the library. By allowing users to provide feedback, the system can foster a sense of community and ensure resources remain high-quality and relevant. Each resource will have a rating scale (e.g., 1 to 5 stars) and a text comment section for detailed insights. This feedback will be visible to other users and help them make informed decisions when selecting resources, while also providing the EcoTrackly team with valuable insights into resource effectiveness and areas for improvement. The implementation will include moderation features to manage inappropriate content and a dashboard for administrators to analyze feedback trends over time.
Acceptance Criteria: User accesses a resource in the Resource Library and submits a rating and feedback after viewing it for the first time.

Given a user has viewed a resource, when they submit a rating using the star system and provide written feedback, then the rating should be recorded successfully and displayed on the resource page.

An administrator reviews feedback submitted by users to ensure compliance with the moderation guidelines.

Given an administrator accesses the feedback moderation dashboard, when they view feedback for any resource, then they should be able to see the list of all submitted ratings and comments, and the options to approve, edit, or delete inappropriate content.

A user wishes to view the average rating of a resource based on the feedback from multiple users.

Given multiple ratings have been submitted for a resource, when a user views the resource details, then the average rating should be displayed alongside the total number of ratings received.

A user attempts to submit a rating without selecting a star value.

Given a user is on the rating submission form, when they click on the submit button without selecting a star rating, then they should receive an error message indicating that a rating must be selected.

Users want to search for resources based on user ratings to find highly-rated content quickly.

Given users access the Resource Library, when they filter resources by rating, then the system should display only those resources that meet or exceed the selected rating threshold.

An updated feedback dashboard allows EcoTrackly’s team to analyze user feedback trends over time.

Given the EcoTrackly team accesses the feedback analysis dashboard, when they select a time frame, then the system should display visual trends of ratings and feedback summaries during that period.

A user submits feedback that contains inappropriate content.

Given a user submits a comment with flagged inappropriate content, when the comment is submitted, then it should be sent to the moderation queue for review before being visible to other users.

Advanced Search Capabilities

User Story: As a researcher, I want to conduct advanced searches so that I can find very specific sustainability resources relevant to my project.
Description: The Advanced Search Capabilities requirement enhances the library's functionality by enabling users to perform complex searches using keywords and boolean operators. Users will be able to combine terms, filter results further, and search within specific resource categories. This feature will improve the user experience by providing precise results quickly, allowing users to access specific information without sifting through irrelevant content. Implementation will include an intuitive search bar with dropdown suggestions and the option for users to save their searches for future reference. This capability is vital for users looking to conduct in-depth research and efficiently locate targeted sustainability information.
Acceptance Criteria: User performs a keyword search for 'waste management' using the Advanced Search Capabilities feature in the Resource Library.

Given the user is on the Resource Library page, when they enter 'waste management' in the search bar and submit, then the system should return a list of resources that include the keyword 'waste management' in the title or description.

User conducts a complex search using boolean operators to find resources about 'energy AND efficiency' in the Resource Library.

Given the user is on the Resource Library page, when they enter 'energy AND efficiency' in the search bar and submit, then the system should display resources that contain both 'energy' and 'efficiency' in their content.

User filters search results by selecting specific categories like 'Webinars' and 'Articles' in the Resource Library.

Given the user has performed a search, when they choose 'Webinars' and 'Articles' from the filter options, then the displayed results should only include resources from those selected categories.

User saves a search query for future reference after performing a search in the Resource Library.

Given the user has executed a search and sees the results, when they click on the 'Save Search' option, then the system should save the search criteria and notify the user that it has been saved successfully.

User utilizes the intuitive dropdown suggestions while typing in the search bar of the Resource Library.

Given the user starts typing in the search bar, when they enter three characters, then the dropdown should display a list of suggested keywords or phrases related to the input.

User performs a search and the system returns results within a specified time frame.

Given the user has entered a search term and submitted the search, then the results should be displayed within 3 seconds to ensure optimal user experience.

User accesses the search history to revisit previous searches in the Resource Library.

Given the user has performed multiple searches, when they select the 'Search History' option, then the system should display a list of their previous searches for easy access.

Integration with External Databases

User Story: As a user, I want the Resource Library to connect with external sustainability databases so that I have access to the latest information and trends automatically.
Description: The Integration with External Databases requirement aims to connect the Resource Library with external sustainability databases, allowing automatic updates of the content within the library. By integrating APIs from reputable sustainability organizations and platforms, users will have access to the most current and comprehensive information available in the field of sustainability. This feature will ensure that the library grows dynamically and maintains a high standard of quality without constant manual updates. Additionally, the integration will support data visualization features, allowing users to view trends and statistics in sustainability practices sourced from external entities. This will position EcoTrackly as a leading knowledge hub for sustainability resources, promoting informed practices across the board.
Acceptance Criteria: User adds a new API integration for an external sustainability database.

Given the administrator has access to the integration settings, when they enter valid API credentials and test the connection, then the system should confirm the successful integration with a message indicating the connection is live.

The Resource Library is automatically updated with the latest articles from the external database.

Given the external database has new content available, when the scheduled sync occurs, then the Resource Library should reflect the new articles added within the last 24 hours and update the home page display accordingly.

Users search for sustainability resources in the Resource Library after an integration update.

Given that the Resource Library has been updated with new resources, when the user searches for 'carbon footprint,' then the results should include the latest articles and multimedia from external databases along with the date of each resource's last update.

A user views data visualizations sourced from an external sustainability database.

Given the user accesses the data visualization section of the Resource Library, when they select the visualization on recent emissions data, then the display should show accurate trends derived from up-to-date external data and allow for user interaction to filter by date range.

The administrator reviews the system logs for the API integration to ensure functionality and compliance.

Given the integration has been active for one week, when the administrator checks the system logs, then they should find records of successful data pulls without errors, indicating reliable ongoing integration.

A user receives notifications about new resources added via the external database integration.

Given the user has opted into notifications, when new resources are added from the external database, then the user should receive an email alert containing the titles and links to the new content within 1 hour of the update.

Resource Sharing Tools

User Story: As a business leader, I want to share valuable resources from the library with my colleagues so that we can enhance our sustainability efforts collaboratively.
Description: The Resource Sharing Tools requirement will enable users to share resources easily via social media, email, and other platforms directly from the Resource Library. This feature will include built-in sharing buttons that allow users to disseminate valuable information quickly to their networks, promoting broader awareness and usage of the library’s resources. The functionality will also enable users to generate custom links for sharing, track click-through analytics, and suggest actionable pathways for collaboration based on shared resources. This requirement is crucial for harnessing the power of social engagement and expanding the reach of EcoTrackly’s sustainability initiatives across various sectors.
Acceptance Criteria: Sharing resources via social media to promote awareness about sustainability initiatives.

Given that a user is logged into the Resource Library, when they click on a social media sharing button, then the resource should be shared on the selected platform with a pre-filled message and correct URL.

Generating custom links for sharing resources with specific tracking codes.

Given that a user selects a resource from the Resource Library, when they click the 'Generate Custom Link' button, then a unique shareable link with tracking parameters should be created and displayed to the user.

Tracking click-through analytics for shared resources to measure engagement.

Given that a resource has been shared via social media or email, when a recipient clicks on the shared link, then the click should be recorded in the analytics dashboard, updating in real-time to show the number of clicks per resource.

Suggesting actionable pathways for collaboration based on shared resources.

Given that a user has shared a resource, when they return to the Resource Library, then they should see suggested collaboration pathways that relate to the resource they shared, promoting further engagement.

Allowing users to share resources via email directly from the Resource Library.

Given that a user selects a resource, when they click on the email sharing button, then an email template should open with the resource title, link, and a customizable message ready to be sent to the specified recipients.

Sustainability Toolkit

A curated collection of practical tools and templates designed to assist users in developing and executing sustainability initiatives. The Sustainability Toolkit includes checklists, action plans, and strategy frameworks that simplify the planning process, enabling teams to translate learning into actionable steps and measurable outcomes.

Requirements

Interactive Checklist

User Story: As a sustainability manager, I want to have an interactive checklist for my projects so that I can easily track progress and ensure that all tasks are completed efficiently.
Description: The Interactive Checklist requirement focuses on the development of a dynamic, user-friendly checklist that allows users to track and manage their sustainability initiatives. This checklist will be customizable, letting users add, remove, or modify tasks according to their specific sustainability goals. Additionally, the checklist will provide instant feedback on progress, allowing for real-time adjustments and fostering accountability. Integration with data visualization tools within EcoTrackly will enable users to see their progress graphically, reinforcing achievements and encouraging continued engagement with sustainability practices.
Acceptance Criteria: User Customization for Sustainability Goals

Given a user accesses the Interactive Checklist, when they choose to customize their checklist, then they should be able to add, remove, or modify tasks seamlessly with real-time updates reflecting their changes.

Progress Tracking and Feedback

Given a user has been actively managing their sustainability initiatives through the Interactive Checklist, when they complete a task, then the system should provide instant feedback on their progress, including visual indicators of completion rates.

Integration with Data Visualization Tools

Given a user utilizes the Interactive Checklist, when they view their progress, then the checklist should display integrated graphical representations of their progress alongside key metrics related to their sustainability goals.

Real-time Adjustments to Checklist

Given a user identifies a need to adjust their sustainability tasks, when they modify their checklist in real-time, then it should instantly reflect updates in the checklist and applicable data visualizations.

User Engagement and Accountability

Given a user is using the Interactive Checklist regularly, when they log in to the platform, then they should see personalized reminders and insights that promote ongoing engagement with their sustainability initiatives.

Checklist Template Usage

Given a user wants to start a new sustainability project, when they select a checklist template from the toolkit, then the system should allow them to create a customized checklist based on the chosen template.

Action Plan Generator

User Story: As a project leader, I want an action plan generator that helps me build a comprehensive plan for our sustainability initiatives so that we can effectively implement and monitor our progress towards our goals.
Description: The Action Plan Generator requirement involves creating a guided tool that assists users in developing customized action plans for their sustainability initiatives. This tool will involve a step-by-step process, prompting users to select specific areas of focus, set measurable goals, and outline responsible parties and timelines. Users will benefit from predefined templates and best practices, ultimately empowering them to create actionable, realistic plans that are aligned with their organizational sustainability objectives. This generator will integrate seamlessly with existing eco-analytics to provide data-driven recommendations.
Acceptance Criteria: User initiates the Action Plan Generator from the Sustainability Toolkit and selects 'Waste Reduction' as their area of focus.

Given the user has selected 'Waste Reduction', When the user is prompted to input measurable goals, Then the system should allow the user to set at least three quantifiable goals related to waste.

A user attempts to utilize the Action Plan Generator to create a plan for 'Energy Efficiency' initiatives in their organization.

Given the user is in the Action Plan Generator, When the user selects 'Energy Efficiency' as the focus area and fills out the appropriate fields, Then the generated action plan should include recommendations based on the organization's prior energy consumption data.

A sustainability team wants to ensure accountability and track their action plan progress.

Given that a user has created an action plan, When the user assigns responsible parties and deadlines for each action item, Then the system should send email reminders to the assigned parties one week prior to the deadline.

A user is reviewing their completed action plan in the Action Plan Generator.

Given that the user has completed the action plan, When the user views the plan summary, Then the summary should provide a clear outline of goals, assigned parties, and deadlines along with a completion status for each item.

A new user is learning how to use the Action Plan Generator for the first time.

Given that the user has accessed the Action Plan Generator, When the user is presented with the introduction guide, Then the guide should lead them through a step-by-step tutorial on creating their first action plan.

An organization wants to integrate their eco-analytics data with the Action Plan Generator.

Given that the user is in the Action Plan Generator, When they select 'Integrate Eco-Analytics', Then the system should retrieve and display relevant data related to their sustainability metrics for informed decision-making.

A user needs to export their action plan for sharing with stakeholders.

Given the user has finalized their action plan, When they click on the 'Export' button, Then the system should generate a downloadable PDF that includes the entire action plan in a clear and professional format.

Strategy Framework Library

User Story: As a sustainability officer, I want access to a library of strategy frameworks so that I can research and apply effective sustainability practices in our operations.
Description: The Strategy Framework Library requirement will create a repository of sustainability frameworks, best practices, and strategic documents that users can reference and utilize to shape their initiatives. This library will include industry benchmarks, case studies, and templates that aid organizations in understanding effective strategies for sustainability. By providing access to a wealth of knowledge, users can learn from successful examples and adapt proven methods to their own contexts, helping to cultivate a culture of sustainability within their organizations.
Acceptance Criteria: User accesses the Strategy Framework Library from the Sustainability Toolkit to create a new sustainability initiative for their organization.

Given the user has access to the Sustainability Toolkit, when they navigate to the Strategy Framework Library and select a framework, then they should be able to view the full content of the selected framework with no broken links or missing information.

A user searches for industry benchmarks related to sustainability practices within the Strategy Framework Library.

Given the user is in the Strategy Framework Library, when they enter keywords related to industry benchmarks in the search bar, then they should receive a filtered list of relevant documents that include at least five benchmark examples with brief descriptions.

User utilizes a case study from the Strategy Framework Library to inform their sustainability strategy development.

Given the user selects a case study from the library, when they read through the case study, then they should find actionable insights that include at least three applicable strategies relevant to their organizational context included in the document.

A user downloads a customizable template from the Strategy Framework Library for sustainability reporting purposes.

Given the user selects a template for sustainability reporting, when they click the download button, then they should receive a fully functional template in their chosen file format (e.g., PDF, Word) without any errors or formatting issues.

An administrator updates the Strategy Framework Library with new frameworks and documents.

Given the administrator is on the admin panel of the Strategy Framework Library, when they upload new frameworks, then the system should automatically categorize and index the new documents, making them accessible to all users without interrupting the existing functionalities.

User shares a strategy document from the Strategy Framework Library with their team members.

Given the user is viewing a strategy document, when they click the share button and enter team member emails, then all entered members should receive an email invitation with access to the document within five minutes, including a link to view the document directly.

Users provide feedback on the usefulness of documents within the Strategy Framework Library.

Given a user has viewed a document, when they submit feedback through the feedback form, then the system should record their feedback and display a confirmation message indicating successful submission without any errors.

Progress Reporting Dashboard

User Story: As a compliance officer, I want a progress reporting dashboard that I can use to generate reports on our sustainability efforts so that I can keep stakeholders informed and demonstrate our commitment to sustainability.
Description: The Progress Reporting Dashboard requirement focuses on creating a centralized dashboard that enables users to visualize and report on their sustainability progress over time. This feature will allow users to select various parameters, such as emissions reduced, waste diverted, and energy saved, and generate insightful reports that can be shared with stakeholders. This data-centric approach will not only help organizations measure their success against sustainability goals but will also enhance transparency and accountability with stakeholders and clients.
Acceptance Criteria: User selects parameters for emissions reduced over the last quarter and generates a report.

Given a user on the Progress Reporting Dashboard, when they select 'Emissions Reduced' as a parameter and choose the last quarter, then the dashboard should display a graphical representation of emissions reduction over that period.

A user wants to visualize their total waste diverted for the current year and share this report with stakeholders.

Given a user on the dashboard, when they select 'Waste Diverted' for the current year, then the dashboard must generate a summary report that can be exported as a PDF or shared directly via email.

An administrator needs to validate the accuracy of displayed data against actual measurements recorded in the IoT system.

Given the administrator is on the dashboard, when they request a data validation check for the past month, then the dashboard should show a discrepancy report if the displayed values do not match the recorded values within a predefined threshold.

A project manager is interested in the energy saved for multiple locations and wants to see a comparative analysis.

Given a project manager on the Progress Reporting Dashboard, when they select different locations and choose 'Energy Saved', then the dashboard should display a side-by-side bar chart comparing energy savings across the selected locations.

Users need to track progress against overall sustainability goals set at the beginning of the year.

Given the user is on the dashboard, when they view their sustainability goals, then they should see a progress bar indicating the percentage of the goals achieved, broken down by each category such as emissions, waste, and energy.

A user intends to customize their dashboard view to focus on specific sustainability metrics of interest.

Given a user on the dashboard, when they customize their view preferences, then the dashboard should retain these preferences across sessions and display only the selected metrics for all future visits.

An executive looks to quickly gauge the company’s sustainability progress over the last fiscal year during a board meeting.

Given an executive accessing the dashboard, when they select 'Fiscal Year' and view the dashboard, then it should provide an overview summary including total emissions reduced, waste diverted, and energy saved, along with visual aids for quick assessment.

Collaboration Toolkit

User Story: As a team member in a sustainability project, I want a collaboration toolkit that allows me to communicate and share documents with my colleagues so that we can work together smoothly and efficiently towards our goals.
Description: The Collaboration Toolkit requirement aims to develop features that enhance teamwork and communication among users involved in sustainability initiatives. This toolkit may encompass discussion boards, document sharing capabilities, and collaborative editing features for action plans and reports. Facilitating collaboration will empower teams to work together more effectively, share insights, and streamline decision-making processes, thereby fostering a cohesive approach towards achieving sustainability objectives.
Acceptance Criteria: Team members can post questions and updates on the discussion board within the Collaboration Toolkit to facilitate ongoing dialogue regarding sustainability initiatives.

Given a user is logged into the Collaboration Toolkit, when they post a question or update on the discussion board, then the post should be visible to all team members with notifications sent to users who follow the discussion topic.

Users need to share action plans and reports through a secure document-sharing feature that ensures only authorized users have access to sensitive information.

Given a user has created an action plan, when they share it via the document-sharing feature, then the action plan should be accessible only to specified users, and unauthorized users should receive an access denied message.

Collaborative editing of documents should allow multiple users to work on an action plan or report simultaneously, with real-time updates visible to all collaborators.

Given that a user is editing a shared report, when another user opens the document, then they should see the changes made by the first user in real-time, and both users should be able to make edits without conflict.

Users should be able to create customized checklists within the Collaboration Toolkit to track progress on specific sustainability initiatives.

Given a user is in the Collaboration Toolkit, when they create a checklist for a sustainability initiative, then the checklist should allow for the addition of tasks, assignable team members, due dates, and have a progress tracking feature.

Users should have the ability to comment on shared documents to provide feedback and suggestions in a collaborative environment.

Given a user is viewing a shared document, when they post a comment, then the comment should be visible to all collaborators, and users should be able to respond to comments for streamlined communication.

The Collaboration Toolkit should provide users with a notification system to keep them updated on any changes or new posts related to sustainability initiatives.

Given a user is part of a sustainability project, when a new post is made or a document is updated, then they should receive a notification via email or within the application to inform them of the changes.

Feedback and Improvement System

User Story: As a user of the Sustainability Toolkit, I want a feedback system so that I can contribute my thoughts on how to improve the tools based on my experience and help make them more effective for future users.
Description: The Feedback and Improvement System requirement provides a feature through which users can give and receive feedback on sustainability initiatives. This will involve creating a structured feedback mechanism that allows users to submit their experiences, suggestions, and improvements based on their interactions with the Sustainability Toolkit. The feedback system will help identify areas for enhancement, ensuring that the tools and processes remain relevant and effective in driving sustainability practices.
Acceptance Criteria: Users are able to access the Feedback and Improvement System from the Sustainability Toolkit dashboard.

Given that the user is logged into EcoTrackly, when they navigate to the Sustainability Toolkit dashboard, then they should see a clearly labeled option to access the Feedback and Improvement System.

Users can submit feedback through the Feedback and Improvement System.

Given that the user is on the Feedback and Improvement System page, when they fill out the feedback form with their experiences and click 'Submit', then their feedback should be recorded in the system and a confirmation message should be displayed.

Users can review feedback submitted by others.

Given that the user is on the Feedback and Improvement System page, when they select the 'View Feedback' option, then they should see a list of all submitted feedback organized by date, with options to sort and filter this list.

Users can edit their previously submitted feedback.

Given that the user has previously submitted feedback, when they navigate to their submitted feedback and click 'Edit', then they should be able to update their feedback and submit the changes successfully with a confirmation message displayed.

Administrators can analyze feedback trends over time.

Given that an administrator is logged into EcoTrackly, when they access the Feedback and Improvement System reporting feature, then they should be able to view trends in feedback submissions categorized by topic or type over a selected timeframe.

Users can receive notifications about feedback responses or updates.

Given that a user has submitted feedback, when their feedback receives a response from an administrator, then the user should receive a notification via email or within the EcoTrackly platform indicating that their feedback has been addressed.

Expert Webinars

Regularly scheduled live webinars featuring industry experts and thought leaders discussing current sustainability topics, strategies, and innovations. Users can participate in these interactive sessions to ask questions, share insights, and network with peers, enriching their knowledge and inspiration for real-world application.

Requirements

Webinar Scheduling System

User Story: As a sustainability professional, I want to easily find and register for upcoming expert webinars so that I can stay informed about the latest trends and strategies in sustainability.
Description: The Webinar Scheduling System allows users to view a calendar of upcoming webinars, register for sessions, and receive automated reminders via email or push notifications. This feature enhances user engagement by making it easy to participate in webinars and helps users manage their learning schedules effectively. Integration with existing user accounts will provide seamless access and personalized recommendations based on user interests and previous participation.
Acceptance Criteria: User can view a calendar of upcoming webinars to plan their participation based on personal and professional interests.

Given the user is logged into their account, when they navigate to the webinar section, then they should see a calendar showing all upcoming webinars with dates, times, and topics listed.

Users can register for webinars directly through the platform without any errors or issues.

Given the user has selected a webinar to attend, when they click the 'Register' button, then they should receive a confirmation message and an email notification confirming their registration.

Users receive automated reminders for their registered webinars to ensure they don't miss the sessions.

Given the user is registered for a webinar, when the scheduled time approaches, then they should receive an email or push notification reminder 24 hours and 1 hour before the session starts.

The system integrates with user profiles to provide personalized webinar recommendations.

Given the user has a history of previous webinar participations, when they access the recommended webinars section, then they should see a list of suggested webinars tailored to their interests based on past interactions.

Users can easily cancel their registration for a webinar if they can no longer attend.

Given the user is registered for a webinar, when they select the 'Cancel Registration' option, then they should receive a confirmation message and be removed from the attendee list.

Users can access a replay of past webinars through the platform.

Given the user is looking for previously held webinars, when they navigate to the 'Past Webinars' section, then they should see a list of recorded webinars available for viewing at any time.

The system allows users to ask questions during live webinars to enhance interaction with presenters.

Given the user is attending a live webinar, when they submit a question through the provided interface, then their question should be displayed to the moderator in real-time for consideration during the Q&A session.

Interactive Q&A Session

User Story: As a webinar attendee, I want to ask questions during the session so that I can clarify my doubts and gain deeper insights from the experts.
Description: The Interactive Q&A Session feature enables participants in webinars to ask questions in real-time, facilitating live interaction between industry experts and attendees. This function enhances the learning experience and provides immediate answers to crucial sustainability queries. A moderation system will be in place to ensure relevant and respectful communication during these sessions, fostering a supportive community of learners.
Acceptance Criteria: Participants can submit questions during the webinar using a dedicated Q&A chat window available on the platform.

Given a live webinar is in progress, When a participant submits a question via the Q&A chat window, Then the question should be visible to both the moderator and the speaker in real time.

Moderators can filter and prioritize questions during the Q&A session to ensure the most relevant queries are addressed first.

Given a live Q&A session with multiple submitted questions, When a moderator reviews the questions, Then they should be able to mark questions as 'highlighted' for prioritized answers during the session.

Users can engage in follow-up discussions after questions are answered to deepen understanding and provide insights.

Given a question has been answered in the Q&A session, When the participant clicks on a 'discuss' button, Then they should be able to start a threaded discussion related to the question within the webinar platform.

Webinar attendees need a mechanism to report inappropriate questions or comments during the session.

Given a live webinar is ongoing, When a participant clicks on a 'report' button next to a question or comment, Then a report should be submitted to the moderator for review.

Participants must receive notifications when their questions are addressed during the Q&A session.

Given a participant's question has been answered in the webinar, When the answer is provided by the speaker, Then the participant should receive a notification alerting them that their question has been addressed.

The platform should retain a record of all questions asked during the webinar for later review.

Given a webinar has concluded, When an admin accesses the webinar summary page, Then they should be able to view a list of all questions that were submitted during the Q&A session.

Webinar Recording Archive

User Story: As a user of EcoTrackly, I want to access recordings of past webinars so that I can learn from them at my own pace whenever I have time.
Description: The Webinar Recording Archive stores all past webinars, allowing users to access recorded sessions at their convenience. This feature ensures that users who missed live sessions can still benefit from the content, promoting continuous learning and knowledge retention. Enhanced search functionality will help users find relevant topics easily, thereby increasing the overall value of the webinars offered.
Acceptance Criteria: Accessing Archived Webinars from the User Dashboard

Given a user who is logged into the EcoTrackly platform, when they navigate to the Webinar Recording Archive section, then they should be able to view a list of all past webinars in chronological order including titles, dates, and brief descriptions.

Searching for a Specific Webinar by Topic

Given a user on the Webinar Recording Archive page, when they enter a keyword related to a topic in the search bar and hit enter, then the system should display a list of webinars that match the keyword criteria, sorted by relevance.

Playing a Recorded Webinar

Given a user who selects a recorded webinar from the archive, when they click the play button, then the selected webinar should begin streaming without any buffering, accompanied by an active video and audio output.

Viewing Webinar Details and Speaker Information

Given a user has selected a webinar from the archive, when they click on the webinar title, then they should be redirected to a detailed view containing information about the webinar content, duration, and speaker bios.

Downloading Webinar Recordings

Given a user viewing a recorded webinar, when they click the download button, then they should receive a downloadable file of the webinar within a maximum of 30 seconds, and the download should complete without errors.

Receiving Notifications for New Webinar Recordings

Given a user who has opted in for notifications, when a new webinar is added to the archive, then the user should receive an email notification within 1 hour of the new webinar's availability, containing the title and a link to access it.

Checking Video Playback Accessibility Features

Given a recorded webinar being played, when the user accesses playback controls, then they should be presented with options for subtitles and adjustable playback speed to ensure accessibility for all users.

Post-Webinar Feedback System

User Story: As a participant, I want to provide feedback on webinars I attended so that the content can be improved for future sessions and to reflect my learning experience.
Description: The Post-Webinar Feedback System collects user reviews and ratings following each webinar, enabling the continuous improvement of future sessions. This mechanism encourages audience participation and helps track user satisfaction levels over time. The feedback data will be analyzed to identify trends and areas for enhancement, ensuring that future webinars remain relevant and engaging for users.
Acceptance Criteria: Users submit feedback immediately after attending a webinar, documenting their experience and recommendations for improvement.

Given a user has attended a webinar, when they receive a feedback form, then they should be able to submit their feedback on the platform successfully, and the system must acknowledge receipt.

The feedback system aggregates user ratings to display overall satisfaction scores for each webinar.

Given multiple users have submitted feedback, when the analytics dashboard is accessed, then the average rating for the webinar must be displayed correctly based on the feedback received.

Users can comment on existing feedback left by others, allowing for discussions and additional insights.

Given a user views feedback left by others, when they choose to comment, then their comment should be successfully posted and displayed beneath the original feedback.

Administrators review feedback data to identify areas for improvement in future webinars.

Given the feedback data has been collected, when an administrator accesses the reporting module, then they can generate a report that highlights trends and recurring suggestions for improvement.

Users receive a follow-up email summarizing key points from the webinar along with the opportunity to provide feedback.

Given a user attended a webinar, when the webinar concludes, then the user must receive a follow-up email within 24 hours that includes a feedback link and highlights summary points.

The feedback system automatically detects incomplete feedback submissions and prompts users to complete them before submission.

Given a user begins filling out a feedback form, when they attempt to submit without answering all required questions, then a warning message must be displayed prompting them to complete necessary fields before proceeding.

Integration with Learning Pathways

User Story: As a user, I want to receive personalized recommendations for webinars based on my learning preferences so that I can enhance my knowledge effectively.
Description: The Integration with Learning Pathways feature connects webinar content with users' personalized learning paths, allowing tailored recommendations based on their interests and previous sessions attended. This enhances user engagement by guiding their learning journey and making connections between webinars and relevant resources available within the EcoTrackly platform. It ensures that users receive an optimized learning experience aligned with their sustainability goals.
Acceptance Criteria: User accesses the EcoTrackly platform and navigates to the Expert Webinars section to view upcoming webinars relevant to their learning pathway.

Given the user has logged into EcoTrackly, when they navigate to the Expert Webinars section, then they should see a list of upcoming webinars that match their personalized learning path.

User participates in a live webinar and engages with the content and other participants in real-time.

Given the user is attending a live webinar, when they submit a question through the chat interface, then their question should be visible to the host and other participants in real time.

After attending a webinar, the user wants to access additional resources relevant to the content discussed.

Given the user has completed a webinar, when they view the follow-up resources section, then they should see resource recommendations that align with the topics covered in the webinar and their personal learning pathway.

User wants to receive an alert for upcoming webinars that are aligned with their interests and previous attendance.

Given the user has specified their interests in their profile settings, when a new relevant webinar is scheduled, then the user should receive an email notification about the upcoming event.

User checks their learning pathway after attending multiple webinars to assess progress towards their learning goals.

Given the user has attended several webinars, when they view their learning pathway dashboard, then it should display their progress, including completed webinars and suggested next steps based on their interests.

User wants to provide feedback on a webinar they attended for future improvement.

Given the user has attended a webinar, when they access the feedback form at the end of the session, then they should be able to submit their feedback successfully and receive a confirmation of submission.

User wants to see statistics regarding their engagement with webinars over a certain period.

Given the user accesses their profile metrics, when they view the engagement statistics section, then they should see detailed analytics on the number of webinars attended, topics covered, and interactions made during sessions.

Case Study Showcase

An interactive feature that highlights successful sustainability initiatives from various organizations, providing in-depth analyses of strategies, challenges, and outcomes. The Case Study Showcase serves as a powerful tool for users to learn from real-world examples, inspiring innovative solutions and fostering a culture of learning and collaboration.

Requirements

Interactive Case Study Viewer

User Story: As a sustainability officer, I want to explore interactive case studies of successful sustainability initiatives so that I can gain insights and strategies that I can implement in my organization to improve our environmental performance.
Description: The Interactive Case Study Viewer will allow users to browse through a collection of detailed case studies showcasing various organizations’ successful sustainability initiatives. Each case study will feature rich media content including videos, infographics, and interactive timelines that illustrate the strategies employed, challenges faced, and outcomes achieved. This feature will enable users to easily access valuable insights and practical lessons while promoting user engagement through interactive elements such as comments and social sharing options. It integrates seamlessly into EcoTrackly's existing user interface and analytics dashboard, providing a resource for users to learn from real-world applications of sustainability practices.
Acceptance Criteria: User navigates to the Interactive Case Study Viewer from the EcoTrackly dashboard to explore various sustainability case studies.

Given the user is logged into EcoTrackly, when they click on the 'Case Study Showcase' button, then they should be redirected to the Interactive Case Study Viewer displaying a list of available case studies.

User selects a specific case study to view detailed information including media content and interactive elements.

Given the user is in the Interactive Case Study Viewer, when they click on a case study title, then the detailed view should open with rich media content, infographics, and an interactive timeline present.

User interacts with the social sharing options in a case study to promote valuable insights on social media platforms.

Given the user is viewing a case study, when they click the 'Share' button, then they should see options to share on Twitter, Facebook, and LinkedIn with the correct case study link included.

User leaves a comment on a case study to provide feedback or insights.

Given the user is viewing a case study, when they scroll to the comments section and enter a comment, then the comment should be displayed immediately after submission without requiring a page refresh.

User filters the displayed case studies based on categories such as industry or sustainability practices.

Given the user is on the Interactive Case Study Viewer page, when they select a filter option from the dropdown menu, then the displayed case studies should update to show only those that match the selected filter criteria.

User reports a technical issue with the Interactive Case Study Viewer to the support team.

Given the user is experiencing a problem, when they click on the 'Report Issue' button, then a form should appear allowing them to describe the issue and submit it, providing confirmation of successful submission upon completion.

User accesses the analytics dashboard to review engagement metrics related to the Interactive Case Study Viewer.

Given the user is an admin, when they navigate to the analytics section, then they should see statistics such as case study views, comments made, and shares conducted within the Interactive Case Study Viewer.

Case Study Contribution Portal

User Story: As a company representative, I want to submit our successful sustainability initiative as a case study so that other businesses can learn from our experiences and contribute to the collective knowledge of sustainability practices.
Description: The Case Study Contribution Portal will allow users to submit their own sustainability success stories and initiatives for inclusion in the EcoTrackly platform. This feature will include forms for uploading case details, photographs, and impact data, as well as a review process where submissions are evaluated for quality and relevance. By empowering users to contribute their experiences, this feature fosters a community-driven approach to learning and sharing best practices in sustainability. It integrates with user profiles and will also enable notifications to contributors when their submissions are published, enhancing community engagement and collaboration.
Acceptance Criteria: User submits their sustainability case study through the Case Study Contribution Portal.

Given a registered user, when they access the contribution portal, then they must be able to fill out a submission form that includes fields for case details, photographs, and impact data.

Submission review process evaluates user-contributed case studies.

Given a submitted case study, when a moderator reviews the submission, then they must be able to approve or reject the case based on established guidelines for quality and relevance.

User receives notifications regarding the status of their submitted case studies.

Given the status of a submitted case study has changed, when the change occurs, then the user must receive an email notification detailing whether their submission has been approved, rejected, or is still under review.

Users can upload photographs and other media as part of their case study submission.

Given a user is on the case study submission form, when they choose to upload a photograph, then the system must allow uploads of files in specified formats (e.g., JPG, PNG) and size limits (e.g., max 5MB).

Users can view previously submitted case studies on the EcoTrackly platform.

Given a user accesses the Case Study Showcase, when they browse through the submissions, then they must be able to view all approved case studies with relevant information and photographs displayed clearly.

The case study submission form is user-friendly and accessible.

Given a user accesses the submission portal, when they fill out the form, then they must find it intuitive with clear instructions and validation messages for each field to ensure proper submissions.

Users can edit their submissions after they have been submitted but before approval.

Given a user has submitted a case study, when they navigate to their submissions, then they must be able to edit the details of their case study until it has been approved by moderators.

Search and Filter Functionality

User Story: As a user looking to improve our company's sustainability practices, I want to search and filter case studies by industry and challenges so that I can find relevant examples that relate to my situation without sifting through irrelevant information.
Description: This requirement involves adding advanced search and filtering options to the Case Study Showcase, allowing users to easily find relevant case studies based on criteria such as industry, sustainability challenge, and geographical region. Users will be able to sort case studies by various metrics, such as date published, impact score, and user ratings. This functionality aims to enhance user experience by making navigation intuitive and relevant, allowing users to quickly identify case studies that align with their specific interests and needs, thus promoting deeper engagement with the content.
Acceptance Criteria: User searches for case studies related to renewable energy solutions in the technology sector.

Given the user is on the Case Study Showcase page, when they enter 'renewable energy' in the search bar, then the results displayed should only include case studies tagged with 'renewable energy' and 'technology sector'.

User filters case studies by geographical region and sorts results by impact score.

Given the user is on the Case Study Showcase page, when they select 'North America' from the geographical filter and sort by 'Impact Score', then the results should show only case studies from North America, ordered by descending impact score.

User wants to find case studies published within the last year.

Given the user is on the Case Study Showcase page, when they set the published date filter to 'Last Year', then the displayed case studies should only include those published within the last calendar year.

User reviews the sorting functionality by user ratings.

Given the user is on the Case Study Showcase page, when they sort case studies by 'User Ratings', then the results should arrange the case studies starting from the highest user ratings to the lowest.

User checks the applied filters and search terms.

Given the user has applied filters and a search term on the Case Study Showcase page, when they click on the 'Clear All' button, then all filters and search terms should be reset to default, and no case studies should be displayed until new filters are applied or a new search term is entered.

User searches for case studies using a combination of filters.

Given the user is on the Case Study Showcase page, when they select 'Waste Management' as a challenge and type 'urban areas' in the search bar, then the results displayed should only include case studies related to waste management in urban settings.

User accesses case studies through a mobile interface.

Given the user is using a mobile device to access the Case Study Showcase, when they utilize the search and filter functionality, then the interface should remain responsive and easily navigable, allowing for seamless interaction with results and filters.

Impact Metrics Display

User Story: As a business leader, I want to see the quantitative impact metrics associated with each case study so that I can understand the potential benefits of implementing similar sustainability practices in my organization.
Description: The Impact Metrics Display requirement will provide a visual representation of the quantifiable outcomes associated with each case study, such as reductions in carbon emissions, cost savings, and improved resource efficiency. This feature will include interactive graphs and charts that allow users to see the effects of the initiatives highlighted in each case study. By showcasing tangible results, this feature reinforces the effectiveness of sustainability strategies and can motivate users to adopt similar measures in their organizations, thereby aligning with EcoTrackly's mission to drive meaningful environmental impact.
Acceptance Criteria: User Interaction with Impact Metrics Display

Given the user is on the Case Study Showcase page, when they select a specific case study, then the Impact Metrics Display shows visual representations of the quantifiable outcomes for that case study, including carbon reductions, cost savings, and resource efficiency improvements, within 2 seconds.

Visual Clarity of Data Representation

Given the user is viewing the Impact Metrics Display, when the data is loading, then the interactive graphs and charts must be easy to read and interpret, with clear labels and legends that meet accessibility standards for color contrast and font size.

Interactivity of Impact Metrics Display

Given the user is on the Impact Metrics Display, when they hover over a graph point, then a tooltip appears showing detailed information about that specific data point, including the metric, value, and year, for at least 80% of data points.

Mobile Responsiveness of Impact Metrics Display

Given the user accesses EcoTrackly on a mobile device, when they view the Case Study Showcase and select a case study, then the Impact Metrics Display should be fully responsive, ensuring all metrics are viewable without horizontal scrolling on screen sizes smaller than 768px.

Data Accuracy in Impact Metrics Display

Given the user selects a case study from the Impact Metrics Display, when the metrics are displayed, then the data shown must be verified and match the source data from the case study reports with a maximum discrepancy of 5% in any metric.

User Feedback on Impact Metrics Display

Given the user interacts with the Impact Metrics Display, when they click the 'Provide Feedback' button, then a feedback form should appear, allowing users to submit their thoughts on the clarity and usefulness of the metrics displayed, with at least 75% of users reporting satisfaction with the display experience during usability testing.

Integration with Other Features

Given the user accesses the Impact Metrics Display, when they navigate to another section of EcoTrackly, then the display retains the last selected case study information, ensuring a seamless user experience across different platform sections without data loss.

User Rating and Feedback System

User Story: As a user, I want to provide feedback and rate case studies based on their usefulness so that I can contribute to the community and help other users find the best resources for sustainability initiatives.
Description: The User Rating and Feedback System will enable users to provide ratings and comments on each case study, allowing for community interaction and feedback. Users can express their opinions and suggestions based on their relevance and applicability to their own work. This feature will help gather user insights regarding the practicality and effectiveness of the case studies, fostering a culture of discussion and continuous improvement within the EcoTrackly community. It will also include a mechanism for highlighting highly rated case studies for greater visibility and engagement.
Acceptance Criteria: User Submission of Ratings and Feedback for a Case Study

Given a user has viewed a case study, when they submit a rating and comment, then the submission should be successfully recorded and stored in the database with a timestamp and associated user ID.

Display of User Ratings and Comments on Case Studies

Given multiple users have submitted ratings and feedback for a specific case study, when the case study is viewed by other users, then the average rating and all user comments should be displayed prominently on the case study page.

Highlighting Highly Rated Case Studies

Given a threshold rating (e.g., 4.5 stars or above) has been reached, when the case studies are displayed in the showcase section, then those case studies should be highlighted or sorted to appear at the top of the list.

Notification of New Feedback on a Case Study

Given a user has previously rated or commented on a case study, when another user submits new feedback, then the original user should receive a notification that new comments are available for that case study.

User Editing of Submitted Ratings and Comments

Given a user has submitted a rating and comment, when they choose to edit their feedback, then the system should allow them to modify their previously submitted rating and comment and save the changes successfully.

User Deletion of Ratings and Comments

Given a user has submitted a rating and comment on a case study, when they choose to delete their feedback, then the system should remove their rating and comment from the database and reflect this change immediately on the case study page.

System Performance Under High Load of Ratings and Comments

Given a high volume of users submitting ratings and comments simultaneously, when the ratings and comments are submitted, then the system should process all submissions without errors, maintaining a response time of under 2 seconds.

Integration with User Dashboard

User Story: As a regular user of EcoTrackly, I want to have quick access to case studies from my dashboard that are curated based on my interests so that I can efficiently discover relevant information without having to search each time.
Description: This requirement focuses on integrating the Case Study Showcase feature with the existing user dashboard in EcoTrackly. Users will have easy access to their favorite case studies, recent contributions, and recommended readings based on their activities and interests. This personalized integration will enhance user engagement by providing a tailored experience that encourages exploration of relevant case studies and improving the overall utility of the platform. It will ensure that users feel supported in their sustainability efforts through targeted resources and insights.
Acceptance Criteria: User accesses the dashboard and navigates to the Case Study Showcase section.

Given the user is logged into their EcoTrackly dashboard, when they click on the Case Study Showcase, then they should see their favorite case studies listed at the top of the page.

User browses recommended case studies based on their activities.

Given the user has interacted with sustainability topics previously, when they access the Case Study Showcase, then they should see recommended readings that align with their interests.

User wants to save a case study for later reference.

Given the user is viewing a case study in the Case Study Showcase, when they click on the 'Save for Later' button, then the case study should be added to their favorites list and confirmed through a notification.

User accesses recent contributions related to sustainability initiatives.

Given the user is on the Case Study Showcase page, when they scroll to the recent contributions section, then they should see a list of the last five contributions made by other users.

User interacts with the case study visualization tool.

Given the user is viewing a case study with interactive data visualizations, when they hover over a data point, then the user should see additional contextual information displayed in a tooltip format.

User logs out and logs back into the EcoTrackly platform.

Given the user logs out of their account and then logs back in, when they navigate to the Case Study Showcase, then their previously saved favorites should be accessible immediately.

User shares a selected case study with their colleagues.

Given the user is reading a case study, when they click the 'Share' button and enter their colleagues' emails, then an email with the case study link should be successfully sent to the entered addresses, confirmed by a feedback message.

Custom Learning Paths

Personalized learning experiences tailored to individual user roles and interests. This feature allows users to select specific topics or skills they wish to develop, guiding them through a structured sequence of resources and activities that enhance their knowledge and expertise in sustainability.

Requirements

Role-Based Content Recommendations

User Story: As a sustainability manager, I want to receive personalized content recommendations based on my role so that I can efficiently learn the skills relevant to my responsibilities and contribute more effectively to my company's sustainability goals.
Description: This requirement focuses on implementing a system that dynamically recommends learning resources based on the user's role within the organization. By analyzing the user's current position and previous interactions with the platform, the system will curate a personalized list of topics, articles, webinars, and courses aligned with their professional development goals. The integration of these recommendations into the EcoTrackly platform aims to ensure that users can quickly access the most relevant information, thereby enhancing their learning efficiency and engagement.
Acceptance Criteria: User selects their role upon logging into EcoTrackly, and the system analyzes their role and past interactions to generate personalized content recommendations.

Given the user has selected their role, When they log in, Then the system should display a personalized list of at least 5 relevant resources (articles, courses, webinars) aligned with their role and interests.

The user interacts with the recommended resources by clicking on them, and the system tracks these interactions to refine future recommendations.

Given the user clicks on a recommended resource, When the resource is opened, Then the interaction is logged, and future recommendations should be adjusted based on this interaction within the next login session.

A user reviews their content recommendations and indicates whether each suggestion is relevant or not, providing feedback to improve the recommendation algorithm.

Given the user has provided feedback on at least 3 out of 5 recommended resources, When the feedback is submitted, Then the system should update the user’s profile to reflect their preferences for future recommendations.

An administrator wants to monitor the effectiveness of the dynamic recommendation system to ensure it meets user needs and engagement metrics.

Given the administrator accesses the analytics dashboard, When they view the recommendation effectiveness report, Then the report should display user engagement metrics (click-through rate, time spent on resources) for the last 30 days.

A new user signs up for EcoTrackly and completes the onboarding process, leading to personalized recommendations based on their chosen interests and roles.

Given a new user completes the onboarding process and selects their interests, When they access the platform for the first time, Then they should receive a curated list of at least 5 recommended resources relevant to their interests and roles.

Returning users revisit the platform and want to update their role or interests to receive updated content recommendations.

Given a returning user wants to change their role or interests in their profile settings, When they make the changes and save, Then the system should refresh the content recommendations to align with the updated profile information within the next session.

Progress Tracking Dashboard

User Story: As a user of EcoTrackly, I want to see my learning progress so that I can stay motivated and recognize my achievements as I navigate through the tailored learning paths.
Description: This requirement involves creating a user-friendly dashboard that allows users to track their learning progress and achievements in real-time. The dashboard will visually display completed courses, ongoing learning activities, and upcoming milestones, helping users stay motivated and engaged in their learning journey. By integrating gamification elements, such as badges and certificates, the dashboard will encourage users to complete their learning paths, ultimately supporting the product's mission of driving sustainability expertise across organizations.
Acceptance Criteria: User accesses the Progress Tracking Dashboard after completing several courses and wants to review their progress and achievements.

Given the user has completed at least one course, When they access the Progress Tracking Dashboard, Then they should see a visual representation of completed courses, ongoing activities, and upcoming milestones.

A user wants to view their badges and certificates earned through the courses they have completed.

Given the user has completed courses that offer badges and certificates, When they navigate to the Progress Tracking Dashboard, Then they should see a section displaying all earned badges and certificates clearly.

A user logs in for the first time and wants to understand their current learning progress and available courses.

Given the user has just registered and has not completed any courses, When they visit the Progress Tracking Dashboard, Then they should receive a welcome message and an overview of available courses tailored to their selected interests.

A user navigates the dashboard and wants to set a learning goal for the upcoming month.

Given the user is on the Progress Tracking Dashboard, When they opt to set a new learning goal, Then they should be able to define a specific course or set of courses, and receive confirmation of their goal being saved.

A user checks their dashboard after completing a learning path to receive feedback on their overall performance.

Given the user has finished a learning path, When they access the Progress Tracking Dashboard, Then they should see a summary report including completion percentages, strengths, and areas for improvement.

A user receives notifications for upcoming milestones related to their learning paths via the dashboard.

Given the user has ongoing learning activities, When they log into the Progress Tracking Dashboard, Then they should receive notifications for any upcoming milestone deadlines and related actions required.

A user interacts with gamification elements on their dashboard to motivate learning.

Given the user is on the Progress Tracking Dashboard, When they hover over gamification elements like badges or certificates, Then they should see tooltips that explain how to earn these rewards and their benefits.

Certificate Generation

User Story: As a user, I want to receive a certificate upon completing a learning path so that I can demonstrate my new skills and knowledge in sustainability to my employer and peers.
Description: This requirement entails developing a feature that enables the generation of digital certificates upon the completion of specific learning pathways. These certificates will serve as a formal recognition of acquired knowledge and skills in sustainability practices. Users can share these certificates with employers, colleagues, or on professional networking platforms, enhancing their professional profiles and demonstrating their commitment to sustainability. This feature will integrate seamlessly with the existing database of courses and learning paths within EcoTrackly.
Acceptance Criteria: User completes a learning path and attempts to generate a certificate to acknowledge their achievement.

Given a user has completed all required modules in a learning path, when they access the certificate generation feature, then a digital certificate should be generated and displayed for download.

User accesses the certificate generation feature and shares the certificate on a professional networking platform.

Given a user has generated a digital certificate, when they select the share option, then the certificate should be successfully posted on the specified professional networking platform with all relevant details intact.

User attempts to generate a certificate for a learning path that they have not completed.

Given a user has not completed all the required modules for a learning path, when they attempt to access the certificate generation feature, then an error message should inform them that they need to complete all modules before generating the certificate.

User wants to verify the authenticity of a generated certificate via a unique code provided with the certificate.

Given a user has generated a digital certificate, when an external entity enters the unique verification code, then the system should display the certificate details confirming its authenticity and validity.

User updates their profile to include their newly generated certificate in their professional portfolio.

Given a user has generated a digital certificate, when they navigate to their profile and upload the certificate, then it should be visible on their profile, accessible for viewing by others.

Administrator assesses the overall usage statistics of the certificate generation feature.

Given the administrator accesses the reporting dashboard, when they review the usage statistics of the certificate generation feature, then the dashboard should display the total number of certificates generated, along with user engagement metrics.

User generates a certificate and encounters a technical issue during the process.

Given a user attempts to generate a certificate but encounters an error, when they report the issue through the feedback mechanism, then the support team should receive the report with all relevant details for prompt resolution.

Feedback Mechanism for Learning Paths

User Story: As a user, I want to give feedback on learning paths so that my suggestions can help improve the quality of the resources provided and ensure they meet user needs.
Description: This requirement is about implementing a feedback system that allows users to provide input on the effectiveness and content of learning paths. Users will be able to rate the resources and provide comments, which will be used to improve future content offerings. This feedback loop not only helps enhance user satisfaction but also ensures that the educational materials remain relevant and effective in meeting the users' needs, thereby directly supporting EcoTrackly's goal of optimizing user engagement and educational outcomes.
Acceptance Criteria: User provides feedback on a completed learning path after engaging with all resources and activities.

Given the user has completed a learning path, when they navigate to the feedback section, then they should be able to rate each resource on a scale of 1 to 5 and submit comments.

User accesses a summary of feedback received for a specific learning path to review patterns and insights.

Given admin has entered the feedback data, when the user views the summary report for the learning path, then they should see aggregated ratings and comments categorized by resource.

User attempts to submit feedback without completing the learning path to check for validation errors.

Given the user has not completed all parts of a learning path, when they try to submit feedback, then an error message should appear indicating that completion is required to submit feedback.

User updates their feedback after initially submitting it to enhance their input on a learning path.

Given the user has previously submitted feedback, when they access the feedback form again, then they should be able to edit their ratings and comments before resubmitting.

User checks the feedback history to review their previous ratings and comments on learning paths.

Given the user navigates to the feedback history section, when they view past feedback entries, then they should see all their previous ratings and comments for each learning path they completed.

Admin reviews feedback submitted by users to assess the performance of different learning paths.

Given there is user feedback data available, when the admin accesses the feedback management interface, then they should be able to filter and analyze feedback by learning path and resource type.

Mobile Accessibility for Learning Paths

User Story: As a user, I want to access learning paths on my mobile device so that I can continue my education while commuting or traveling, making my learning more flexible and convenient.
Description: This requirement pertains to enhancing the EcoTrackly platform's functionality by making learning paths accessible via mobile devices. Users will be able to engage with their learning materials anywhere and at any time, increasing flexibility and convenience. This feature will include a responsive design and optimization for various screen sizes, ensuring a seamless learning experience, which is crucial for users on the go. By incorporating this mobile accessibility, EcoTrackly will cater to a broader audience and embody the principles of modern, on-demand learning.
Acceptance Criteria: User accesses learning paths on their mobile device while commuting to work.

Given a user has a mobile device, when they open the EcoTrackly app, then they should see the learning paths optimized for mobile with all content accessible.

User navigates between different learning modules from their smartphone during a break.

Given a user is in the learning paths section, when they click on a module, then the module should load within 3 seconds without any errors.

User bookmarks a learning resource on their mobile device for later review.

Given a user is viewing a learning resource, when they click the 'Bookmark' button, then the resource should be successfully saved in their bookmarks section accessible from both mobile and web versions.

User shares their learning progress with a colleague from their mobile device.

Given a user has completed a module, when they click 'Share Progress', then they should be able to send their progress via email or social media directly from their mobile device.

User adjusts font size and layout preferences on mobile for better readability.

Given a user is viewing content on their mobile device, when they change the font size in settings, then all text should adjust according to the selected size without affecting the layout negatively.

User receives push notifications for new learning paths relevant to their interests.

Given a user has opted in for notifications, when a new learning path is added that matches their specified interests, then they should receive a push notification on their mobile device.

Community Discussion Boards

An online forum for users to engage in conversations, share insights, and pose questions related to sustainability practices. The Community Discussion Boards promote collaborative learning and knowledge exchange, creating a supportive environment where users can grow together in their sustainability journey.

Requirements

User Registration and Profiles

User Story: As a new user, I want to create a personal profile on EcoTrackly's Community Discussion Boards so that I can engage with others who share my sustainability goals and track my contributions over time.
Description: The Community Discussion Boards feature requires a user registration and profile management system that enables users to create unique accounts, complete with personal profiles detailing their sustainability interests, business sectors, and previous contributions. This function supports robust engagement as users can tailor their interactions, follow topics of interest, and receive personalized content and notifications. It enhances the sense of community by allowing users to connect based on shared sustainability goals and experiences, facilitating better knowledge sharing and collaboration within the platform.
Acceptance Criteria: User Registration Process for New Users

Given a new user visits the EcoTrackly Community Discussion Boards, when they complete the registration form with valid information and submit, then they should receive a confirmation email and be directed to their profile page.

Profile Customization for Existing Users

Given an existing user navigates to their profile settings, when they update their information such as sustainability interests, business sectors, and click 'Save', then the updated information should be reflected in their profile immediately and a success message should be displayed.

Account Activation via Email Confirmation

Given a new user registers for an account, when they click the confirmation link in the email, then their account should be activated and they should be able to log in to the Community Discussion Boards successfully.

User Account Deletion Request

Given a user wants to delete their account, when they navigate to account settings and confirm the deletion request, then their account should be removed from the system within 30 days, and they should receive a notification of the deletion process.

Notification Settings for User Engagement

Given a user has successfully registered and logged in, when they access their notification settings and opt in for topic-related notifications, then they should start receiving relevant notifications based on their selected interests within 24 hours.

User Profile Visibility to Others

Given a user completes their profile and sets it to public, when another user views the Community Discussion Boards, then the public profile should be visible to them, showing the user's contributions and interests.

User Follow Topics Feature

Given a logged-in user selects a topic of interest from the Community Discussion Boards, when they click 'Follow', then they should receive updates on new discussions related to that topic and see it reflected in their profile's followed topics list.

Thread Creation and Management

User Story: As a user, I want to start and manage threads in the Community Discussion Boards so that I can share insights and ask questions about sustainability practices that are important to me.
Description: Users should be able to create, edit, and delete discussion threads in the Community Discussion Boards. This functionality allows for dynamic engagement where users can start conversations on specific sustainability topics that interest them. Each thread will include tagging options for better categorization and searchability, enhancing the user experience by making relevant discussions easier to find. This requirement is crucial for fostering vibrant discussions and providing a platform for diverse voices within the community.
Acceptance Criteria: User initiates a new thread in the Community Discussion Boards to discuss a specific sustainability topic.

Given a user is logged into the EcoTrackly platform, when they select the 'Create Thread' button and fill in the required fields (title and content), then the new thread should be successfully created and visible in the discussion board.

User edits an existing discussion thread to correct information or add new insights.

Given a user has permission to edit their thread, when they select the 'Edit' option for a specific thread and make changes to the title or content, then the updated thread should reflect the changes in the discussion board.

User deletes a discussion thread that they no longer wish to have in the Community Discussion Boards.

Given a user has created a thread, when they select the 'Delete' option and confirm the deletion, then the thread should be permanently removed from the discussion board and no longer visible to other users.

A user is searching for specific threads related to a sustainability practice using tags.

Given multiple threads are tagged with relevant sustainability topics, when the user searches using a specific tag, then the system should display all threads associated with that tag.

User views a thread and wants to see comments and responses for further engagement.

Given a thread has existing comments, when the user selects the thread, then the comments should load and display below the thread content, allowing for easy interaction.

User attempts to create a thread without entering a title or content.

Given a user is logged in and attempts to submit a thread without filling all required fields, then the system should show an error message indicating that all fields are mandatory.

User wants to categorize a thread using relevant tags to increase its visibility.

Given a user is creating a thread, when they add tags to their thread and submit it, then the thread should be searchable by those tags within the Community Discussion Boards.

Commenting and Reply Functionality

User Story: As a user, I want to comment on and reply to other users' posts in the Community Discussion Boards so that I can contribute to discussions and deepen my understanding of different sustainability practices.
Description: The ability for users to comment on and reply to existing threads is essential for fostering meaningful conversations. This feature will include nested comments, allowing for organized discussions, and make it easier for users to engage with specific points raised by others. Additionally, users will receive notifications of replies to their comments, encouraging active participation. This interaction enhances community engagement and promotes collaborative learning among users.
Acceptance Criteria: Commenting on a thread in the Community Discussion Boards.

Given a user is logged into their account, when they navigate to a discussion thread and enter a comment in the comment field, then the comment should be successfully added to the thread and visible to all users.

Replying to an existing comment in a thread.

Given a user has previously commented on a discussion thread, when they click on the 'reply' button associated with an existing comment, enter their response, and submit it, then their reply should be nested under the original comment and visible to all users.

Receiving notifications for replies to comments.

Given a user has commented on a discussion thread, when another user replies to that comment, then the original commenter should receive a notification in their account indicating that there has been a reply.

Viewing nested comments in a thread.

Given a discussion thread contains multiple comments and replies, when a user opens the thread, then they should be able to see comments organized in a hierarchical manner, displaying replies in a nested format under the original comment.

Editing a comment after it has been posted.

Given a user has successfully posted a comment, when they select the 'edit' option for their comment, make changes, and submit the edit, then the updated comment should replace the original comment and be visible in the thread.

Deleting a comment or reply in the Discussion Board.

Given a user has posted a comment or reply, when they choose to delete it, then the comment or reply should be removed from the thread and no longer visible to any users.

Checking for comment moderation.

Given a user posts a comment in the Community Discussion Boards, when they submit the comment, then the comment should be flagged for moderation if it contains inappropriate language or violates community guidelines, and should not be visible to all users until approved.

Search and Filter Options

User Story: As a user, I want to search for specific discussions or filter topics in the Community Discussion Boards so that I can quickly find information and insights relevant to my interests.
Description: To improve user experience, the Community Discussion Boards must include robust search and filter functionalities, allowing users to easily find relevant discussions based on keywords, tags, or categories. This capability ensures that users can quickly access pertinent information and engage with topics that matter most to them. Efficient search and filtering support user autonomy and enhances overall user satisfaction, helping members feel empowered to navigate community resources effectively.
Acceptance Criteria: User searches for sustainability topics related to reducing waste in the Community Discussion Boards.

Given a user is on the Community Discussion Boards, when they enter 'reducing waste' in the search bar and press enter, then the system should return a list of relevant discussions containing the keyword 'reducing waste' within the title or body.

User wants to filter discussions by tags such as 'energy efficiency' or 'reuse' on the Community Discussion Boards.

Given a user is viewing the Community Discussion Boards, when they apply the filters for 'energy efficiency' and 'reuse', then the system should display only the discussions tagged with those two filters.

User is browsing sustainability topics and wants to find discussions from a specific category.

Given a user has selected the 'Best Practices' category from the filter options, when the page refreshes, then the discussions displayed should only belong to the 'Best Practices' category.

User wishes to refine their search results further after performing an initial keyword search.

Given a user performed a search for 'sustainability', when they apply the filter for the '2024' date range, then the results should only display discussions posted in the year 2024.

User practices accessibility by using keyboard navigation to search for discussions.

Given a user is on the Community Discussion Boards, when they navigate through the site using their keyboard and input a search term, then they should be able to execute a search and see results without using a mouse.

User is looking for the most popular discussions related to their interests in sustainability.

Given a user selects the 'Most Liked' filter on the Community Discussion Boards, when the page updates, then the discussions should be sorted by the number of likes in descending order, showing the most liked discussions at the top.

User wishes to save their search criteria for repeated access.

Given a user has executed a search for 'green energy' and applied filters, when they select the 'Save Search' option, then the search criteria should be saved and retrievable in their profile for future use.

Moderation and Reporting Tools

User Story: As a moderator, I want to have tools to manage and report inappropriate content in the Community Discussion Boards so that I can maintain a respectful and productive environment for all users.
Description: A vital requirement for the Community Discussion Boards is the implementation of moderation and reporting tools. These tools will empower selected community moderators to manage discussions, ensuring that interactions remain respectful and on-topic, while users can report any inappropriate content. This functionality is essential for maintaining a safe and constructive environment where all users feel welcome and valued, thus fostering healthy engagement in sustainability discussions.
Acceptance Criteria: Users can access moderation tools within the Community Discussion Boards to manage content effectively.

Given a moderator is logged into the Community Discussion Boards, when they click on the moderation tools section, then they should see options to delete posts, block users, and pin discussions.

Users can report inappropriate content in discussions to maintain a safe community environment.

Given a user views a post, when they click the 'Report' button, then a form should appear allowing them to specify the reason for the report and submit it successfully.

Community moderators should receive notifications when a report is submitted to take appropriate action.

Given a report is submitted, when the moderator accesses the moderation dashboard, then they should see the new report listed with all relevant details including post content and user information.

The system should allow moderators to view the history of actions taken on reported posts.

Given a moderator views the history section, when they select a specific post, then they should see a detailed log of actions taken including who reported the post and what actions were performed.

Community members should be notified when action is taken on a reported post to promote transparency.

Given a user has reported a post, when the moderator takes action on the post, then the reporting user should receive a notification about the outcome of their report.

Moderation tools should provide an analytics dashboard for tracking report trends and user behavior.

Given a moderator accesses the analytics section, when they view the reports overview, then they should see statistics on report frequency, types of reports, and user engagement metrics.

The moderation tools should comply with accessibility standards for all users.

Given the moderation tools interface, when a user interacts with the tools, then they should be fully navigable via keyboard and compliant with screen readers, ensuring accessibility for users with disabilities.

Embedded Resource Sharing

User Story: As a user, I want to share links, images, and videos in the Community Discussion Boards so that I can enrich discussions and provide valuable resources to other members.
Description: The platform should support embedded links and multimedia sharing within discussion threads. This feature allows users to include videos, images, and links to articles, enhancing the richness of discussions and enabling users to share valuable resources. Providing a diverse range of content formats enriches the learning experience and encourages users to engage with and learn from a variety of sources, thereby broadening the community’s knowledge base.
Acceptance Criteria: Users can successfully embed a video link in a discussion thread to share insights on sustainable practices.

Given a user is creating a new discussion thread, when they paste a valid video link in the content, then the video should be displayed and playable within the thread.

A user shares an article link within a discussion thread to facilitate a group analysis on recycling methods.

Given a user is replying to a discussion thread, when they include a valid article link in their reply, then the link should appear clickable and accessible to all thread participants.

A user uploads an image within a discussion thread to illustrate a point about waste reduction strategies.

Given a user is composing a post in a discussion thread, when they upload an image file, then the image should be viewable within the post without distortion or loss of quality.

A user initiates a discussion thread featuring multimedia resources that collectively convey best practices in green energy.

Given a user is creating a discussion thread, when they embed multiple resource types (videos, links, images), then all resources should be correctly formatted and render properly in the thread.

A forum admin wants to verify that multimedia content enhances user interaction on the discussion boards.

Given a discussion thread with multimedia content, when the thread is accessed by other users, then engagement metrics (likes, comments) should show an increase compared to threads without multimedia.

Sustainability Assessment Tools

Interactive assessment tools that enable users to evaluate their organization’s current sustainability practices and identify areas for improvement. By facilitating self-assessment, this feature promotes awareness and encourages organizations to take proactive steps toward enhancing their sustainability strategies.

Requirements

User-Friendly Interface for Assessments

User Story: As a sustainability manager, I want an intuitive interface for the sustainability assessment tools so that my team can easily evaluate our practices without extensive training.
Description: Develop an intuitive user interface where users can easily navigate through the sustainability assessment tools. The design should ensure that users can access various assessment categories, complete the assessments with minimal friction, and review their input efficiently. Incorporating tooltips and guided prompts will enhance user experience and engagement. This interface is essential for maximizing the usability and overall effectiveness of the assessment tools, enabling organizations to evaluate their sustainability practices without training overhead.
Acceptance Criteria: User navigates to the Sustainability Assessment Tools section to perform a self-assessment of their environmental practices.

Given the user is on the EcoTrackly dashboard, when they click on the 'Sustainability Assessment Tools' link, then they should be directed to an interface showcasing all available assessment categories clearly categorized by sustainability focus areas.

User attempts to complete an assessment but encounters tooltips and prompts throughout the process.

Given the user starts an assessment, when they hover over any assessment question or field, then a tooltip should appear providing guidance on how to answer the question or fill the field correctly.

User finishes an assessment and wants to review their selected responses before submission.

Given the user completes all questions in the assessment, when they click the 'Review' button, then all entered responses should be displayed in a summary format for the user to easily verify their answers before final submission.

User uses the assessment tools on a mobile device to evaluate their sustainability practices.

Given the user accesses the EcoTrackly platform on a mobile device, when they navigate to the Sustainability Assessment Tools, then the interface should be fully responsive, maintaining usability and readability without loss of functionality.

User engages with the guided prompts at the beginning of an assessment for assistance.

Given the user selects the 'Start Assessment' button, when the guided prompt appears, then it should effectively describe the purpose of the assessment and provide an estimated time for completion.

User accesses the assessment tools without prior training or support.

Given a new user approaches the EcoTrackly platform, when they start using the Sustainability Assessment Tools, then they should be able to navigate through the assessments and complete them independently without external assistance.

Comprehensive Assessment Criteria

User Story: As a business owner, I want comprehensive criteria for sustainability assessments so that I can understand my organization's performance against industry benchmarks and regulatory standards.
Description: Establish a set of comprehensive and customizable criteria for evaluating an organization’s sustainability practices across multiple sectors such as energy use, waste management, and carbon footprint. The assessment criteria should be scientifically backed and align with global sustainability standards to ensure credibility and relevance. By providing a robust framework for assessment, organizations can receive actionable insights about their sustainability standing and identify specific areas for improvement.
Acceptance Criteria: User conducts a sustainability self-assessment using customizable criteria, allowing for a detailed evaluation of their organization's practices in energy use, waste management, and carbon footprint.

Given that the user has selected customizable assessment criteria, when they complete the assessment, then the system should provide a report that outlines their sustainability performance with actionable insights for improvement.

An organization needs to benchmark its sustainability practices against global standards and obtain a summary of areas needing improvement.

Given an organization's data input, when the assessment is evaluated, then the tool should provide a score aligned with global sustainability metrics and highlight areas for potential enhancement.

The sustainability assessment tool is utilized in a workshop setting, where multiple stakeholders evaluate their practices collaboratively.

Given that multiple users from the same organization are participating, when they input data simultaneously, then the system should accommodate concurrent assessments and generate a comprehensive summary for the group.

A user wants to revise their sustainability assessment criteria after receiving initial feedback from the report.

Given that the user is on the assessment review page, when they modify their criteria selections and resubmit, then the system should recalculate and update the assessment results accordingly.

A user seeks to export their sustainability assessment results for stakeholder presentations or compliance documentation.

Given that the user has completed their assessment, when they select the export option, then the system should allow downloading of the results in multiple formats (PDF, Excel, etc.) with all necessary details included.

A sustainability officer would like to track historical assessment results to identify trends over time.

Given the user accesses the historical assessment dashboard, when they select a specific time frame, then the system should display previous results and trends in sustainability performance clearly.

An organization is applying the assessment tool to initiate a company-wide sustainability strategy meeting.

Given that the assessment tool has been completed by all relevant departments, when the meeting begins, then an executive summary should be available that consolidates all department assessments for discussion.

Real-Time Feedback Mechanism

User Story: As an operations manager, I want real-time feedback on my sustainability assessments so that I can quickly adapt our strategies based on actionable recommendations.
Description: Implement a real-time feedback mechanism that provides users with instant insights and recommendations as they complete their assessments. This feature should analyze user inputs dynamically and offer tailored suggestions for improvement based on best practices in sustainability. The feedback mechanism will guide users in making informed decisions about their sustainability strategies and foster a more engaged and proactive approach to sustainability initiatives.
Acceptance Criteria: User completes a sustainability assessment questionnaire and requires immediate feedback on their responses to identify areas for improvement.

Given a user has submitted their assessment responses, When the response is processed, Then the user receives tailored feedback within 10 seconds highlighting key areas for improvement based on their inputs.

Management reviews the overall sustainability assessment results and wants to see real-time suggestions for enhancing practices based on collective user inputs.

Given multiple assessments have been completed by different users, When management accesses the dashboard, Then they can view aggregated real-time suggestions that reflect common improvement areas across all assessments.

A user seeks clarification on specific feedback provided by the real-time feedback mechanism after completing the assessment.

Given the user has received feedback, When the user clicks on a feedback item for more details, Then the user is presented with clear explanations and references to sustainability best practices.

A user updates their assessment based on initial feedback and wishes to receive updated suggestions.

Given a user updates their assessment responses after initial feedback, When the user resubmits their assessment, Then they should receive updated suggestions within 10 seconds that reflect their new inputs.

The system administrator wants to ensure the feedback algorithm is functioning correctly and providing relevant suggestions.

Given the admin runs a test assessment with known inputs, When the feedback mechanism processes the assessment, Then it produces suggestions that align with predefined expected results based on best practices.

Progress Tracking Dashboard

User Story: As a team leader, I want a dashboard to track our sustainability assessment progress so that I can easily communicate our improvements and areas needing attention during team meetings.
Description: Create a progress tracking dashboard that allows users to visualize their sustainability assessment journey and improvements over time. The dashboard should display key performance indicators (KPIs), accomplishments based on user inputs, and areas that need attention. This visualization not only motivates users by showing their progress but also helps in monitoring long-term sustainability goals, making it an integral part of the assessment tools.
Acceptance Criteria: User accesses the Progress Tracking Dashboard to review their sustainability assessment results and visualizations after completing an initial sustainability assessment.

Given the user has completed a sustainability assessment, when they access the Progress Tracking Dashboard, then they should see a summary of their assessment results visualized through key performance indicators (KPIs) such as energy consumption, waste production, and emissions.

User updates their sustainability practices after receiving recommendations from the dashboard.

Given the user has implemented changes based on the dashboard recommendations, when they re-access the Progress Tracking Dashboard, then they should see updated KPIs reflecting their new sustainability practices and improvements over time.

User wants to understand areas needing improvement from their previous assessments.

Given the user is viewing the Progress Tracking Dashboard, when they look for areas of attention, then they should see clearly identified sections that highlight specific KPIs that are below target or have not improved over the past assessments.

User interacts with the Progress Tracking Dashboard to track their sustainability goals over a defined period.

Given the user specifies a date range on the Progress Tracking Dashboard, when they apply the date filter, then the dashboard should accurately display the KPIs for that period with a clear visual representation of progress towards their sustainability goals.

User shares their sustainability progress with stakeholders using the Progress Tracking Dashboard.

Given the user wants to share their assessment report, when they utilize the sharing feature on the Progress Tracking Dashboard, then they should be able to send a detailed report including visuals and KPIs to stakeholders via email or a downloadable file format.

User attempts to access the dashboard on different devices (mobile, tablet, desktop).

Given the user accesses the Progress Tracking Dashboard from different devices, when they open the dashboard on these devices, then it should display responsively and maintain usability across all devices without loss of functionality.

Exportable Reports for Stakeholders

User Story: As a compliance officer, I want to generate exportable reports from the assessment tools so that I can easily share our sustainability performance with stakeholders and ensure compliance with regulations.
Description: Facilitate the generation of comprehensive reports based on assessment results that can be exported in various formats (PDF, Excel, etc.). These reports will summarize sustainable practices, identified areas for improvement, and actionable insights. The ability to share these reports with stakeholders helps to enhance transparency in sustainability initiatives and supports compliance requirements, ultimately reinforcing an organization's commitment to sustainability.
Acceptance Criteria: Stakeholder Access to Generated Reports

Given the user has completed the sustainability assessment, when they choose to generate a report, then the report should be accessible for download in PDF and Excel formats without errors.

Content Accuracy in Exported Reports

Given the user has submitted their sustainability assessment results, when exporting the report, then the report must accurately reflect the assessment inputs, insights, and identified areas for improvement as per the data inputted.

Compliance Requirements in Reports

Given the organization has to comply with regulatory standards, when the report is generated, then it should include sections specifically addressing compliance with relevant sustainability regulations and metrics.

User-Friendly Report Formatting

Given the user is generating a report, when they open the PDF or Excel file, then the formatting must ensure readability and include visual aids (graphs/charts) that effectively convey sustainability metrics and insights.

Report Sharing Mechanism

Given the user has downloaded the report, when they initiate a report sharing process, then they should be able to share the report easily via email or link without compatibility issues.

Performance of Report Generation

Given the user requests a report generation, when the report is generated, then it should be completed within 2 minutes for standard assessments, ensuring efficiency in the process.

Audit Trail of Generated Reports

Given that reports can be generated multiple times, when a report is created, then an audit trail must be maintained, capturing details of the user, time, and content changes for compliance and accountability purposes.

Real-Time Waste Monitoring

This feature provides continuous tracking of waste generation through smart sensors, allowing organizations to instantly see how much waste is being produced at any given time. Users benefit from immediate insights into waste patterns, enabling them to make data-driven decisions to improve waste management practices and reduce overall waste production.

Requirements

Smart Sensor Integration

User Story: As a sustainability manager, I want to integrate smart sensors for waste monitoring so that I can track waste generation in real-time and improve our sustainability practices.
Description: This requirement involves the integration of smart sensors capable of detecting various types of waste and monitoring their generation in real-time. The sensors will be installed in waste disposal areas, and their data will automatically feed into the EcoTrackly platform. This functionality will empower businesses to gain immediate visibility into their waste production patterns, enabling them to make informed decisions regarding waste reduction strategies. The data collected will enhance analytics capabilities within EcoTrackly, leading to improved waste management practices and ultimately reducing environmental impacts. The integration should ensure compatibility with existing IoT devices commonly used in environmental monitoring.
Acceptance Criteria: Smart sensor installation in waste disposal areas.

Given the smart sensors are installed, when they detect waste being added to the disposal areas, then the sensors must transmit real-time data on waste volume to the EcoTrackly platform within 5 seconds.

Data visualization of detected waste to users.

Given the real-time data from the smart sensors is available, when users access the EcoTrackly dashboard, then they should see a visual representation of waste volume trends over the past 24 hours with hourly intervals.

Compatibility with existing IoT devices.

Given the integration of smart sensors, when they are connected to the EcoTrackly system, then the system must recognize and communicate with at least 95% of existing compatible IoT devices used in environmental monitoring without manual configuration.

Alerts for significant waste generation events.

Given that smart sensors are monitoring waste levels, when waste volume exceeds a predefined threshold, then the system must send an immediate alert to designated users through the EcoTrackly platform and via email.

Long-term data reporting for waste management strategy.

Given the historical data collected by the smart sensors, when users generate a report on waste generation metrics, then the report must include data analytics showing trends over the last month with actionable insights.

User feedback on sensor performance.

Given users are utilizing the smart sensors for waste monitoring, when they provide feedback through the EcoTrackly platform, then their feedback must be recorded and categorized for system improvement analysis.

Waste Pattern Analytics Dashboard

User Story: As an operations manager, I want an analytics dashboard that visualizes our waste production data so that I can identify patterns and make informed decisions to reduce our waste.
Description: This requirement entails the development of a user-friendly analytics dashboard that visualizes waste data collected from smart sensors. Users will be presented with insightful charts and graphs showcasing trends in waste production over time, comparisons between different segments of the business, and insights into areas for improvement. The dashboard will allow users to filter data by location, waste type, and date ranges, facilitating granular analysis. Providing actionable insights will empower organizations to pinpoint inefficiencies and develop targeted waste reduction initiatives, enhancing their overall sustainability strategy.
Acceptance Criteria: User views the Waste Pattern Analytics Dashboard to analyze waste data from multiple locations in their organization.

Given the user is on the Waste Pattern Analytics Dashboard, when they select multiple locations, then the dashboard should display a consolidated view of waste generation data from the selected locations in real-time.

User filters the waste data by waste type to assess specific waste management practices.

Given the user applies a filter for a specific waste type, when they refresh the data, then the dashboard should update to show only data related to the selected waste type within the specified date range.

User generates a report on waste production trends over the last quarter for their management team.

Given the user requests a quarterly report, when they select the 'Generate Report' option, then the system should create a downloadable report in PDF format containing visual charts and graphs exhibiting trends in waste production for the last quarter.

User compares waste production between different segments of their organization to identify the top waste-generating segment.

Given the user accesses the comparison feature on the dashboard, when they select different business segments, then the dashboard should provide side-by-side visual comparisons highlighting the waste production metrics for each segment.

User wishes to view real-time alerts for waste generation exceeding a set threshold.

Given the user has set a waste generation threshold, when waste production exceeds this threshold, then the dashboard should display a real-time alert notifying the user of the exceedance.

User navigates the dashboard on a mobile device to ensure responsiveness and usability.

Given users access the Waste Pattern Analytics Dashboard on various mobile devices, when they interact with the dashboard, then all features and visualizations should display correctly and function seamlessly, preserving user experience.

User seeks to understand the historical waste trends to inform future sustainability initiatives.

Given the user selects a date range for historical data view, when they analyze the displayed waste trend graphs, then the graphs should accurately reflect the waste production patterns as per the chosen date range, providing insights into areas for improvement.

Real-Time Alerts for Excess Waste Generation

User Story: As a waste management coordinator, I want to receive real-time alerts when our waste generation exceeds certain levels so that I can quickly address the issues and minimize waste.
Description: This requirement includes the functionality to set up real-time alerts that notify users when waste generation surpasses predefined thresholds. Alerts will be sent via email or push notifications to ensure immediate awareness of any spikes in waste production. This proactive approach enables businesses to investigate the cause of excessive waste generation and implement immediate corrective actions, fostering a responsive waste management culture. Additionally, users should have the flexibility to customize alert thresholds based on their objectives and past data trends.
Acceptance Criteria: User sets a custom alert threshold for waste generation and receives the alert when the threshold is exceeded.

Given a user has accessed the alert settings, when the user sets a threshold of 100 kg of waste generation, then the system must send an email and a push notification when waste generation exceeds 100 kg within the monitoring period.

Business receives a real-time alert when waste generation exceeds the set threshold during peak hours.

Given the waste generation threshold is set at 150 kg, when the waste generation during peak hours exceeds this threshold, then the system must trigger an alert within 5 minutes of the threshold being exceeded, notifying all registered users via email and push notifications.

User views the historical alert data to analyze waste generation trends over time.

Given the user has access to the historical data section, when the user filters the alerts by the last 30 days, then the system must display all the alerts triggered within that period, including the date, time, and amount of waste generated.

User changes the alert threshold and verifies if the alert system reflects the updated threshold.

Given the user has updated the alert threshold to 200 kg, when the user attempts to trigger an alert by generating 210 kg of waste, then the system must send an alert according to the updated threshold within 5 minutes.

System allows users to customize notification preferences for different alert types.

Given the user is on the notification settings page, when the user selects to receive SMS notifications in addition to email alerts for waste generation alerts, then the system must successfully save the settings and send an SMS notification upon the next alert triggering.

User tests the alert system with a simulated waste spike to ensure functionality of alerts.

Given the user accesses the testing feature to simulate a waste spike event, when the simulation indicates a waste generation of 250 kg, then the system must send an immediate alert and log the alert event correctly in the alert history.

Regulatory Compliance Reporting

User Story: As a compliance officer, I want to generate automated reports for waste management so that I can ensure we meet regulatory requirements without manual overhead.
Description: This requirement focuses on the integration of a reporting feature that automatically compiles waste data into compliance reports for regulatory bodies. Users will be able to generate extensive reports that outline waste generation, disposal methods, and any relevant recycling initiatives. This feature will streamline the compliance process, reducing the time and effort required for documentation and audits. By maintaining accurate records effortlessly, businesses will not only stay compliant with environmental regulations but also demonstrate their commitment to sustainability to stakeholders.
Acceptance Criteria: Data Compilation for Monthly Regulatory Reporting

Given that the user accesses the compliance reporting feature, when they select the date range for the report, then the system should compile and populate the report with waste generation data for that specific period.

Downloadable Compliance Reports

Given that the user has generated a compliance report, when they click the 'Download' button, then the system should provide the report in a PDF format for easy sharing and submission to regulatory bodies.

Automatic Data Accuracy Validation

Given that the waste data has been compiled, when the user reviews the report, then the system should highlight any discrepancies or missing data to ensure that the report is accurate before submission.

Integration with Regulatory Database

Given that a report is generated, when the user opts to submit the report, then the system should automatically send the report to the relevant regulatory database without manual intervention.

User Access Permissions for Report Generation

Given that the user is logged in, when they attempt to generate a compliance report, then the system should verify that the user has the necessary permissions to access and create the reports.

Yearly Compliance Summary Reports

Given that the user selects the annual reporting option, when they generate the report, then the system should compile waste generation data from all months of that year for comprehensive annual insights.

User Training and Help Resources

Given that the user is new to the compliance reporting feature, when they access the help section, then the system should provide clear instructions and resources for using the reporting functionality effectively.

Historical Data Analysis for Continuous Improvement

User Story: As a sustainability analyst, I want to analyze historical waste data to evaluate our progress and enhance our ongoing waste management strategies so that we can continuously improve our sustainability efforts.
Description: This requirement involves developing a feature that allows users to analyze their historical waste data over different timeframes. Users will be able to identify long-term trends and assess the effectiveness of past waste management initiatives. The ability to compare historical data with current data will provide valuable insights into whether strategies have led to genuine improvements or if further adjustments are needed. This analysis will support an ongoing culture of continuous improvement in sustainability efforts across the organization.
Acceptance Criteria: User accesses the Historical Data Analysis feature to compare waste data from the past quarter to the previous year.

Given a user has logged into EcoTrackly, when they navigate to the Historical Data Analysis section and select a custom date range for the past quarter and previous year, then the system should display a side-by-side comparison of total waste generated, categorized by type of waste, without errors.

User analyzes historical waste data to identify trends over the last five years.

Given a user is in the Historical Data Analysis feature, when they select a timeframe covering the last five years, then the system must show a visual representation (graph or chart) of waste trends, highlighting any significant increases or decreases in waste production by month.

User assesses the effectiveness of past waste management initiatives using historical data.

Given a user has selected specific past waste management initiatives for comparison, when they click on the 'Analyze' button, then the system should provide a detailed report indicating changes in waste generation before and after each initiative, including percentage improvement and any relevant metrics.

User exports historical waste data for external reporting.

Given a user is viewing historical waste data, when they select the export option and choose the file format (CSV or PDF), then the system should generate the report successfully and allow the user to download it without data loss or formatting issues.

User receives alerts for anomalies detected in historical waste data trends.

Given the system is monitoring historical waste data, when it identifies an anomaly or significant deviation from typical patterns, then it should automatically send a notification to the user highlighting the specific issue and suggesting a review of current practices.

User filters historical data by specific waste categories for in-depth analysis.

Given a user is in the Historical Data Analysis section, when they apply filters for specific waste categories (e.g., organic, recycled, hazardous), then the system should only display data relevant to the selected filters and update the visualizations accordingly.

User accesses help documentation related to the Historical Data Analysis feature.

Given a user is in the Historical Data Analysis section, when they click on the help icon, then the system should show relevant documentation that provides clear instructions and examples on how to use the feature effectively.

Automated Waste Reports

Generates comprehensive waste reports automatically, summarizing data on waste generation, types, and disposal methods. This feature saves users time and effort by eliminating the need for manual data compilation, allowing them to easily review their waste management performance and identify areas for improvement.

Requirements

Automated Waste Data Collection

User Story: As a sustainability manager, I want automated data collection for waste management so that I can eliminate manual entry errors and save time in gathering accurate waste data.
Description: This requirement entails the development of a system within EcoTrackly that automatically collects waste generation data from various sources such as IoT-enabled sensors, user inputs, and external databases. This automated collection will streamline the data entry process, reduce human error, and ensure that the most current data is available for reporting. By providing real-time data, this feature will enhance users' ability to monitor their waste management practices and make informed decisions based on accurate information.
Acceptance Criteria: Automated data collection from IoT-enabled sensors across various waste disposal points in a corporate facility.

Given IoT-enabled sensors are installed, when waste is disposed of, then the system should automatically record the waste volume and type in real-time with 95% accuracy.

Integration of user inputs for manual waste entries by facility managers when sensors may not be available.

Given a facility manager has access to the EcoTrackly system, when they input waste data manually, then the system should save the entry and update the report accurately within 10 seconds.

The system pulls data from external databases for waste management compliance reporting.

Given the integration with external waste management databases, when the report is generated, then it should include data from these sources with at least 99% completeness.

Generation of automated summaries of historical waste data for quarterly reports.

Given historical data is available, when a user requests a quarterly waste summary, then the system should generate a report that includes total waste generated, average waste types, and disposal methods used.

System alerts for discrepancies between collected data and predicted waste generation trends.

Given collected waste data and established trends, when discrepancies exceed a predefined threshold, then the system should send an alert to the designated users for review.

User feedback mechanism for improving the automated data collection process based on user experiences.

Given users have interacted with the automated waste data collection system, when they provide feedback, then the system should log this feedback and notify the development team for potential improvements.

Real-time data visualization dashboard for tracking waste generation metrics.

Given real-time waste data is collected, when a user accesses the dashboard, then it should display up-to-date metrics on waste generation, type distribution, and trends for the past 30 days.

Customizable Waste Report Templates

User Story: As a compliance officer, I want to customize my waste reports so that I can present the data in a way that meets the specific requirements of regulatory bodies and internal stakeholders.
Description: This requirement focuses on enabling users to create customizable templates for their automated waste reports. Users should be able to select specific data points, visualizations, and layout options to tailor reports according to their needs. Customizable templates will allow organizations to present waste management data in a way that best suits their stakeholders, ensuring clarity and effectiveness in communication.
Acceptance Criteria: User creates a customizable waste report template to include specific data points and visualizations relevant to their organization’s waste management practices.

Given the user is on the report template creation page, when they select the data points and visualizations they desire, then the template should save these selections for future reports and display a preview of the template layout.

User edits an existing waste report template to modify the title and layout options before generating a report.

Given the user has selected an existing template, when they change the title and rearrange the layout options, then the template should update to reflect these changes and allow the user to generate a report using the newly updated template.

User generates a waste report using a customized template with the specified data points, ensuring the report reflects real-time data accurately.

Given the user selects a customized template and initiates a report generation for the selected time frame, when the report is generated, then it should accurately display the selected data points along with relevant visualizations based on real-time data.

User shares a customized waste report template with colleagues for feedback and collaboration prior to finalizing a report.

Given the user has a customized template open, when they choose to share the template via email with specified colleagues, then the selected colleagues should receive an email with a link to view and provide feedback on the template.

User views a historical waste report generated using a customized template to evaluate performance over time.

Given the user has generated a historical report using a customized template, when they access the report, then they should see clearly formatted data, visualizations, and any applied filters from the time of report generation, allowing for effective performance evaluation.

User receives guidance on how to create and customize waste report templates as part of the onboarding process.

Given a new user is onboarding into the EcoTrackly platform, when they access the help section for report templates, then they should see step-by-step guidance and tips for creating and customizing waste report templates effectively.

Real-time Waste Analytics Dashboard

User Story: As an operations manager, I want a real-time analytics dashboard for waste management so that I can quickly visualize trends and make timely decisions to improve our sustainability efforts.
Description: This requirement involves the creation of a real-time analytics dashboard that presents waste generation, types, and disposal methods visually and intuitively. The dashboard should leverage advanced data visualization techniques to provide users with insights at a glance, making it easier for businesses to identify trends, monitor progress over time, and efficiently manage resources for waste reduction.
Acceptance Criteria: Waste Analytics Dashboard displays real-time waste generation data for the past week.

Given that a user is logged into EcoTrackly, when they navigate to the Waste Analytics Dashboard, then the dashboard should present real-time data for waste generation, including total volume and types of waste generated over the last seven days.

User can filter waste data by type and disposal method on the dashboard.

Given a user is viewing the Waste Analytics Dashboard, when they apply filters to display data by waste type and disposal method, then only the relevant data should be displayed, accurately reflecting the user's selections.

Dashboard provides visual representations of waste data over time for trend analysis.

Given the Waste Analytics Dashboard is loaded, when the user selects a time range for analysis (e.g., weekly, monthly, quarterly), then the dashboard should display corresponding visual representations (graphs, charts) of waste data trends for the selected period.

User receives alerts for any significant increase in waste generation detected through the dashboard.

Given the Waste Analytics Dashboard is active, when there is a 20% increase in waste generation compared to the previous month, then the user should receive an automated alert notification via email and within the platform indicating the increase and suggesting actions to investigate.

Dashboard allows users to export waste reports in various formats.

Given the user is on the Waste Analytics Dashboard, when they select the export option, then they should be able to choose from multiple formats (e.g., PDF, CSV, XLSX) for the waste report and successfully download the selected format without errors.

User can customize the layout and components of the Waste Analytics Dashboard.

Given the user is on the Waste Analytics Dashboard, when they access customization options, then they should be able to modify the layout by moving, adding, or removing dashboard components (widgets) and save their preferences for future sessions.

Integrated Compliance Reporting Feature

User Story: As a regulatory compliance specialist, I want the reporting feature to include compliance checks so that I can automatically ensure that our waste management practices align with legal standards.
Description: This requirement calls for an integrated reporting feature that automatically aligns waste reports with local and international environmental regulations. By incorporating compliance parameters into the automated reports, EcoTrackly will help businesses ensure that they adhere to relevant laws and standards, reducing the risk of penalties and enhancing their credibility in sustainability practices.
Acceptance Criteria: Automated compliance report generation after the end of each month for all registered waste types.

Given that the month has ended, when the user requests the automated waste compliance report, then the system should generate a report that includes compliance with local and international regulations for all registered waste types including recycling rates, disposal methods, and penalties if applicable.

User customization for specific regulations in waste reports by region or industry.

Given that the user has specified their region and industry type, when the user generates a compliance report, then the system should apply region-specific and industry-specific compliance criteria in the report, ensuring accuracy and relevancy.

Integration with IoT data streams for real-time waste measurement and reporting.

Given that the IoT devices are actively collecting data on waste generation, when the user accesses the compliance report feature, then the system should reflect real-time data in the waste reports, showing current compliance status against set regulations.

Set up alerts for compliance violations based on automated reports.

Given that the compliance report indicates a potential violation of regulations, when the report is generated, then the system should trigger an alert to the user, detailing the violation and suggesting corrective actions.

Multi-language support for compliance reports to accommodate international users.

Given that the user selects a preferred language, when the report is generated, then the generated compliance report should be presented in the selected language without loss of detail or accuracy.

Scheduled automated report delivery to stakeholders.

Given that the user has configured the report delivery settings, when the reporting period ends, then the system should automatically email the compliance report to the specified stakeholders at the scheduled time.

Historical compliance report access for trend analysis.

Given that the user wants to analyze past reports, when the user accesses the compliance reporting feature, then the system should provide a historical view of compliance reports for previous reporting periods, enabling trend analysis.

User Training and Support Module

User Story: As a new user of EcoTrackly, I want access to training resources for the automated waste reporting feature so that I can understand all the functionalities and optimize my use of the platform.
Description: This requirement is aimed at developing a comprehensive training and support module for users of the automated waste reporting feature. This module should include guides, tutorials, and FAQs that empower users to maximize the benefits of automated reporting, helping them understand how to leverage the data effectively and resolve potential issues quickly.
Acceptance Criteria: User navigates to the training and support module for the automated waste reporting feature after logging into EcoTrackly.

Given the user is logged into EcoTrackly, when they click on the 'Training and Support' section, then they should see a list of training resources including guides, tutorials, and FAQs related to automated waste reports.

User reviews a tutorial on how to interpret automated waste reports within the training and support module.

Given the user selects a tutorial about interpreting automated waste reports, when they initiate the tutorial, then the tutorial should load within 5 seconds and be fully interactive with step-by-step instructions.

User searches for specific FAQs in the training and support module regarding automated waste report issues.

Given the user types a keyword related to their issue into the FAQ search bar, when they press enter, then they should see at least three relevant FAQs listed that address their query.

User completes a training module on automated waste report features and functionalities.

Given the user has finished reading through the training module, when they reach the end of the module, then they should see a completion certificate available for download, along with a feedback form to assess the training content.

User encounters a technical issue while using automated waste reporting and looks for support.

Given the user is experiencing a technical issue, when they navigate to the support section and fill out the contact form, then they should receive an acknowledgment email within 2 hours confirming their request for support.

User accesses the training module on best practices for waste management reporting.

Given the user opens the 'Best Practices' training module, when they view the content, then the module should include at least 5 actionable tips supported by data visualizations to enhance understanding.

Recycling Optimization Insights

Analyzes waste composition and suggests customized recycling solutions based on the materials being disposed of. By providing actionable insights, this feature empowers organizations to enhance their recycling practices, reduce landfill waste, and comply with sustainability goals more effectively.

Requirements

Material Identification Algorithm

User Story: As a waste management coordinator, I want to automatically identify the materials in our waste so that I can receive precise recycling recommendations that fit our specific waste composition.
Description: Develop an advanced algorithm that accurately identifies and categorizes various materials within waste streams. This requirement involves integrating machine learning techniques to enhance the precision of identification based on visual and compositional analysis. The algorithm will contribute significantly to the overall effectiveness of the Recycling Optimization Insights feature by enabling users to receive tailored recycling advice based on accurate waste composition analysis.
Acceptance Criteria: Material identification for organic waste processing at a waste management facility.

Given a waste sample containing multiple materials, when the Material Identification Algorithm is applied, then it accurately categorizes organic materials in at least 95% of cases as per the pre-defined classification standards.

Real-time identification of recyclables during a corporate event using mobile devices.

Given a smartphone equipped with the EcoTrackly app, when the user scans a waste item, then the app identifies the material and suggests the correct recycling bin with a confidence level of at least 90%.

Monthly reporting of recycling efficiencies for an organization based on waste analysis.

Given the processed data from the Material Identification Algorithm, when generating the monthly report, then the report includes a breakdown of material categories and recycling rates that align with actual disposal data with less than 5% variance.

Integration of the Material Identification Algorithm with IoT sensors deployed in waste bins.

Given IoT sensors are deployed in waste bins, when the Material Identification Algorithm processes data collected from the sensors, then it should correctly identify and report the waste composition within a 10-second response time for at least 90% of the samples.

User feedback on the effectiveness of recycling recommendations provided by the EcoTrackly system.

Given a user utilizes recycling recommendations, when the user submits feedback via the EcoTrackly dashboard, then at least 80% of users report that the recommendations are relevant and implementable based on their experience.

Cross-validation of the Material Identification Algorithm's performance against manual sorting results.

Given a set of waste samples sorted manually, when the results from the Material Identification Algorithm are compared, then the algorithm's accuracy should match or exceed manual sorting accuracy by at least 15% in diverse waste streams.

Machine learning model updates based on incorrect identification cases.

Given instances of incorrect material identification, when these cases are fed back into the model for retraining, then the algorithm's accuracy should improve by at least 10% on subsequent evaluations of the same waste types.

Customization of Recycling Recommendations

User Story: As an environmental officer, I want to receive customized recycling recommendations that comply with local regulations so that I can ensure our recycling practices meet legal requirements while maximizing efficiency.
Description: Implement a system that generates customized recycling recommendations based on the identified materials and local recycling policies. This feature will analyze local regulations and recycling capabilities, ensuring that the suggestions are not only actionable but also compliant with regional sustainability laws. This will enable organizations to optimize their recycling efforts while adhering to necessary legal frameworks.
Acceptance Criteria: User uploads a waste composition report detailing various materials, including plastics, paper, and metals, to the EcoTrackly platform for recycling recommendations.

Given a waste composition report is uploaded, when the system processes the report, then it should generate a list of customized recycling recommendations tailored to the materials identified in the report, including information on how to dispose of each type based on local regulations.

A sustainability manager reviews the recycling recommendations output by the EcoTrackly platform to ensure they align with local recycling policies and capacities.

Given a set of recycling recommendations are generated, when the sustainability manager reviews them, then all recommendations should indicate whether they are compliant with local regulations, with clear references to applicable laws for each material type listed.

The system updates its database with new local recycling policies and guidelines based on ongoing changes in regional laws.

Given updated local recycling policies are provided, when these are uploaded to the EcoTrackly system, then the system should refresh the existing recommendations and modify them to align with the latest regulations.

Users receive notifications for compliance deadlines related to recycling based on their customized recommendations.

Given a user has active recycling recommendations, when a compliance deadline approaches, then the user should receive a notification detailing the actions required to remain compliant with local recycling laws.

A user queries the system for the most effective recycling methods for a specific material type, such as glass or organic waste.

Given a query for recycling methods is made, when the user searches for a specific material type, then the system should return a ranked list of the most effective local recycling methods tailored to that material's composition and regional capabilities.

Reports are generated post-implementation to evaluate the effectiveness of the recycling recommendations given over the previous quarter.

Given the time period of the previous quarter has passed, when the user generates an effectiveness report, then the report should summarize the waste reduction achieved and any enhancements in recycling rates based on the customized recommendations provided.

Users access the user interface to view and interact with their recycling insights and recommendations.

Given the user is logged into the EcoTrackly platform, when they navigate to the Recycling Optimization Insights section, then they should see a clear visual representation of their recycling performance metrics along with interactive elements to view recommended actions.

Data Visualization Dashboard

User Story: As a sustainability manager, I want to access a visual dashboard of our recycling insights so that I can quickly understand our recycling effectiveness and make informed decisions about our waste management strategies.
Description: Create an intuitive dashboard that visualizes recycling insights, including waste composition, suggested recycling strategies, and progress tracking over time. This visual representation will enhance user engagement and understanding of recycling practices, allowing users to identify trends and areas for improvement easily. The dashboard should be user-friendly and interactive, catering to diverse user roles with varying data needs.
Acceptance Criteria: User accesses the Recycling Optimization Insights dashboard to view visualized data regarding their organization's waste composition and suggested recycling strategies.

Given a user is logged into EcoTrackly, when they navigate to the Recycling Optimization Insights dashboard, then they should see a user-friendly interface displaying waste composition data represented through charts and graphs, as well as a list of customized recycling suggestions.

User interacts with the dashboard to filter waste composition data based on various parameters such as time period, waste type, and recycling strategy.

Given that the dashboard is displayed, when the user applies filters for waste type and time period, then the displayed data should update in real-time to reflect the selected criteria without any delay or errors.

User tracks the progress of recycling efforts over time using visual indicators on the dashboard.

Given the user has defined a specific time frame for tracking, when they view the dashboard, then they should see a visual representation of progress indicators that compare current recycling rates to previous time frames, clearly showing improvements or declines.

A user clicks on a suggested recycling strategy to learn more about its implementation requirements and expected benefits.

Given the user on the dashboard sees a list of suggested recycling strategies, when they click on one of the strategies, then they should see a detailed view that includes implementation steps, required materials, expected benefits, and links to additional resources, presented in an organized manner.

Different user roles access the dashboard to view tailored insights relevant to their responsibilities.

Given a user with a specific role (e.g., manager, operations, compliance officer), when they access the dashboard, then they should see insights tailored to their role that include relevant metrics and suggestions for improving recycling practices that align with their responsibilities.

User checks the dashboard for compliance reporting data required for regulatory submissions.

Given that the user is preparing for a compliance report, when they access the Recycling Optimization Insights dashboard, then they should see summary metrics and downloadable reports that align with regulatory requirements, clearly marked with relevant deadlines and compliance statuses.

Integration with IoT Devices

User Story: As an operations manager, I want our recycling optimization tool to integrate with our IoT devices so that we can receive real-time insights and recommendations based on live data from our recycling processes.
Description: Facilitate seamless integration with IoT devices used in waste sorting and recycling processes. This requirement focuses on creating APIs that allow for real-time data sharing between EcoTrackly and IoT devices. By leveraging real-time data, the recycling optimization feature can adapt its recommendations dynamically, improving accuracy and effectiveness depending on current operational conditions.
Acceptance Criteria: Integration with IoT devices for real-time waste analytics.

Given an IoT device is connected to EcoTrackly, when waste data is collected, then the data must be available in the EcoTrackly dashboard within 1 minute for analysis.

Adaptive recommendations based on live data.

Given real-time data from IoT devices, when waste composition changes, then EcoTrackly must update recycling suggestions accordingly within 5 minutes.

API functionality for IoT data sharing.

Given a new IoT device is integrated, when the data is sent via API, then EcoTrackly should receive and log the data without errors in 99% of instances.

User notification for recycling insights.

Given data is received from IoT devices, when significant changes in waste composition are detected, then users should receive a notification within 10 minutes detailing the recommended actions.

Historical data comparison for recycling metrics.

Given multiple data points collected from IoT devices, when analyses are performed, then users should be able to compare at least three months of recycling metrics and generate reports without issues.

Data visualization for real-time updates on waste management.

Given data from IoT devices, when viewed in EcoTrackly, then users should see an up-to-date visualization of waste management performance that refreshes every minute.

Testing IoT device compatibility.

Given an IoT device is integrated with EcoTrackly, when compatibility tests are run, then at least 95% of devices should successfully report data without configuration issues.

User Feedback Mechanism

User Story: As a program administrator, I want to provide feedback on recycling suggestions to improve their relevance and effectiveness, ensuring that the system evolves based on real user experiences.
Description: Establish a feedback mechanism that allows users to evaluate the effectiveness of the recycling suggestions they implement. This two-way communication channel will enable the system to learn from user experiences and improve future recommendations. By incorporating user input, EcoTrackly can continuously refine its insights and remain responsive to user needs and challenges.
Acceptance Criteria: User provides feedback on recycling suggestions after implementing new practices in their organization.

Given a user has implemented recycling suggestions provided by EcoTrackly, when the user submits feedback on the effectiveness of these practices through the feedback mechanism, then the system captures and stores this feedback accurately for future analysis.

System analyzes user feedback and adjusts future recycling suggestions based on effectiveness ratings.

Given that user feedback has been submitted, when the feedback is analyzed by the system, then the system should update the recycling suggestions algorithm to reflect the knowledge gained from user experiences, ensuring suggestions are more tailored and effective.

User receives confirmation of feedback submission and insights on its impact on future recommendations.

Given a user has submitted feedback through the mechanism, when the submission is successful, then the user should receive a confirmation message detailing how their feedback will influence future recycling suggestions and improvements in the system.

User accesses historical feedback data to review past suggestions and effectiveness ratings.

Given a user wants to view their past feedback, when they navigate to the feedback history section, then they should see a comprehensive list of their submitted feedback, including suggestions implemented and their corresponding effectiveness ratings.

System provides users with the option to rate the recycling suggestions on a scale of 1-5 after implementation.

Given a user has implemented a recycling suggestion, when they are prompted to rate the suggestion, then the user should be able to submit a rating between 1 and 5, and the system should store this rating for analysis.

System generates a report on overall user satisfaction with recycling suggestions based on aggregated feedback.

Given that multiple users have submitted feedback, when the system compiles this feedback, then it should generate a report summarizing user satisfaction ratings and qualitative comments, highlighting trends and areas for improvement.

Sustainability Reporting Toolkit

User Story: As a compliance officer, I want to easily generate reports on our recycling performance and sustainability compliance so that I can present our progress to stakeholders and meet regulatory requirements.
Description: Develop a toolkit that facilitates automated reporting on recycling efforts and compliance with sustainability goals. This feature will aggregate data from the recycling insights and generate comprehensive reports that can be shared with stakeholders. Reports will include metrics on waste reduced, recycling rates, and compliance with local regulations, simplifying the reporting process for organizations seeking to demonstrate their environmental commitment.
Acceptance Criteria: Automated generation of sustainability reports based on real-time analytics of recycling efforts.

Given that the user has access to the Sustainability Reporting Toolkit, when they request a report for a specific period, then the system should automatically generate a report that includes metrics on waste reduced, recycling rates, and compliance with local regulations, formatted in a clear and structured manner.

Accessing the reporting toolkit for stakeholders to review recycling metrics.

Given that a stakeholder has the appropriate permissions, when they access the Sustainability Reporting Toolkit, then they should be able to view the latest report and all historical reports regarding recycling efforts, waste production, and compliance metrics.

Customizing report content based on user requirements.

Given that the user is preparing a report, when they select metrics to include in the report, then the system should allow them to customize the report by choosing which metrics to display and should save those preferences for future reports.

Sharing generated reports with external stakeholders via email.

Given that a report has been generated, when the user selects the share option and inputs email addresses, then the system should successfully send the report to the specified email addresses and provide a confirmation message.

Ensuring compliance data is up-to-date and accurate in the reports.

Given that the system aggregates data from the recycling insights, when a report is generated, then the compliance metrics included in the report should reflect the most current data available from local regulations and standards.

Tracking user engagement with the reports generated.

Given that a report has been accessed, when a user opens the report, then the system should log this interaction and provide analytics on report access frequency and user engagement levels.

Waste Pattern Visualization

Utilizes advanced data visualization techniques to display waste generation trends and patterns over time. Users can customize the dashboards to easily identify spikes in waste production and correlate them with specific activities or processes, enabling targeted interventions to minimize waste.

Requirements

Real-time Waste Tracking

User Story: As a facility manager, I want to track waste generation in real-time so that I can quickly address issues and minimize waste production immediately.
Description: The Real-time Waste Tracking requirement allows users to monitor waste generation as it happens, providing instantaneous data feeds from IoT sensors deployed throughout the facility. This capability enhances the user’s ability to react promptly to waste spikes, facilitating immediate interventions. By integrating this functionality with the existing Waste Pattern Visualization feature, it empowers businesses to not only visualize trends but also correlate them with real-time data, leading to informed decision-making and enhanced sustainability efforts.
Acceptance Criteria: Real-time monitoring of various waste types during peak operation hours.

Given that the IoT sensors are installed and operational, when waste is generated, then the system should display real-time waste data within 5 seconds on the dashboard.

Integration of real-time waste data with historical waste patterns to identify trends.

Given that both real-time and historical data are available, when a spike in waste generation occurs, then the system should automatically highlight the correlation on the Waste Pattern Visualization dashboard.

Customization of the dashboard to focus on specific waste categories or sources.

Given the user has access to customize the dashboard, when they select particular waste categories, then the dashboard should reflect only data related to those categories in real-time.

User alerts for significant waste spikes detected in real-time.

Given that the system is monitoring waste generation, when waste exceeds a predefined threshold, then a notification should be sent to the user via email and the dashboard.

Access to detailed reports based on real-time waste data for sustainability reporting.

Given that the user has generated a report from the dashboard, when the report is requested, then it should include real-time waste tracking data and historical comparisons for the selected period.

Ability to visualize waste reductions over time correlating to specific interventions.

Given that interventions have been implemented, when the user views the Waste Pattern Visualization, then it should show a clear trend indicating reductions in waste corresponding to those interventions.

User ability to review and analyze waste generation data by facility or department.

Given that multiple facilities or departments are tracked, when the user selects a specific facility or department, then the dashboard should update to display only the waste generation data for that selected unit in real-time.

Customizable Trend Analysis

User Story: As a sustainability officer, I want to customize waste trend analysis dashboards so that I can focus on relevant data and make strategic decisions for waste reduction initiatives.
Description: Customizable Trend Analysis enables users to tailor the timeframes and metrics displayed in the Waste Pattern Visualization dashboards. This flexibility allows businesses to focus on specific periods (such as quarterly or annually) and to analyze particular waste sources. By allowing users to customize their analytics, this requirement facilitates a deeper understanding of waste patterns, helping organizations identify and implement targeted strategies for waste reduction.
Acceptance Criteria: User selects a custom date range and metrics to analyze waste production over the last quarter.

Given the Waste Pattern Visualization dashboard is open, When the user selects a custom date range for the last quarter and chooses specific waste metrics, Then the dashboard should display accurate waste generation trends for the selected time frame and metrics.

User modifies the default metrics to visualize waste data for a specific waste source during a selected timeframe.

Given the dashboard is set to display default metrics, When the user changes the selected metrics to focus on a specific waste source and applies a timeframe, Then the dashboard must update instantly to reflect the new metrics and timeframe without errors.

User wants to save their customized dashboard settings for future analyses.

Given the user has customized the Waste Pattern Visualization dashboard, When the user clicks 'Save Settings,' Then the system should successfully save the current configuration and allow the user to retrieve it later from the dashboard settings menu.

User analyzes waste patterns to identify correlations between waste spikes and operational activities.

Given the user has selected a custom date range and metrics, When the user identifies a spike in waste generation, Then the dashboard provides contextual information linking operational activities to the waste spikes, enabling targeted action.

User checks the dashboard performance when custom timeframe and metrics are applied.

Given a custom date range and metrics have been applied to the dashboard, When the user interacts with the dashboard, Then the response time should not exceed 2 seconds for any user request.

User utilizes documentation to understand the customizable features of the Waste Pattern Visualization dashboard.

Given that the user is on the help or documentation page, When they search for information about customizing the Waste Pattern Visualization, Then they should find clear, comprehensive documentation outlining how to customize the timeframes and metrics.

Automated Reporting Alerts

User Story: As an environmental compliance manager, I want to receive automated alerts for excessive waste generation so that I can act quickly and ensure we adhere to our sustainability targets.
Description: Automated Reporting Alerts initiative includes setting up threshold-based notifications that alert users when waste generation exceeds predefined limits. This feature helps stakeholders stay informed about their waste management performance without manually checking dashboards. By receiving alerts, users can promptly investigate incidents that require action, significantly improving their response time to waste management challenges and ensuring compliance with sustainability goals.
Acceptance Criteria: User receives an automated alert when waste generation exceeds the predefined threshold during a routine business operation report.

Given a predefined waste generation threshold is set, when waste output exceeds this threshold, then an automated alert is sent to the user via email and in-app notification.

User customizes the alert settings for different thresholds based on varying business operations.

Given a user accesses the alert settings, when they set specific threshold values for different types of business operations, then the system saves these settings and applies them accordingly.

A user must be able to disable an existing alert for specific waste generation thresholds.

Given a user views their active alerts, when they select an alert to disable, then the alert is successfully disabled and is no longer active for waste generation notifications.

A report is generated and sent to stakeholders summarizing alert notifications over a specified period.

Given a period is selected, when the report is generated, then it includes all alerts sent during that period and summarizes the waste generation events associated with those alerts.

User verifies the accuracy of the waste generation data accompanying the alert notification.

Given a user receives an alert, when they review the detailed report linked in the alert, then the report reflects accurate waste generation data for the time period preceding the alert.

Users can configure escalations for alerts that have not been acknowledged within a certain timeframe.

Given a user is managing alert settings, when they configure escalations for unacknowledged alerts, then the system sends follow-up notifications until the alert is acknowledged.

Multiple users receive alerts for the same threshold breach to ensure team awareness and prompt action.

Given an alert is triggered for exceeding a waste generation threshold, when the alert is sent, then it is successfully delivered to all designated users' email addresses and in-app notifications.

Integrative Benchmarking Tools

User Story: As a business analyst, I want to benchmark our waste metrics against industry standards so that I can identify areas for improvement and enhance our sustainability practices.
Description: Integrative Benchmarking Tools functionality compares an organization's waste data against industry standards and competitors. This requirement provides a contextual understanding of performance, allowing users to see how their waste management efforts stack up in relation to peers. It enhances the decision-making process by promoting industry best practices, encouraging organizations to strive for sustainability leadership.
Acceptance Criteria: User accesses the Integrative Benchmarking Tools feature to compare their organization's waste data against industry standards during a quarterly sustainability review meeting.

Given the user is logged into EcoTrackly, when they navigate to the Integrative Benchmarking Tools dashboard, then they must be able to view their waste data alongside industry benchmark data within 5 seconds.

A user customizes their benchmarking report by selecting specific industry categories and time frames to analyze waste management performance compared to their competitors.

Given the user selects relevant filters for industry category and time frame, when they generate the report, then the output must display comparative metrics within 10 seconds, accurately reflecting the selected criteria.

During a training session, a new user learns how to utilize the Benchmarking Tools to identify trends in their waste generation compared to peers in similar sectors.

Given the user is on the training module for the Benchmarking Tools, when they complete the training and pass the assessment, then they should demonstrate the ability to generate a benchmarking report independently, achieving at least 80% on the assessment.

An organization wants to visualize key performance indicators (KPIs) derived from benchmarking data during an executive strategy meeting.

Given the user has access to the KPI dashboard, when they request the benchmarking data visualization, then the system must present data in an understandable graphic format, enabling the user to extract insights within 15 seconds.

Users need to export the benchmarking report findings for presentation purposes to stakeholders.

Given the user has generated a benchmarking report, when they click the export button, then the system must allow the report to be exported in PDF and Excel formats without errors, ensuring all visualizations and data are included.

A user relies on the benchmarking tools to set waste reduction targets which align with industry best practices.

Given the user accesses the 'Set Targets' feature post-benchmark analysis, when they input their desired waste reduction percentage, then the system must provide actionable recommendations tailored to their current waste generation patterns.

An organization reviews the impact of its recent waste reduction initiatives by utilizing the benchmark comparison over the past year.

Given the organization has implemented waste reduction initiatives, when they analyze the benchmark data for the last year, then they must identify at least three areas of improvement as indicated by the system's comparative analysis report.

Historical Data Comparison

User Story: As a sustainability consultant, I want to compare our current waste data with historical data so that we can measure the effectiveness of our waste reduction strategies and plan future actions accordingly.
Description: Historical Data Comparison enables users to analyze waste patterns by comparing current data with historical data. This feature allows businesses to assess progress over time, identify long-term trends, and measure the impact of implemented waste reduction strategies. It enhances the Waste Pattern Visualization by providing users with a historical context that can inspire strategic future initiatives and long-term sustainability goals.
Acceptance Criteria: Waste Pattern Visualization Historical Data Reference Use Case

Given the user has access to the Waste Pattern Visualization dashboard, when they select a specific date range for current data, then they should be able to compare it against historical waste data for the same date range, displaying clear visualizations of both sets of data side by side.

Trends Analysis with Historical Data

Given the user is analyzing waste data in the dashboard, when they apply filters for particular categories of waste, then they must be able to view a graphical representation of waste generation trends comparing current data to historical data over the selected period.

Identifying Impact of Waste Reduction Strategies

Given the user has implemented a waste reduction strategy, when they view the historical comparison feature, then the dashboard should highlight changes in waste generation before and after the strategy implementation with measurable metrics for effective evaluation.

User Customization of Historical Data Views

Given the user is using the historical data comparison feature, when they customize the dashboard view with specific parameters (like waste type, time frame, etc.), then the visualizations should accurately reflect the applied customizations and maintain data integrity.

Accessibility of Historical Comparisons for Reporting

Given the user needs to create a report, when they generate a historical data comparison summary, then the report must include both visual graphs and numerical data that are readily exportable in PDF and CSV formats for easy sharing and documentation.

Real-time Updates of Historical Data

Given the system is connected to IoT devices tracking waste, when new waste data is ingested, then the historical comparison analysis should be automatically updated to reflect the most current data alongside historical figures without needing manual refresh by the user.

Alerts and Notifications

Sends real-time alerts for unusual waste generation levels or discrepancies in expected waste patterns. This proactive feature helps organizations respond promptly to potential issues, such as overproduction or contamination, ensuring a swift resolution and adherence to sustainability benchmarks.

Requirements

Real-Time Monitoring

User Story: As a waste management officer, I want to monitor waste generation levels in real-time so that I can promptly identify and address any discrepancies that may indicate overproduction or contamination.
Description: The Real-Time Monitoring requirement involves integrating a system that continuously tracks and analyzes waste generation levels and patterns as they occur. This feature will utilize IoT sensors to gather data instantaneously, allowing businesses to gain immediate insights into their waste metrics. By implementing this system, organizations can proactively identify anomalies in their waste production, ensuring that they stay within sustainability benchmarks. The anticipated outcome is to enhance operational awareness and enable quicker decision-making processes regarding waste management, ultimately facilitating better compliance with environmental regulations and reducing operational inefficiencies.
Acceptance Criteria: Integration of IoT sensors for real-time waste monitoring in manufacturing facilities.

Given the IoT sensors are installed and calibrated, when waste generation occurs, then the system must record waste levels every minute with 95% accuracy.

Alert system triggers when unusual waste generation patterns are detected based on historical data.

Given historical waste generation data is accessible, when waste generation exceeds the typical range by 20%, then an alert must be sent to designated personnel within 5 minutes.

Real-time dashboard displays current waste generation levels and anomalies.

Given the real-time monitoring system is active, when a user accesses the dashboard, then the current waste levels and any anomalies must be displayed within 3 seconds.

System generates automated reports on waste trends and anomalies for quarterly analysis.

Given the monitoring system has collected data for 3 months, when a user requests a report, then a comprehensive report summarizing waste trends and anomalies must be generated within 10 seconds.

Notification system for immediate action during waste generation discrepancies.

Given a discrepancy is detected, when the system identifies an anomaly in waste pattern, then a notification should be sent via email and SMS to the appropriate staff within 2 minutes.

Training for staff on how to interpret real-time waste data and alerts.

Given the alert system is in place, when training sessions are conducted, then at least 90% of staff must demonstrate understanding of the alert system and real-time monitoring tools in a follow-up assessment.

User access controls for monitoring waste data and alert settings.

Given the admin panel is functional, when a user attempts to access monitoring data or alert settings, then the system must enforce role-based access control according to predefined user permissions.

Automated Alerts System

User Story: As a compliance officer, I want to receive automated alerts when waste generation exceeds expected thresholds so that I can take immediate action to mitigate potential issues and maintain compliance.
Description: The Automated Alerts System requirement entails the development of a notification mechanism that triggers alerts based on predefined thresholds for unusual waste generation or significant deviations from expected patterns. This feature will leverage data analytics to establish benchmarks and will automatically notify relevant stakeholders, such as waste managers or compliance officers, through various channels like email, SMS, or in-app notifications. By implementing this system, organizations will ensure they are alerted to potential issues as soon as they arise, allowing for a swift response which is crucial for maintaining sustainability goals and avoiding compliance penalties.
Acceptance Criteria: Real-time alert generation when waste exceeds predefined thresholds.

Given a predefined threshold for waste generation, When actual waste exceeds this threshold, Then an alert should be sent to the designated stakeholders within 5 minutes.

Notification delivery through multiple channels.

Given the alert is triggered, When it is sent, Then the notification should be delivered via email, SMS, and in-app notification to all relevant stakeholders without delay.

Impact assessment of alert triggers on operations.

Given an alert is sent due to unusual waste generation, When the relevant stakeholders receive the alert, Then a follow-up report should be required to assess the operational impact within 24 hours.

Customizable alert thresholds for different waste types.

Given that different types of waste have varying thresholds, When setting up the alert system, Then users should be able to customize thresholds for each waste type in the system settings.

Alerts history log for compliance auditing.

Given multiple alerts generated by the system, When an alert is triggered, Then it should be logged in a historical record that is accessible for compliance auditing with timestamps and details of the event.

Testing the accuracy of alert triggers against historical data.

Given historical waste generation data, When the automated alerts system is tested, Then it should accurately trigger alerts based on events that occurred previously with a minimum accuracy rate of 90%.

Feedback mechanism for alert effectiveness.

Given an alert has been sent and addressed, When stakeholders resolve the issue, Then they should be able to provide feedback on the alert's effectiveness which is recorded in the system for future improvements.

Customizable Alert Settings

User Story: As a sustainability manager, I want to customize alert settings so that I can tailor notifications according to my organization's unique waste management strategies and operational dynamics.
Description: The Customizable Alert Settings requirement enables users to define and modify the parameters for alerts based on their specific needs and sustainability objectives. This feature allows organizations to customize alert thresholds, notification channels, and the severity of alerts, ensuring that the notifications they receive are relevant and actionable. By providing this level of customization, users can align the alert system with their operational processes, enhancing the effectiveness of the alerts. The expected outcome is to improve user engagement with the alerts, ensuring that relevant stakeholders are informed in a timely manner and can respond appropriately to issues.
Acceptance Criteria: User Customizes Alert Thresholds for Waste Generation Levels

Given the user is logged into EcoTrackly and navigates to the alert settings page, when they set a waste generation threshold of 500 kg/day and save the settings, then the system should reflect the new threshold and allow alerts to trigger if waste levels exceed this amount.

User Selects Notification Channels for Alerts

Given the user is on the alert settings page, when they select email and SMS as their preferred notification channels, then alerts should be sent through both channels whenever a threshold is crossed.

User Sets Severity Levels for Different Alerts

Given the user is customizing alert settings, when they assign a severity level of 'Critical' to contamination alerts and 'Warning' to overproduction alerts, then the system should categorize and prioritize notifications accordingly based on these severity levels.

User Tests Customized Alert Settings

Given the user has customized alert settings, when they simulate a waste generation event that exceeds the defined threshold, then the system should trigger an alert and notify the user through their selected channels.

User Edits Existing Alert Settings

Given the user wishes to update their alert settings, when they change the waste generation threshold from 500 kg/day to 700 kg/day and save these changes, then the system should update the threshold and send confirmation of the update.

User Verifies Alert Logging Functionality

Given the user has activated alert settings, when they check the alert log after a waste generation incident, then the system should display a record of all triggered alerts, including timestamps and severity levels.

User Receives Alerts Across Devices

Given the user has set up alerts for waste thresholds, when an alert is triggered, then the user should receive notifications on all configured devices (desktop, mobile app, email).

Historical Data Analysis

User Story: As a data analyst, I want to analyze historical waste generation data so that I can identify trends and inform our future waste management initiatives.
Description: The Historical Data Analysis requirement focuses on developing functionality that allows users to review and analyze past waste generation data to identify trends and patterns over time. This feature will enable organizations to conduct comparative analysis, observe improvements or deterioration in waste management performance, and fine-tune their sustainability strategies. By building this capacity for historical data analysis into the platform, users will not only be able to comply with reporting requirements but also drive continuous improvement initiatives based on empirical data. The anticipated outcome is to equip organizations with the insights needed for strategic decision-making in sustainability efforts.
Acceptance Criteria: User requests to view historical waste generation data for the past 12 months to identify trends for quarterly sustainability reporting.

Given the user is on the Historical Data Analysis page, when they select a 12-month period and click 'Generate Report', then the system should display a report containing waste generation data with visualizations of trends over the selected period.

A sustainability manager wants to compare waste generation data from this quarter against the same quarter from the previous year to assess performance improvements.

Given the user selects the current and previous year's same quarter, when they click 'Compare', then the system should present a comparative analysis report highlighting percentage changes and graphical representations of the data.

An organization is seeking to identify patterns of waste generation in relation to the implementation of new operational practices.

Given the user has logged in and is accessing the Historical Data Analysis features, when they filter the data by operational practices implemented, then the system should return only the waste generation data relevant to those practices, along with trend analysis.

A compliance officer needs to review historical data for its accuracy before submitting a report to regulatory bodies.

Given the user is on the review page for historical data, when they select any specific data set, then the system should allow viewing of individual data points with options to edit or annotate discrepancies, and save these changes.

A user wants to visualize historical data patterns using various graphical formats for better presentation in stakeholder meetings.

Given the user selects the historical data analysis feature, when they choose different visualization options (like bar chart, line graph, or pie chart), then the system should render the selected data in the chosen graphical format accurately.

The environmental director aims to analyze changes in waste generation after a specific operational change was implemented.

Given the user inputs the date of the operational change and requests a historical analysis, when they generate the report, then the system should illustrate the waste generation trend before and after the operational change date.

A stakeholder wants to extract a combined report of historical waste generation, operational improvements, and compliance status for an annual sustainability review.

Given the user requests a comprehensive report, when they select relevant parameters and click 'Generate Report', then the system should compile a PDF that includes historical waste data, operational changes, and a section on compliance status with appropriate summaries.

User Access Control for Alerts

User Story: As an IT administrator, I want to manage user access for alert notifications so that I can ensure only authorized staff can modify alert settings and access sensitive data.
Description: The User Access Control for Alerts requirement establishes permissions and roles for who can create, modify, and receive alerts within the system. This feature ensures that only authorized personnel have the ability to change alert settings and receive notifications. Establishing these controls is essential for security and operational integrity, reducing the risk of unauthorized modifications that could lead to missed alerts or information breaches. The expected outcome is greater accountability and security in the alert management process, ultimately enhancing the overall robustness of the alerting system.
Acceptance Criteria: User Role Management for Alert Settings

Given a user with administrative privileges, when they access the alert settings page, then they should have the ability to create, modify, or delete alert configurations as necessary.

Notification Receipt for Authorized Users

Given a user who is authorized to receive alerts, when an alert is triggered due to unusual waste generation, then that user should receive the notification via their preferred communication method (email, SMS, etc.).

Unauthorized User Access Prevention

Given a user without the necessary permissions, when they attempt to access the alert settings page, then they should be denied access with a message indicating insufficient permissions.

Audit Trail of Alert Modifications

Given the alert management system, when a user with appropriate permissions modifies an alert setting, then the system logs the change with user details and timestamps for auditing purposes.

Customizable Notification Settings

Given an authorized user, when they access their notification settings, then they should be able to customize the frequency and channels for receiving alert notifications according to their preferences.

Default Alert Settings for New Users

Given that a new user is created in the system, when they access the alert settings for the first time, then they should see default alert settings applied, which can be modified based on their role permissions.

Role-Based Access Control Validation

Given a user who belongs to a specific role, when they view the alert settings page, then they should see only the alert options that align with their designated role's permissions within the system.

Sustainability Benchmarking

Compares waste metrics against industry standards and best practices, providing organizations with a clear understanding of their waste performance relative to peers. This benchmarking feature fosters a competitive spirit and encourages continuous improvement by highlighting areas for enhancement.

Requirements

Real-time Waste Metrics Dashboard

User Story: As a sustainability manager, I want a real-time waste metrics dashboard so that I can monitor our waste production continuously and identify trends that may necessitate immediate action.
Description: The Real-time Waste Metrics Dashboard requirement entails the development of a dynamic user interface that displays waste generation data in real-time. It should aggregate data from various sources, including IoT devices and user inputs, providing visualizations such as charts and graphs for easy interpretation. This dashboard serves to empower organizations by delivering actionable insights into waste production patterns, enabling them to make informed decisions and implement timely interventions to reduce waste. Additionally, it can integrate with existing reporting tools and comply with sustainability standards, making the data more accessible and actionable for stakeholders.
Acceptance Criteria: Real-time waste data visualization for operational decision-making.

Given that a user is logged into EcoTrackly, when they access the Real-time Waste Metrics Dashboard, then they should see updated waste generation data visualized in charts and graphs that refresh at least every 5 minutes.

User access and data segmentation in the waste metrics dashboard.

Given that multiple user roles exist within EcoTrackly, when a user with 'view only' access logs into the Real-time Waste Metrics Dashboard, then they should only see data relevant to their department and not have the ability to edit or delete any information.

Integration of IoT device data for comprehensive waste tracking.

Given that IoT devices are connected to EcoTrackly, when waste data is generated from these devices, then this data should be accurately reflected in the Real-time Waste Metrics Dashboard within 3 minutes of its collection.

Compliance reporting and standard adherence for sustainability metrics.

Given that the dashboard displays real-time waste metrics, when a user generates an automated compliance report, then the report should meet the latest sustainability standards and guidelines, and be exportable in at least two formats (PDF, CSV).

User-friendly interface and navigability of the dashboard.

Given that a user accesses the Real-time Waste Metrics Dashboard, when they interact with the dashboard, then they should be able to navigate between different metrics and visualizations within 3 clicks.

Alerts for waste production thresholds exceeded.

Given that a user has set specific waste threshold levels, when waste generation data exceeds these thresholds, then an automated alert should be sent to the user via email within 1 minute.

Historical data analysis and trend visualization.

Given that the dashboard aggregates data over time, when a user selects a time range for analysis, then they should be able to view historical trends in waste generation for the selected period in a clear graphical format.

Industry Standards Comparison Module

User Story: As a business owner, I want to compare our waste metrics against industry standards so that I can assess our performance and pinpoint areas that need improvement to stay competitive.
Description: The Industry Standards Comparison Module requirement focuses on creating a feature that allows users to compare their waste metrics against established industry standards and best practices. This module will provide benchmarking data, highlighting key performance indicators (KPIs) in relation to peers in the same sector. It is essential for organizations to understand how their waste management practices stack up against industry norms, enabling them to identify areas for improvement. The module will include customizable reports and visual aids to facilitate understanding and aid in strategic planning.
Acceptance Criteria: User views a benchmarking report that compares their waste metrics to industry standards.

Given the user is logged into EcoTrackly and has accessed the sustainability benchmarking feature, when they select the comparison report for their sector, then the report displays relevant industry standards and metrics in a clear format, allowing for direct comparison with user data.

User customizes a benchmarking report to focus on specific waste metrics relevant to their organization.

Given the user has navigated to the customization options for the benchmarking report, when they select specific waste metrics and apply filters for timeframes, then the customized report reflects only the selected metrics and displays results accurately based on the given parameters.

A user generates a report that highlights key areas for improvement based on benchmarking data.

Given the user accesses the benchmarking report, when they review the key performance indicators (KPIs), then the report identifies at least three specific areas for improvement compared to industry standards, and suggests actionable recommendations for each area.

User shares a benchmarking report with team members.

Given the user has completed the benchmarking report, when they choose to share it via email, then the report is sent to the specified team members with a link that allows them to view the report online without compromising data security.

User receives notifications on performance trends relative to industry standards.

Given the user has opted in for notifications, when the system analyzes quarterly performance data, then the user receives alerts on significant changes in their waste metrics relative to industry standards at least 24 hours before the next scheduled report generation.

Admin reviews user feedback on the benchmarking feature.

Given the admin accesses the feedback section of the application, when they sort through user feedback regarding the benchmarking feature, then they find at least ten unique pieces of feedback that highlight user experiences, suggestions for improvements, or issues encountered.

Automated Reporting Generation

User Story: As a compliance officer, I want automated sustainability reports so that I can ensure timely submission to regulatory bodies without the risk of human error.
Description: The Automated Reporting Generation requirement involves the creation of a feature that automates the process of generating comprehensive sustainability reports based on real-time data collected from various sources. These reports will include detailed analyses on waste metrics, energy consumption, and carbon emissions, tailored to meet regulatory compliance and organizational needs. This feature will not only save time for users but also enhance the accuracy of reporting, allowing for greater transparency when sharing sustainability performance with stakeholders and partners.
Acceptance Criteria: Automated Reporting Generation for Monthly Sustainability Report

Given real-time data collected for the month, when the user requests an automated monthly sustainability report, then the system should generate a report within 5 minutes that includes waste metrics, energy consumption, and carbon emissions, complete with visualizations and analytics.

Comparison of Generated Report to Regulatory Standards

Given an automated report generated for compliance, when the report is reviewed, then the report should meet all regulatory standards for sustainability reporting, with no missing required metrics according to the guidelines provided.

User Customization of Report Parameters

Given that a user is setting up the automated report, when they customize the parameters for the report (such as date range, specific metrics, and audience), then the system should save these preferences and apply them in future report generations without user intervention.

Distributed Reporting to Stakeholders

Given the automated report has been successfully generated, when the user selects stakeholders to receive the report, then the system should distribute the report to the selected stakeholders via email within 10 minutes of generation.

Accuracy Validation of Report Data against Raw Data

Given a generated sustainability report, when a user compares the report metrics against the raw data, then the report should accurately reflect the data, with discrepancies not exceeding 5% for any metric reported.

Accessibility Features in Generated Reports

Given that the report is generated, when a user opens the report, then it should be accessible, including functionalities like screen reader compatibility and alternative text for all visual elements, ensuring it meets accessibility standards.

Audit Trail of Report Generation

Given that a report has been generated, when an administrator retrieves the generation history, then the system should provide an audit trail that includes the timestamp of generation, the user who requested it, and any customization details applied to the report parameters.

Predictive Analytics for Waste Reduction

User Story: As a data analyst, I want predictive analytics for waste reduction so that I can anticipate waste production trends and propose effective strategies to minimize our environmental impact.
Description: The Predictive Analytics for Waste Reduction requirement encompasses developing a predictive modeling engine that analyzes historical waste data to forecast future trends and potential spikes in waste generation. This functionality will help organizations proactively manage their waste production by identifying the factors that could lead to increased waste. By leveraging machine learning techniques, the tool can suggest targeted strategies for waste minimization, ensuring organizations can effectively plan and implement sustainability initiatives.
Acceptance Criteria: Users can access predictive analytics to view projected waste generation based on historical data and defined variables.

Given historical waste data is available, when the user queries the predictive analytics tool, then the system shall display forecasted waste metrics for the next quarter with at least 90% accuracy based on historical trends.

Users receive recommendations for waste reduction strategies based on predictive analytics outputs.

Given a predictive model has generated waste forecasts, when the user views the analytics report, then the system shall provide at least three actionable strategies for waste minimization relevant to the forecasted data.

Users can export predictive analytics reports in various formats for internal sharing and compliance reporting.

Given the user has generated a predictive analytics report, when the user selects the export option, then the system shall allow the report to be exported in at least three formats (PDF, Excel, CSV) without data loss.

Users can customize the parameters used in the predictive modeling to tailor outputs according to specific organizational needs.

Given the user wants to customize parameters, when the user adjusts the input variables for the predictive model, then the system shall re-calculate and display updated forecasts reflecting the new parameters immediately.

Users can review the predictive analytics outputs for accuracy and identify potential spikes in waste generation.

Given a predictive analytics report is available, when the user examines the output, then the system should highlight any predicted spikes in waste generation that exceed previous thresholds by at least 20% for easy identification.

Users can integrate predictive analytics with real-time data from IoT devices to improve accuracy.

Given IoT devices are connected and sending real-time waste data, when the predictive model recalculates based on this data, then the forecasts should adapt dynamically within a specified time frame of less than 5 minutes.

Customizable Benchmark Alerts

User Story: As an environmental officer, I want customizable benchmark alerts so that I can be notified immediately when our waste metrics exceed acceptable limits and take action to rectify the situation.
Description: The Customizable Benchmark Alerts requirement aims to provide users with the ability to set personalized thresholds and receive alerts when their waste metrics deviate from predefined benchmarks. This feature will facilitate proactive management of waste practices by notifying users of potential issues before they escalate. Custom alerts will be customizable by waste type, frequency, and severity, allowing stakeholders to respond promptly and effectively to enhance their sustainability efforts.
Acceptance Criteria: User sets customizable alerts for waste metrics exceeding industry benchmarks.

Given the user has access to the Customizable Benchmark Alerts feature, when they set a threshold for a specific waste type, then the system should allow the user to save these settings and enable alerts.

User receives an alert notification when waste metrics exceed the set threshold.

Given the user has configured their alert settings, when the waste metric for the selected type exceeds the set threshold, then the system should send an alert notification via email and in-app message.

User modifies the frequency of alert notifications for different waste types.

Given the user has created customizable alerts, when they change the notification frequency for a waste type, then the system should update the alert settings accordingly and confirm the change with the user.

User configures alert severity levels for waste metrics based on compliance needs.

Given the user is setting up flexible alerts, when they assign severity levels (high, medium, low) to different waste metrics, then the system should implement these levels to determine alert escalation.

User reviews the alert history to assess past waste metric violations.

Given the user has received alerts for waste metric deviations, when they access the alert history feature, then they should see a chronological list of all past alerts, including metrics and severity levels.

System integrates with IoT devices to pull real-time waste metrics for alerts.

Given the user's IoT devices are connected to EcoTrackly, when waste metrics are updated, then the system should automatically adjust alerts based on real-time data.

User tests the alert system by simulating waste metric deviations.

Create products with ease

Product Details

Personas

Eco Innovator

Resource Optimizer

Green Marketing Guru

Compliance Navigator

Corporate Stewardess

Product Ideas

Product Features

Carbon Credit Exchange

Requirements

Seamless Carbon Credit Transactions

Dynamic Market Analytics Dashboard

Robust Reporting Mechanism for Compliance

User Authentication and Security Protocols

Community Engagement Features

Project Verification Hub

Requirements

Carbon Project Transparency Reports

Impact Assessment Availability

Dynamic Certification Status Updates

User-friendly Navigation and Filtering

Robust Reporting Tools

Integration with Existing Compliance Frameworks

Custom Offset Strategy Builder

Requirements

Emissions Data Integration

Custom Offset Recommendations Engine

User-Friendly Interface for Offset Strategy Design

Offset Strategy Performance Tracking

Collaboration Tools for Team Strategy Building

Reporting and Compliance Generation

Real-time Market Insights

Requirements

Dynamic Data Visualization

Alerts for Market Changes

Historical Data Analysis

Market Performance Benchmarking

Integration of Predictive Analytics

Sustainability Impact Tracker

Requirements

Real-time Impact Visualization

Monthly Impact Reporting

User Feedback Mechanism

Project Impact Case Studies

Integration with External Environmental Databases

Multi-Project Portfolio Option

Requirements

Multi-Project Selection Interface

Real-Time Impact Tracking

Comprehensive Reporting Dashboard

Project Recommendations Engine

User Collaboration Tools

Community Engagement Forum

Requirements

User Registration and Profile Management

Discussion Thread Creation

Commenting and Reactions System

Search and Filter Functionality

Notification and Alert System

Resource Sharing and Downloads

EcoScore Breakdown

Requirements

EcoScore Visualization

Drill-Down Metrics

Comparative Analysis Tool

Real-time Notifications

Historical Performance Reporting

Trend Analysis Tool

Requirements

Real-time Data Visualization

Predictive Analytics Integration

Customizable Reporting Templates

Enhanced User Collaboration Features

Mobile Accessibility

Personalized Action Plans

Requirements

Dynamic Recommendation Engine