Animal shelter management SaaS

FetchFlow

Joyfully Unleashing More Happy Homes

FetchFlow streamlines operations for overwhelmed animal shelter coordinators by replacing scattered spreadsheets with a single intuitive platform for automated volunteer scheduling, instant applicant-matching, and rewarding engagement. Coordinators reclaim hours, boost volunteer participation, and accelerate pet adoptions—restoring joy and order to shelters so more animals find loving homes, faster.

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FetchFlow

Product Details

Explore this AI-generated product idea in detail. Each aspect has been thoughtfully created to inspire your next venture.

Vision & Mission

Vision
To empower every animal shelter to double adoptions and volunteer joy through effortless, joyful, and automated management worldwide.
Long Term Goal
By 2028, empower 5,000 animal shelters to double annual adoptions and increase volunteer engagement by 100%, transforming lifesaving operations and well-being for staff, volunteers, and pets worldwide.
Impact
FetchFlow enables animal shelter coordinators to schedule 30% more volunteer hours, respond to adoption applicants 40% faster, and double volunteer engagement rates, directly reducing staff burnout and accelerating pet placements for small nonprofit shelters overwhelmed by manual tracking and fragmented tools.

Problem & Solution

Problem Statement
Nonprofit animal shelter coordinators are overwhelmed by manual spreadsheets and fragmented tools for volunteer scheduling and adoption tracking, causing lost applicants and staff burnout, as existing software is costly, overly complex, and not tailored to small teams’ daily workflows.
Solution Overview
FetchFlow replaces scattered spreadsheets with an intuitive dashboard that automates volunteer scheduling and instantly matches adoption applicants, cutting admin time and eliminating chaos so coordinators can focus on connecting more pets with loving homes—while a built-in rewards tracker keeps volunteers engaged and happy.

Details & Audience

Description
FetchFlow is an easy-to-use management platform built for nonprofit animal shelter staff and volunteer coordinators. It replaces clunky spreadsheets with automated volunteer scheduling, instant applicant-matching, and simplified adoption tracking, cutting admin hours and reducing burnout. The built-in rewards dashboard gamifies volunteering, doubling engagement and bringing joy back to shelter operations while helping more pets find loving homes faster.
Target Audience
Nonprofit animal shelter coordinators (25-55) overwhelmed by manual tracking, seeking joyful, efficient volunteer management.
Inspiration
At a crowded shelter adoption day, I watched a coordinator frantically flip through dog-eared sign-up sheets while volunteers drifted away, confused and unrecognized. Amid missed matches and mounting stress, I saw how their passion was being drained by chaos. In that moment, I knew shelters like this needed a joyful, automated tool to bring order, connection, and celebration back to their lifesaving work.

User Personas

Detailed profiles of the target users who would benefit most from this product.

M

Methodical Maya

- Age 34, lives in small farming community - BA in Animal Science, manages two shelters - Coordinates 20 weekly volunteers - Annual income $45k - Female, rural local network

Background

Grew up on a family farm volunteering with rescue animals from age 16. Joined a rural shelter and struggled with manual scheduling, inspiring her to seek automated solutions.

Needs & Pain Points

Needs

1. Automated volunteer rostering for rural schedules 2. Consolidated real-time attendance tracking 3. Instant conflict alerts on double bookings

Pain Points

1. Lost hours from double-booked shifts 2. Spreadsheet errors causing volunteer confusion 3. Tedious manual follow-ups for last-minute changes

Psychographics

- Values precise organization above all - Motivated by predictable, error-free processes - Cautious adopter of new tech - Craves clear, measurable metrics

Channels

1. Email (morning updates) 2. Facebook Groups (local volunteers) 3. Mobile App (on-the-go alerts) 4. SMS (urgent shift changes) 5. YouTube (how-to tutorials)

S

Strategic Sam

- Age 42, suburban nonprofit hub - MA in Nonprofit Management - Oversees volunteer-driven fundraisers across three shelters - Annual income $60k - Male, community leader

Background

Spent a decade running community fundraisers and noticed volunteer no-shows undermining events. Embraced technology to analyze participation patterns and maximize fundraising impact.

Needs & Pain Points

Needs

1. Predictive analytics for event turnout 2. Integrated donor-volunteer reporting 3. Automated volunteer reminder campaigns

Pain Points

1. Last-minute volunteer cancellations reducing turnout 2. Separate systems for donor and volunteer data 3. Manual follow-up eating into planning time

Psychographics

- Driven by measurable campaign success - Believes data informs better outreach - Thrives on high-impact community events - Seeks strategic volunteer engagement

Channels

1. LinkedIn (professional updates) 2. Eventbrite (sign-up management) 3. Email (campaign blasts) 4. Instagram (event promotion) 5. CRM dashboard (real-time stats)

T

Tech-Trained Taylor

- Age 29, urban tech center - BS in Computer Science - Manages IT for five-shelter network - Annual income $55k - Nonbinary, tech enthusiast

Background

Built volunteer-tracking tools in college, then joined a large shelter network. Frustrated by siloed spreadsheets, they pushed for unified platforms and custom integrations.

Needs & Pain Points

Needs

1. Robust API for system integrations 2. Role-based access controls 3. Detailed implementation guides

Pain Points

1. Disconnected data across platforms 2. Poorly documented APIs causing delays 3. Lack of granular permissions control

Psychographics

- Obsessed with system interoperability - Prioritizes secure, scalable solutions - Thrives on customizing workflows - Values clear API documentation

Channels

1. GitHub (code repositories) 2. Slack (real-time support) 3. API portal (developer docs) 4. Tech forums (Q&A) 5. Email (deployment alerts)

M

Mentoring Morgan

- Age 27, urban shelter branch - BA in Psychology - Oversees volunteer training programs - Annual income $40k - Female, early-career leader

Background

Volunteered through college then hired as coordinator assistant. Promoted recently, Morgan feels overwhelmed by scheduling demands and seeks structured learning paths.

Needs & Pain Points

Needs

1. Guided onboarding tutorials for scheduling 2. Prebuilt shift templates by role 3. In-app tips for new supervisors

Pain Points

1. Overwhelmed by complex scheduling interface 2. No standardized templates slowing setup 3. Limited real-time support when stuck

Psychographics

- Eager to learn established best practices - Values hands-on, step-by-step guidance - Motivated by team success stories - Prefers visual, interactive tutorials

Channels

1. In-app help (interactive walkthroughs) 2. YouTube (quick tutorial videos) 3. Slack channel (peer support) 4. Email (weekly tips) 5. Live chat (immediate assistance)

Product Features

Key capabilities that make this product valuable to its target users.

SwapSnap

Enables volunteers to instantly offer or accept shift swaps with a single tap, minimizing schedule conflicts and ensuring every open slot is covered without coordinator intervention.

Requirements

Instant Swap Proposal
"As a volunteer, I want to propose a shift swap with another volunteer so that I can adjust my commitments without waiting for coordinator approval."
Description

Enable volunteers to propose a shift swap instantly by selecting one of their upcoming shifts and choosing a replacement volunteer. The system identifies eligible volunteers based on availability, role qualifications, and shelter needs, presenting a list of potential swap candidates. This functionality integrates directly within the volunteer schedule interface, reducing coordinator workload and speeding up the shift exchange process.

Acceptance Criteria
Shift Selection for Swap
Given a volunteer is viewing their upcoming shifts When they choose the swap option for a specific shift Then the system displays the swap interface with that shift highlighted
Eligible Volunteer Identification
Given the selected shift's date, time, and role requirements When the system processes available volunteers Then only volunteers matching availability, qualifications, and shelter needs are listed
Swap Candidate List Presentation
Given eligible volunteers have been identified When the swap interface loads Then the system displays a list sorted by volunteer rating and proximity with at least name, availability, and role qualification
Swap Proposal Submission
Given a volunteer selects a candidate and confirms swap details When they click 'Propose Swap' Then the system sends a swap request to the selected volunteer and updates the original volunteer's schedule to 'Pending Swap'
Swap Proposal Feedback
Given a swap proposal is successfully sent When the system receives acknowledgment Then the initiating volunteer sees a confirmation message with the swap request ID and status 'Pending'
One-Tap Accept/Decline
"As a volunteer, I want to accept or decline a shift swap with one tap so that I can quickly manage my schedule."
Description

Allow volunteers to review incoming swap proposals and accept or decline them with a single tap. The user interface highlights the shift details, the proposing volunteer’s profile, and any relevant notes. Accepted swaps immediately update both parties’ schedules, while declined proposals prompt the system to suggest alternative candidates or let the proposer choose another volunteer.

Acceptance Criteria
Receiving a Swap Proposal Notification
Given a swap proposal is sent to a volunteer, when the proposal is dispatched, then the volunteer receives a notification within 5 seconds and can tap it to view proposal details.
Accepting a Swap Proposal with One Tap
Given the volunteer views the swap proposal, when the volunteer taps the 'Accept' button once, then the system confirms acceptance, updates both volunteers' schedules in real time, and displays a confirmation message.
Declining a Swap Proposal with One Tap
Given the volunteer views the swap proposal, when the volunteer taps the 'Decline' button once, then the system marks the proposal as declined, notifies the proposer, and presents at least three alternative volunteer candidates for the open shift.
Viewing Swap Proposal Details
Given a swap proposal is selected, when the volunteer opens its details, then the UI displays consistent shift details (date, time, role), the proposer's profile (name, photo, rating), and any provided notes.
Real-Time Schedule Update After Acceptance
Given a swap proposal is accepted, when the swap is processed, then both volunteers' schedules reflect the change within 2 seconds and no schedule conflicts are introduced.
Real-Time Availability Sync
"As a volunteer, I want my calendar to update in real time after a swap so that I always see accurate shift information."
Description

Ensure that volunteer availability is synchronized in real time across the platform. When a swap is completed, both participants’ calendars and the overall shelter shift roster update instantly. Any changes cascade to mobile notifications and the coordinator dashboard, maintaining an accurate and up-to-date view of shift coverage.

Acceptance Criteria
Volunteer Initiates Shift Swap
Given a volunteer views their upcoming shifts on mobile, when they tap the "Swap" button on a specific shift and confirm the request, then the platform updates both volunteers' shift statuses to "Swap Pending" and displays the request in the shift roster within 2 seconds.
Volunteer Accepts Swap Offer
Given a volunteer receives a swap request, when they accept the request within 5 minutes, then both volunteers' calendars update to reflect the new shifts and the overall roster updates to mark the slots as filled, all within 2 seconds.
Coordinator Dashboard Reflects Change
Given a swap is pending or completed, when the coordinator views or refreshes the dashboard, then the roster displays the latest swap status and updated volunteer assignments in real-time without full page reload, within 2 seconds.
Mobile Notifications Triggered
Given a swap is initiated or accepted, when the action occurs, then push notifications are sent to involved volunteers within 10 seconds containing the updated shift details and status.
Calendar Sync Across Platforms
Given a swap is finalized, when the shift assignments change, then both volunteers' external calendars (e.g., Google Calendar, Outlook) sync the updated shift details within 5 minutes, reflecting the correct date, time, and location.
Swap Confirmation Notifications
"As a volunteer, I want to receive confirmation when a swap is completed so that I know my schedule has been updated."
Description

Automatically send confirmation notifications via email and in-app messages to both volunteers once a swap is finalized. Notifications include details such as shift date, time, location, and the other volunteer’s contact information. This keeps all parties informed, reduces confusion, and provides a clear record of the new shift arrangement.

Acceptance Criteria
Triggering Notifications After Shift Swap Completion
Given two volunteers complete a shift swap in the app When the swap is finalized Then the system queues notifications for both volunteers within 1 minute
Email Notification Delivery Confirmation
Given notifications are queued When the email service processes the notification queue Then both volunteers receive an email within 5 minutes of swap confirmation
In-App Notification Rendering
Given the swap is confirmed When each volunteer opens the FetchFlow app Then an in-app message appears in their Inbox with the swap details within 5 minutes
Notification Content Accuracy
Each notification email and in-app message includes the shift date, start and end time, location, and the other volunteer’s name and contact information accurately formatted
Retry Logic for Failed Notification Delivery
If an email notification fails due to a transient error Then the system retries delivery up to 3 times at 1-minute intervals and logs each attempt
Automated Conflict Detection
"As a volunteer coordinator, I want the system to automatically detect scheduling conflicts during swaps so that only valid exchanges are processed."
Description

Implement a validation engine that automatically checks proposed swaps for scheduling conflicts, overlapping shifts, role mismatches, and policy violations (e.g., minimum rest periods). If a conflict is detected, the system blocks the swap and notifies the proposer with details and recommended corrective actions.

Acceptance Criteria
Overlapping Shift Detection
Given a volunteer proposes to swap into a new shift that overlaps with one of their existing approved shifts When the swap is submitted for validation Then the system must detect the time overlap and block the swap And display an error message specifying the conflicting shift times
Role Mismatch Identification
Given a volunteer attempts to swap into a shift with a different role than they are qualified or certified for When the swap request is validated by the engine Then the system must flag the role discrepancy and prevent the swap And suggest contacting the coordinator to request necessary training
Minimum Rest Period Enforcement
Given a volunteer has an approved shift ending at 10:00 PM and tries to swap into a shift starting at 4:00 AM next day When the swap submission occurs Then the system must enforce the 8-hour minimum rest policy and reject the swap And notify the volunteer of the required rest period violation
Policy Violation Notification
Given a proposed swap would exceed a volunteer’s maximum allowed weekly hours When the validation engine processes the swap Then the system must identify the hours breach and block the request And provide a summary of the volunteer’s current and proposed weekly hours
Cross-Day Shift Swap Handling
Given a volunteer requests a swap between a late-night shift ending at 11:30 PM and an early-morning shift starting at 6:00 AM next calendar day When the swap is validated Then the system must correctly calculate the rest interval across midnight and enforce policies And either approve or reject the swap with a clear rationale

SmartFill

Analyzes volunteer availability, past attendance, and preferences to automatically suggest ideal candidates for open shifts, boosting fill rates and reducing manual coordination time.

Requirements

Volunteer Data Aggregation
"As a shelter coordinator, I want the system to automatically collect and normalize volunteer data so that I can rely on accurate information without manual consolidation."
Description

Automatically collect and normalize volunteer data from multiple sources—including spreadsheets, calendar integrations, and manual entries—to create a unified data model containing availability slots, attendance history, and preference profiles. This ensures accurate input for matching algorithms, eliminates manual data consolidation, and maintains up-to-date volunteer information within FetchFlow.

Acceptance Criteria
Spreadsheet Data Import
Given a CSV file containing volunteer records, when the system processes the file, then all availability slots, attendance history, and preference profiles are parsed and stored in the unified data model without errors; AND the total number of records imported matches the number of rows in the CSV.
Calendar Integration Sync
Given a volunteer has connected their calendar, when a scheduled sync runs or a new event is added, then the system retrieves availability events within five minutes and maps them to the volunteer’s availability slots; AND duplicate events are recognized and not duplicated in the data model.
Manual Entry Submission
Given a coordinator enters volunteer data via the FetchFlow UI, when the form is submitted, then all required fields (name, contact, availability, preferences) are validated; AND valid entries are added to the unified data model while validation errors are displayed inline.
Duplicate Record Handling
Given incoming data contains duplicate volunteer entries identified by matching email or unique ID, when the import runs, then the system merges records into a single profile, retains the most recent attendance history, consolidates preference profiles, and does not create duplicate records.
Data Normalization and Validation
Given volunteer data arrives from multiple sources in various formats, when processed, then all dates are converted to ISO 8601, phone numbers to E.164 format, and any entries failing format or validation rules are flagged and excluded from the unified data model until corrected.
Availability Pattern Analyzer
"As a shelter coordinator, I want the system to analyze volunteer availability patterns so that I can find the most reliable candidates for open shifts."
Description

Analyze aggregated volunteer availability to identify recurring patterns, preferred time slots, and likelihood of attendance. Use statistical and heuristic methods to forecast optimal shift candidates, integrating seamlessly with the matching engine. This module improves prediction accuracy and reduces no-shows.

Acceptance Criteria
Recurring Volunteer Time Slot Detection
Given aggregated volunteer availability data for the past eight weeks, when the Availability Pattern Analyzer processes the data, then it identifies any volunteer whose availability pattern repeats at least three times with a confidence level of 90% within a two-hour window.
Optimal Shift Candidate Forecasting
Given an open shift request and historical attendance records, when the analyzer ranks volunteers for the shift, then the top five candidates are ordered by predicted attendance likelihood with at least 85% accuracy compared to actual attendance outcomes.
Preferred Time Slot Confirmation
Given each volunteer’s stated preferences and past attendance history, when generating shift suggestions, then the system highlights the top three time slots per volunteer that have achieved at least a 70% attendance rate historically.
Matching Engine Integration
Given pattern analysis results, when the module sends data to the matching engine API, then the matching engine successfully receives and incorporates the patterns within 500 milliseconds and returns a ranked candidate list without errors.
No-Show Reduction Analysis
Given pattern-based candidate forecasts applied over a one-month pilot period, when comparing no-show rates before and after implementation, then the system demonstrates at least a 15% reduction in volunteer no-shows.
Preference-Based Matching
"As a shelter coordinator, I want the system to match volunteers based on their preferences and history so that I can schedule shifts with higher volunteer satisfaction and reliability."
Description

Implement an algorithm that matches volunteers to open shifts by considering their role preferences, shift length choices, experience levels, attendance reliability, and geographic proximity. Generate a ranked list of ideal candidates for each shift, boosting fill rates and volunteer satisfaction.

Acceptance Criteria
Preference-Based Role Matching
Given a list of open shifts with required roles and volunteer profiles when running the Preference-Based Matching algorithm then the system generates a ranked list of volunteers whose role preferences match the shift role, sorted by preference score.
Shift Length Compatibility
Given volunteer shift length preferences when generating candidate recommendations then volunteers whose preferred shift lengths exactly match the open shift are listed first, followed by those preferring longer shifts if exact matches are unavailable.
Experience Level Prioritization
Given volunteers with varying experience levels for a specialized role when compiling the ranked candidate list then volunteers meeting or exceeding the required experience level appear above less experienced volunteers.
Attendance Reliability Consideration
Given historical attendance reliability scores when sorting candidate volunteers then volunteers with reliability scores of 90% or higher are prioritized over those with lower reliability scores.
Geographic Proximity Optimization
Given volunteers’ home locations and the shelter’s location when selecting candidates then only volunteers within 25 miles are included and those within 10 miles are ranked highest in the list.
Coordinator Matching Dashboard
"As a shelter coordinator, I want an intuitive dashboard showing suggested volunteers with relevant details so that I can quickly assign shifts without digging through spreadsheets."
Description

Develop an intuitive dashboard within FetchFlow that displays recommended volunteers for each shift, including match scores, attendance rates, and preference alignments. Provide filtering, sorting, and one-click assignment functionality to streamline the scheduling process and reduce coordination time.

Acceptance Criteria
Viewing recommended volunteers for an unfilled shift
Given a coordinator selects an unfilled shift, When the dashboard loads, Then it displays at least five volunteer recommendations with match scores, attendance rates, and preference alignments sorted by match score descending.
Filtering volunteers by minimum match score
Given the recommendations list is displayed, When the coordinator sets a minimum match score filter (e.g., ≥80%), Then only volunteers meeting or exceeding the threshold are shown.
Sorting volunteers by attendance rate
Given the recommendations list is displayed, When the coordinator sorts by attendance rate, Then the list reorders in descending order of attendance rate.
Assigning a volunteer with one click
Given a list of recommended volunteers, When the coordinator clicks “Assign” on a volunteer entry, Then the volunteer is assigned to the shift, removed from the list, and a confirmation message appears.
Updating suggestions after volunteer assignment
Given a volunteer has been assigned, When the dashboard refreshes recommendations, Then the assigned volunteer is excluded and a new recommendation appears to maintain at least five suggestions.
Feedback-Driven Learning
"As a shelter coordinator, I want to provide feedback on recommended volunteers so that the system learns and improves its suggestions over time."
Description

Create a feedback mechanism that captures coordinator responses—accepted, rejected, or modified recommendations—and reasons for each decision. Feed this data back into the matching algorithm to adjust weighting factors and improve future suggestions, enabling continuous learning and refinement.

Acceptance Criteria
Accepting a Shift Recommendation
Given a coordinator views a suggested volunteer for an open shift When the coordinator clicks “Accept” on the recommendation Then the system logs the acceptance event And prompts the coordinator to enter an optional reason for acceptance And stores the acceptance feedback and reason in the feedback database
Rejecting a Shift Recommendation
Given a coordinator views a suggested volunteer for an open shift When the coordinator clicks “Reject” on the recommendation Then the system requires the coordinator to select or enter a reason for rejection And stores the rejection feedback and reason in the feedback database
Modifying a Shift Recommendation
Given a coordinator views a suggested volunteer recommendation When the coordinator modifies parameters (e.g., shift time, volunteer skill level) before acceptance Then the system captures both the original and modified recommendation details And logs the modification and the associated reason in the feedback database
Bulk Decision on Multiple Recommendations
Given a coordinator has a list of multiple suggested volunteers When the coordinator selects multiple recommendations and performs an accept or reject action in bulk Then the system prompts for a single reason if rejecting or accepts with no prompt if accepting And records a feedback entry for each recommendation processed
Reason Validation and Storage
Given a coordinator provides free-text feedback for any recommendation action When the input is submitted Then the system validates the feedback length (minimum 10 characters, maximum 500) And sanitizes input to prevent injection attacks And saves the validated reason linked to the specific feedback record
Algorithm Adjustment from Collected Feedback
Given the system has accumulated at least 50 feedback records of accepted, rejected, and modified recommendations When the scheduled feedback processing job runs Then the algorithm updates the weighting factors based on aggregated reasons and decision patterns And logs a summary report of adjustments in the system audit log
Automated Volunteer Notifications
"As a shelter coordinator, I want volunteers to receive automatic notifications for their assigned shifts so that they are informed promptly and can confirm availability."
Description

Integrate an automated notification system to send assignment confirmations and shift reminders to volunteers via email and SMS. Include shift details, response tracking, and reminder schedules. Ensure seamless integration with FetchFlow’s notification service to keep volunteers informed and engaged.

Acceptance Criteria
Assignment Confirmation Notification
Given a volunteer is assigned a shift When the assignment is saved Then the system sends an email and SMS containing shift details including date, time, location, and role within 5 minutes
Shift Reminder Scheduling
Given a volunteer has an upcoming shift When the reminder schedule is configured Then the system sends a reminder email and SMS 24 hours and 2 hours before the shift start time
Response Tracking Update
Given a volunteer receives an assignment notification When the volunteer clicks confirm or decline Then the system records the response status and updates the coordinator dashboard in real time
Email Format and Content Verification
Given the system sends an email notification When the email is delivered Then the subject, body, and footer match the approved template and include correct shift details and branding
SMS Format and Content Verification
Given the system sends an SMS notification When the SMS is delivered Then the message content is under 160 characters, includes a clear call-to-action, and displays the correct shift date and time

QuickCheck

Provides seamless mobile check-in and check-out via QR codes or geolocation, ensuring accurate attendance records, prompt reminders, and fewer no-shows.

Requirements

QR Code Generation
"As a volunteer coordinator, I want the system to generate unique QR codes for each shift so that volunteers can quickly and securely check in and out without manual data entry."
Description

Implement a system that dynamically generates unique QR codes for each volunteer check-in and check-out session. The feature should produce easily scannable codes within the mobile app and printable formats for kiosk displays. It must ensure code security and expiration policies to prevent reuse or tampering, integrate seamlessly with the volunteer and shift data models, and support high-volume usage without performance degradation.

Acceptance Criteria
Unique QR Code Generation for Volunteer Session
Given a volunteer session is scheduled, when the session is created in the system, then the system generates a QR code that is unique, contains a session identifier, and correctly encodes the volunteer ID and shift details.
QR Code Expiration Enforcement
Given a QR code is generated, when the expiration time is reached or the volunteer checks out, then the QR code is invalidated and scanning it returns an error indicating expiration.
QR Code Security and Integrity
Given a QR code is generated, the QR code payload is signed or encrypted, and scanning attempts with modified or duplicated codes are rejected by the system.
Data Model Integration for QR Codes
Given a volunteer and shift record exist, when a QR code is generated or scanned, then the system correctly links the QR code scan event to the corresponding volunteer and shift database records without data mismatches.
High-Volume QR Code Generation Performance
Given 1000 volunteer sessions are created simultaneously, when batch QR code generation is performed, then the system generates all QR codes within 30 seconds with no errors and system CPU and memory do not exceed 80% utilization.
Geolocation Verification
"As a volunteer, I want my check-in to verify that I’m physically on-site so that attendance records accurately reflect actual volunteer presence."
Description

Enable location-based attendance validation by capturing volunteer GPS coordinates at the moment of check-in and check-out. The feature should compare captured coordinates against predefined geofences around the shelter premises, flagging any badges or discrepancies. It must respect user privacy, prompt for permission, handle offline scenarios, and record location accuracy metrics for auditing purposes.

Acceptance Criteria
Successful Geofenced Check-In
Given a volunteer has granted location permission and is located within the 100m geofence When the volunteer scans the QR code to check in Then the system captures GPS coordinates, verifies they fall inside the geofence, and records the attendance as successful
Geofence Breach Detection
Given a volunteer’s captured GPS coordinates are outside the predefined geofence When the volunteer attempts to check in or out Then the system flags the discrepancy, prevents the attendance from being recorded, and displays an alert indicating the location mismatch
Offline Check-In Handling
Given a volunteer has no network connectivity but is within the geofence When the volunteer attempts to check in Then the app locally caches the timestamp and GPS coordinates and automatically syncs the data to the server once connectivity is restored
Permission Denied User Flow
Given a volunteer has denied location permissions When the volunteer attempts to check in or out Then the app prompts the user to enable location access and, if still denied, prevents the attendance action and provides instructions to grant permission
Location Accuracy Logging
Given any check-in or check-out event is captured When the system records the volunteer’s GPS coordinates Then the system also logs the location accuracy metric (in meters) and includes it in the audit record for review
Automated Attendance Reminders
"As a volunteer, I want to receive reminders before my shifts so that I don’t forget to check in and can fully commit to my schedule."
Description

Create a reminder engine that sends timely push notifications and SMS alerts to volunteers before their scheduled shifts. The system should allow coordinators to configure reminder timing, message templates, and channels. It must track delivery status, handle opt-outs in compliance with communication regulations, and provide a dashboard for monitoring reminder effectiveness and no-show rates.

Acceptance Criteria
Configuring Reminder Preferences
Given a coordinator accesses the reminder settings page, When they set the reminder timing to 2 hours before a volunteer’s scheduled shift, select both push notification and SMS channels, and customize the message template, Then the system saves the settings, displays the updated configuration on the summary screen, and persists the configuration in the database.
Volunteer Receives Push Notification Reminder
Given a volunteer has an upcoming scheduled shift and push notifications enabled on their device, When the configured reminder time is reached, Then the system sends a push notification containing the accurate shift date, time, location details, and a link to check in or out, and records the delivery status as “Delivered” or “Failed” in the reminder log.
Volunteer Receives SMS Reminder
Given a volunteer has an upcoming shift and a valid mobile number on file, When the configured reminder time is reached, Then the system sends an SMS message with the correct shift details, retries up to two times in case of failure, and logs each attempt’s delivery status in the system.
Opt-Out Processing for Notifications
Given a volunteer has opted out of one or both notification channels, When the reminder engine processes scheduled reminders, Then the system skips sending notifications to that volunteer in the opted-out channel(s) and records the opt-out event in the compliance log according to regulatory requirements.
Monitoring Reminder Effectiveness Dashboard
Given the coordinator views the reminder effectiveness dashboard, When reminders have been sent in the selected date range, Then the dashboard displays metrics including total reminders sent per channel, delivery success rates, number of opt-outs, and the corresponding no-show rates, and allows filtering by date range and volunteer group.
Offline Check-In/Out Support
"As a volunteer in areas with poor connectivity, I want to check in and out offline so that my attendance is recorded reliably regardless of network availability."
Description

Develop offline capabilities for mobile check-in and check-out functions when network connectivity is unavailable. The feature should queue QR scans and geolocation data locally on the device, encrypt stored data, and automatically synchronize with the server once the connection is restored. It must handle conflict resolution for overlapping shifts and provide visual cues to users about sync status.

Acceptance Criteria
Offline QR Code Check-In During Connectivity Loss
Given the user is on the check-in screen without network connectivity When the user scans a volunteer’s QR code Then the scan should be queued locally with encrypted QR data and timestamp And the user should see confirmation that the check-in was recorded offline
Offline Geolocation Check-Out on Remote Site
Given the user attempts to check out from a shift in an area with no network When the user taps the check-out button using geolocation Then the app captures and encrypts the location coordinates and timestamp locally And displays a message indicating the check-out is stored offline
Automatic Data Synchronization Upon Reconnection
Given there are queued offline check-in/out records on the device When the device regains network connectivity Then the app automatically synchronizes all encrypted records to the server in chronological order And the user receives a notification confirming successful sync
Conflict Resolution for Overlapping Shifts
Given two queued check-in records overlap with existing shift data on the server When the app synchronizes offline records Then the system detects the overlap And prompts the user to choose which shift to keep or merges the shifts according to predefined rules
Visual Sync Status Indicators in Offline Mode
Given the user is working offline When offline check-in/out records are created or pending Then the app displays distinct visual cues (e.g., icons or color codes) next to each record indicating ‘Pending Sync’ status And updates the icon to ‘Synced’ once the record is successfully sent to the server
Attendance Reporting Dashboard
"As a shelter coordinator, I want to access detailed attendance reports so that I can analyze volunteer engagement, identify gaps, and optimize scheduling."
Description

Build a comprehensive dashboard for coordinators to view real-time attendance metrics, including check-in/out rates, location validation summaries, no-show statistics, and historical trends. The dashboard should support filtering by date range, shift type, and volunteer role, exporting options (CSV/PDF), and integration with shelter management analytics to inform staffing decisions.

Acceptance Criteria
Real-time Attendance Monitoring
Given the coordinator views the Attendance Reporting Dashboard, when a volunteer checks in or out, then the dashboard updates the total check-in and check-out counts within 5 seconds.
Filtered Attendance Data View
Given the coordinator applies filters for date range, shift type, and volunteer role, when the filters are set, then the dashboard displays only attendance records matching all selected criteria.
Export Attendance Reports
Given the coordinator clicks the export button, when CSV or PDF is selected, then the system generates a file containing all visible metrics, headers, and filtered data, and initiates a download within 10 seconds.
Location Validation Summary Display
Given the dashboard shows location validation data, when volunteers have valid and invalid geolocations, then the summary section displays counts and percentages of valid versus invalid check-ins and outs with links to detailed entries.
Historical Trends Analysis
Given the coordinator selects a historical date range, when the range is applied, then the dashboard renders time-series charts showing daily and weekly check-in/out rates with proper axes labels and data points.

ShowShield

Monitors live check-ins and instantly reopens unclaimed shifts if a volunteer misses their slot, sending automated alerts to standby volunteers to maintain full coverage.

Requirements

Missed Check-In Detection
"As a shelter coordinator, I want to automatically detect missed volunteer check-ins so that shifts are never left unstaffed."
Description

Monitor scheduled volunteer check-ins in real-time, instantly flagging any missed or unconfirmed arrivals at the start of a shift. This requirement leverages the centralized scheduling database and live timestamp data to identify no-shows within seconds of a slot’s start time. By automating detection, the system minimizes manual oversight, ensures staffing gaps are addressed immediately, and maintains consistent shelter operations without coordinator intervention.

Acceptance Criteria
Automated No-Show Detection at Shift Start
Given a scheduled shift and no check-in within 5 minutes of start time When the system monitors live timestamps Then the system flags the volunteer as 'No-Show' and records the event
Reopen Unclaimed Shift and Notify Standby Volunteers
Given a shift flagged as No-Show When the system detects no arrival Then the system reopens the shift slot and sends notification alerts to all standby volunteers within 10 seconds
Update Coordinator Dashboard in Real-Time
Given a shift status changes to No-Show When the system flags the missed check-in Then the coordinator dashboard updates shift status to 'Unclaimed' and displays standby volunteer notifications count
Enforce Grace Period for Volunteer Check-In
Given a shift start time When a volunteer checks in within the 5-minute grace period Then the system confirms the check-in and does not mark as No-Show
Generate Missed Check-In Reports
Given the end of each day When shifts have been processed Then the system generates a report listing all flagged missed check-ins with timestamps, volunteer IDs, and shift details
Shift Reopening Logic
"As a shelter coordinator, I want the system to reopen unclaimed shifts after a set grace period so that coverage is restored without manual effort."
Description

Automatically reopen any unclaimed shift after a configurable grace period (e.g., five minutes past start time). This logic pulls from the active scheduling engine, updates the shift status to ‘open,’ and makes it visible to standby volunteers. Implementing this requirement ensures that coverage holes are closed swiftly, reducing downtime and volunteer idle time while keeping shelter tasks on track.

Acceptance Criteria
Unclaimed Shift Reopens After Grace Period
Given a scheduled shift where no volunteer has checked in within the configured grace period, when the current time exceeds the shift start time by the configured grace period, then the system updates the shift status to “open” within 10 seconds.
Grace Period Configuration Applied
Given an administrator sets the grace period to a custom value, when the system evaluates unclaimed shifts, then it uses the newly configured grace period value to determine when to reopen each shift.
Reopened Shift Visible to Standby Volunteers
Given a shift status changes to “open,” when standby volunteers view available shifts, then the reopened shift appears in their feed sorted by next availability within 5 seconds.
Automated Alerts Sent to Standby Volunteers
Given a shift reopens, when the shift status transitions to “open,” then the system sends notifications to all subscribed standby volunteers with shift ID, start time, and direct claim link.
Integration with Active Scheduling Engine
Given the scheduling engine processes assignments and cancellations, when a shift remains unclaimed past its start time, then the shift reopening logic triggers and updates the status without errors or delays.
Automated Standby Alerting
"As a standby volunteer, I want to receive prompt notifications when a shift becomes available so that I can quickly claim and cover it."
Description

Send real-time notifications to predefined standby volunteers when a shift reopens, using their preferred contact method (email, SMS, or push). The system should queue alerts based on volunteer availability and response time, escalating to secondary contacts if no response is received within a set interval. This ensures rapid fill-in, maximizes volunteer engagement, and prevents coverage gaps from impacting shelter operations.

Acceptance Criteria
Standby Volunteer Notification Initiation
Given a shift is marked unclaimed at check-in cutoff, When the system detects the unclaimed shift, Then it sends an alert to the first standby volunteer via their preferred contact method within 30 seconds.
Alert Escalation to Secondary Contacts
Given the primary standby volunteer does not respond within 5 minutes, When the response window expires, Then the system escalates the alert to the next volunteer in the standby list and records the escalation timestamp.
Alert Queue Management Based on Availability
Given multiple standby volunteers are available, When organizing the alert queue, Then the system orders notifications by volunteer availability windows and past response times, notifying higher-priority volunteers first.
Confirmation Receipt and Shift Reassignment
Given a standby volunteer accepts the alert within the response window, When the system receives the acceptance, Then it updates the shift status to filled, notifies the shelter coordinator, and cancels all pending alerts.
Failed Alert Fallback Procedure
Given no standby volunteer accepts the alert after all escalation intervals, When the final response window closes, Then the system sends a critical notification to the shelter coordinator via email and push within 1 minute.
Configurable Notification Preferences
"As a volunteer, I want to choose my preferred notification method so that I receive timely alerts in the way that works best for me."
Description

Allow coordinators and volunteers to set and manage their notification channels (email, SMS, mobile push) and alert thresholds within their profile settings. This requirement integrates with the notification engine to respect user preferences, minimize alert fatigue, and ensure critical messages are delivered through the most effective medium for each user.

Acceptance Criteria
Configuring Notification Channels
Given a user on the Notification Preferences page When the user selects email and SMS channels and clicks Save Then the system persists these channel selections and displays a confirmation message
Setting Alert Thresholds
Given a coordinator on the Alert Thresholds settings When the coordinator sets a threshold value (e.g., 3 volunteers) and saves the preferences Then the system triggers notifications only when the number of available volunteers falls below the specified threshold
Updating Preferences Post-Onboarding
Given a volunteer who has completed onboarding When the volunteer updates notification channels and alert thresholds in their profile Then the system applies changes immediately without requiring re-onboarding and displays updated settings
Verifying Notification Delivery
Given a user with at least two configured channels When a test notification is sent Then the user receives the test message via each configured channel within two minutes and the delivery status is logged
Disabling Specific Alerts
Given a user opts out of missed shift alerts When the user unchecks the missed shift notification option and saves preferences Then the system does not send missed shift alerts to the user but continues to send other enabled notifications
Coverage Dashboard Update
"As a shelter coordinator, I want a live dashboard showing shift coverage status so that I can monitor staffing and respond to issues proactively."
Description

Enhance the real-time coverage dashboard to reflect reopened shifts, alert statuses, and volunteer response metrics. The dashboard should visually distinguish active, open, and claimed slots, and display alert history and volunteer acceptance times. This provides coordinators with at-a-glance insight into current staffing levels and the effectiveness of automated fallback procedures.

Acceptance Criteria
Visual Distinction of Shift States
Given the dashboard loads, active slots are highlighted in green, open slots in yellow, and claimed slots in blue, and a legend explaining each color and icon is displayed.
Alert History Accessibility
When a coordinator selects a shift, an alert history panel displays all alert events for that shift, including timestamp, recipient, and outcome.
Volunteer Acceptance Time Tracking
When a volunteer accepts a reopened shift alert, the acceptance timestamp is recorded and displayed on the dashboard within 5 seconds.
Real-Time Data Refresh
Given any shift state change (reopen, claim, alert sent, volunteer response), the dashboard updates automatically within 2 seconds without manual refresh.
Overview of Staffing Levels
When viewing the dashboard, total staffing levels are displayed, indicating percentage coverage and number of open slots, updating in real time as shifts change.

TeamTap

Allows groups of volunteers to sign up for shifts together, coordinate roles within the team, and receive shared reminders, fostering collaboration and increasing group participation.

Requirements

Team Creation and Invitation
"As a volunteer coordinator, I want to create a team and invite members so that we can schedule and manage shifts together."
Description

Enable volunteer team leaders to create a new team within FetchFlow, invite members via email or in-app link, and manage membership (accepting or removing members). This feature integrates with the existing user directory and permissions system, ensuring only authorized coordinators and team leaders can form teams. It simplifies group coordination by consolidating member information in one place and setting the foundation for group-based scheduling.

Acceptance Criteria
Team Leader Creates a New Team
Given a logged-in volunteer with the Team Leader role, when they navigate to the 'Create Team' page and enter a unique team name and at least one member email, then a new team record is created with the specified name, invitations are sent to provided emails, and the team appears in the leader's Team Dashboard with invitees in 'Pending' status.
Generating an Invitation Link
Given a Team Leader on the Team Management page, when they click 'Generate Invite Link', then a unique, secure link containing the team ID is generated, copied to the clipboard, and set to expire after 7 days.
Accepting an Invitation Email
Given a volunteer receives a team invitation email and clicks the 'Accept Invitation' link, when they authenticate or register, then they are added to the team roster with 'Active' status and see the team in their profile.
Removing a Member from the Team
Given a Team Leader on the team's page, when they select a member and click 'Remove Member' and confirm, then the member is removed from the team roster, receives a notification of removal, and no longer appears in the team's member list.
Preventing Unauthorized Team Creation
Given a user without Team Leader or Coordinator roles attempts to access 'Create Team', when they attempt the action, then an 'Insufficient Permissions' error message is displayed and no team is created.
Bulk Team Shift Signup
"As a team member, I want to sign up my group for a shift at once so that we can ensure everyone is scheduled without separate entries."
Description

Allow entire teams to sign up for available shifts in a single action, capturing each member’s availability and preferences automatically. The system should validate slot capacity and member eligibility before confirming group signup. This streamlines the process, reducing duplicate entries and ensuring that teams can secure group shifts efficiently.

Acceptance Criteria
Team Selects Available Shift
Given a team with multiple volunteer members and listed open shifts; When the team coordinator selects a common shift and clicks 'Bulk Signup'; Then the system captures each member's basic details and displays a pre-filled signup form for the entire team.
Capacity and Eligibility Validation
Given a bulk signup request; When the system processes the request; Then it checks each selected shift's remaining capacity and each team member's eligibility and blocks the signup if any check fails, displaying specific error messages.
Member Availability Conflict Detection
Given members with conflicting availability; When the team coordinator attempts a bulk signup; Then the system flags members with schedule conflicts and allows the coordinator to adjust selections before final submission.
Team Role Coordination
Given a bulk signup process; When the coordinator assigns roles (e.g., lead, assistant) to team members; Then the system validates that required roles are filled and enables signup only if role requirements are met.
Group Signup Confirmation Notification
Given a successful bulk signup; When the system confirms the submission; Then it sends a consolidated confirmation notification to all team members via email or SMS within 5 minutes, including shift details and individual assignments.
Shared Role Assignment
"As a team leader, I want to assign specific roles to team members within a shift so that responsibilities are clear and tasks are covered."
Description

Provide a mechanism for team leaders to assign specific roles (e.g., Handler, Greeter, Petworker) to individual team members within a scheduled shift. The assigned roles are visible to all team members and coordinators, ensuring clarity of responsibilities. This promotes accountability and balanced workload distribution during shifts.

Acceptance Criteria
Role Assignment by Team Leader Before Shift
Given a team leader on the shift details page When they select a team member and choose a specific role Then the system assigns that role to the member and displays it immediately to all team members and coordinators
Team Member Sees Assigned Role
Given a team member who has been assigned a role When they view their upcoming shift details Then their assigned role is prominently displayed next to their name
Coordinator Views All Roles for a Shift
Given a coordinator reviewing the schedule for a shift When they open the shift details Then they see a list of all team members with their corresponding assigned roles
Team Leader Reassigns Role
Given a team leader with existing role assignments When they update a team member’s role Then the new role replaces the previous one and the change is saved and visible to everyone
Notifications Sent After Role Assignment
Given a role assignment or update has been made When the team leader confirms the changes Then notifications containing the updated role information are sent to affected team members and coordinators
Team Calendar and Group Reminders
"As a team member, I want to see a shared calendar and receive reminders so that we stay informed about upcoming shifts."
Description

Implement a shared calendar view that displays all upcoming team shifts and roles, accessible by every team member. Automatically send both group and individual reminders (via email or push notification) based on configurable timing rules. This ensures the team stays informed and reduces no-shows.

Acceptance Criteria
Viewing Upcoming Team Shifts
Given a logged-in team member, when they navigate to the Team Calendar, then they see all upcoming team shifts displayed in chronological order with assigned volunteer roles.
Configuring Reminder Preferences
Given a team leader on the TeamTap settings page, when they set group reminders to 24 hours before and individual reminders to 2 hours before via email or push notification, then the system saves and displays the updated notification timing rules.
Sending Group Reminders
Given a scheduled team shift and group reminders configured for 24 hours prior, when the system clock reaches 24 hours before the shift, then the system sends the selected group reminder to all team members assigned to that shift.
Sending Individual Reminders
Given a scheduled team shift and individual reminders configured for 2 hours prior, when the system clock reaches 2 hours before the shift, then the system sends personalized reminders to each volunteer via their preferred channel.
Restricting Calendar Access
Given a user who is not a member of the team, when they attempt to access the shared team calendar URL, then the system denies access and displays a ‘Permission Denied’ message.
In-App Team Communication Hub
"As a team member, I want a messaging channel for my team so that we can discuss shift planning and updates within FetchFlow."
Description

Create a dedicated messaging channel for each team, linked to their scheduled shifts. Team members can post updates, ask questions, and share documents or notes. Messages should support notifications and be archived with the team’s history for future reference. This fosters collaboration and keeps communication centralized.

Acceptance Criteria
Message Posting and Notification
Given a team member opens the team’s communication channel before the shift, when they post a text message, then all online team members receive a push and email notification within 10 seconds, and the message appears in the channel timeline.
Document Attachment in Messages
Given a team member attaches a document in the channel, when they send the message, then the document uploads successfully, displays with a filename link, and is downloadable by any team member.
Message History Archiving
Given a shift concludes, when accessing the team’s channel for that shift, then all messages and attached files are read-only and archived, visible with timestamps and user IDs, and accessible in the team’s history tab.
Shift-Linked Channel Creation
Given a new team shift is scheduled, when the shift is confirmed, then a corresponding communication channel is auto-created with the shift’s date, time, and team roster, and all team members receive an invitation to join.
Real-time Message Sync Across Devices
Given a team member posts a message on one device, when another team member views the channel on a different device, then the new message appears in real-time without manual refresh.

PawPulse Alerts

Receive instant, customizable notifications the moment a high-potential pet-applicant match is identified. Coordinators and adoption staff stay proactively informed, enabling faster outreach, reducing time-to-adoption, and ensuring no perfect pairing slips through the cracks.

Requirements

Real-Time Match Notification
"As an adoption coordinator, I want to receive instant notifications when a top candidate match is found so that I can contact potential adopters immediately and shorten time-to-adoption."
Description

Automatically deliver alerts the moment the system identifies a high-potential pet-applicant match, ensuring adoption coordinators receive immediate, actionable notifications. This functionality reduces manual monitoring, accelerates response times, and prevents delays in outreach to prospective adopters.

Acceptance Criteria
Desktop Dashboard Alert Delivery
Given a high-potential pet-applicant match is identified, when the coordinator is logged into the web dashboard, then an alert banner appears within 5 seconds displaying the pet’s name, applicant summary, and match score.
Mobile Push Notification Trigger
Given a high-potential pet-applicant match is identified, when the coordinator’s mobile app is active or in the background, then a push notification is received within 10 seconds containing the pet’s name, applicant ID, and a deep link to the match details.
Alert Content Completeness
Given an alert is delivered, then it must include the pet’s name, applicant’s name, match score, and timestamp of match detection.
Alert Acknowledgment
Given an alert is displayed, when the coordinator clicks “Acknowledge,” then the alert is marked as acknowledged in the system and removed from the active alerts list.
Threshold-Based Alert Filtering
Given a match with a score below the configured minimum threshold, when the match is identified, then no alert is generated or delivered.
Multiple Coordinator Alert Distribution
Given multiple coordinators are assigned to the shelter, when a high-potential match is identified, then alerts are sent to all assigned coordinators within 10 seconds.
Customizable Alert Criteria
"As a shelter staff member, I want to set specific match filters so that I only receive notifications for matches that fit our current adoption goals and resource capacities."
Description

Allow coordinators to define and adjust match criteria—such as pet age, size, behavior traits, and adopter preferences—for alerts. This customization ensures notifications are relevant, reduces noise, and empowers staff to focus on the most promising matches based on shelter priorities.

Acceptance Criteria
Defining Age-Based Alert Criteria
Given a coordinator sets a minimum age of 2 years and a maximum age of 5 years When a new pet-applicant match is identified with pet age within this range Then the system generates a PawPulse Alert immediately
Adjusting Size Preferences
Given a coordinator selects “Medium” and “Large” under pet size preferences When matches are found for applicants seeking those sizes Then alerts are sent only for matches that fit the selected size categories
Selecting Behavior Traits
Given a coordinator checks desired behavior traits (e.g., “Good with children,” “House-trained”) When a pet-applicant profile matches all selected traits Then the system triggers a customized alert to the adoption staff
Specifying Adopter Preferences
Given a coordinator defines adopter criteria such as household type (e.g., “Single adult,” “Family with children”) When a match meets both pet and adopter preferences Then an alert is delivered with a summary of matching criteria
Saving and Applying Custom Criteria
Given a coordinator saves a custom criteria set named “Weekend Fast Track” When activated for weekend alerts Then the system applies the saved criteria to generate alerts only during the specified time window
Multi-Channel Notification Delivery
"As a volunteer coordinator, I want to get alerts on my phone and email so that I stay informed even when I'm away from my desk."
Description

Support sending alerts via multiple channels, including email, SMS, and in-app push notifications. Coordinators can select preferred channels to ensure critical alerts are seen promptly, regardless of device or location.

Acceptance Criteria
Coordinator opts in for email notifications
Given a high-potential pet-applicant match is identified and the coordinator has selected email as a preferred channel, When the system triggers the alert, Then an email containing match details is sent within 30 seconds and a delivery record is logged.
Coordinator receives SMS when match found
Given a high-potential pet-applicant match is identified and the coordinator has selected SMS as a preferred channel, When the system triggers the alert, Then an SMS containing match details is sent within 30 seconds and the message ID with success status is recorded.
Coordinator receives in-app push notification
Given the coordinator is logged into the app and has enabled push notifications, When a high-potential pet-applicant match is identified, Then a push notification appears on the device within 30 seconds and tapping it opens the match details screen.
Coordinator selects multiple notification channels
Given the coordinator has selected both email and SMS channels, When a high-potential pet-applicant match is identified, Then the system sends alerts via both channels within 30 seconds and logs each delivery without duplicates.
Channel failure fallback and error handling
Given SMS delivery fails during alerting, When the system detects the failure, Then it retries SMS delivery twice at one-minute intervals and if still unsuccessful, sends a fallback email alert and records both the failure and fallback actions.
Alert Scheduling and Throttling
"As an adoption manager, I want the ability to schedule quiet hours and limit alert frequency so that my team isn’t overwhelmed by too many notifications at once."
Description

Implement scheduling controls and throttling mechanisms to batch notifications during low-activity periods or limit frequency during high-volume matching, preventing alert fatigue and ensuring teams can manage outreach effectively.

Acceptance Criteria
Off-Peak Batch Notification Schedule
Given the current time is within the designated low-activity window, When two or more match events occur during this period, Then the system sends a single consolidated notification at the next scheduled batch time listing all matches.
Peak-Hour Throttling Limit Enforcement
Given the system is processing match events during peak hours, When the number of alert triggers exceeds the configured threshold within a rolling one-minute window, Then the system queues additional alerts and enforces the maximum alerts per minute limit.
Manual Adjustment of Notification Schedule
Given a coordinator modifies the notification batching schedule settings, When the new schedule is saved and confirmed, Then subsequent alerts follow the updated schedule without requiring a system restart.
Urgent Match Immediate Dispatch
Given a match is flagged as urgent (match score ≥90) outside of scheduled batch windows, When the alert is generated, Then the system bypasses batching and throttling rules to deliver the notification immediately.
Dynamic Throttle Adjustment Based on Alert Queue Size
Given the size of the pending alert queue exceeds the high-volume threshold, When the queue length crosses this threshold, Then the system automatically increases the batching interval and reduces alert frequency until the queue size falls below the threshold.
Notification Acknowledgement and Tracking
"As a shelter director, I want to see which alerts have been acknowledged and acted upon so that I can monitor team responsiveness and optimize workflow."
Description

Create an acknowledgement system that logs when alerts are viewed and actions taken, providing visibility into response times and ensuring accountability. This feature generates audit trails and performance metrics for continuous process improvement.

Acceptance Criteria
Coordinator Views Alert Acknowledgement Prompt
Given a PawPulse Alert is delivered to the coordinator’s dashboard, when the coordinator opens the alert notification modal, then the system displays options to acknowledge, assign, or snooze and logs the view timestamp.
Coordinator Acknowledges an Alert
Given the acknowledgement modal is displayed, when the coordinator clicks the ‘Acknowledge’ button, then the system records the acknowledgement timestamp, user ID, and updates alert status to ‘Acknowledged’ in the audit log.
Assign Action Taken on Alert
Given the alert modal is displayed, when the coordinator selects ‘Assign’ and delegates to a volunteer, then the system logs the assignment details (assignee ID and timestamp) and updates alert status to ‘Assigned’.
System Logs Unacknowledged Alerts After Timeout
Given an alert remains unacknowledged for two hours, when the timeout threshold is reached, then the system flags the alert as ‘Overdue’, sends a reminder notification to the coordinator, and logs the reminder event in the audit trail.
Generate Response Time Metrics Dashboard
Given the audit log contains view and acknowledgement timestamps, when the coordinator accesses the Performance Metrics dashboard, then the system calculates average response times per alert and displays them accurately.

MatchMatrix Insights

Dive into a visual, data-driven breakdown of how each pet and applicant align across preferences, lifestyle factors, and behavioral traits. This intuitive matrix highlights top compatibility drivers, empowering coordinators to present compelling, evidence-backed match recommendations.

Requirements

Matrix Display Interface
"As a shelter coordinator, I want to see an interactive compatibility matrix so that I can quickly identify the strongest pet-applicant matches and communicate data-driven recommendations to adopters."
Description

The system shall provide an interactive visual matrix that illustrates compatibility between pets and applicants by mapping key preferences, lifestyle factors, and behavioral traits. Coordinators can hover or click on cells to reveal detailed insights, color-coded compatibility levels, and highlighted match drivers, ensuring an intuitive, evidence-based recommendation process.

Acceptance Criteria
Viewing Compatibility Matrix Overview
Given the coordinator accesses the MatchMatrix Insights tab, when the matrix loads, then each cell displays a color-coded compatibility score based on computed alignment metrics, and the grid layout matches the displayed pets and applicants.
Accessing Detailed Cell Insights
Given the coordinator hovers over or clicks on a specific cell, when the pointer remains over the cell for 500ms or click is performed, then a tooltip or modal appears showing detailed compatibility factors including preference matches, lifestyle overlaps, and behavioral trait drivers.
Filtering Matrix by Compatibility Level
Given the coordinator applies a compatibility filter (high, medium, low), when the filter is selected, then the matrix updates in real time to highlight or display only cells that meet the selected level, with non-matching cells greyed out.
Highlighting Top Match Drivers
Given the coordinator enables the 'Highlight Drivers' toggle, when the matrix displays, then each cell includes icons or labels for the top three drivers contributing to the match, ordered by impact weight, with a legend explaining each driver.
Responsive Matrix Interaction
Given the coordinator views the matrix on desktop (1920x1080), tablet (768x1024), or mobile (375x667), when the interface is resized or accessed, then the matrix remains fully interactive, cells are legible, color codes and tooltips function correctly, and no horizontal scrolling is required.
Compatibility Score Algorithm
"As a shelter coordinator, I want the system to calculate compatibility scores automatically so that I can trust the match recommendations are based on objective, consistent criteria."
Description

Implement a weighted scoring algorithm that quantifies the compatibility between each pet and applicant based on predefined criteria such as activity level, home environment, experience, and pet behavior traits. Scores are calculated dynamically and normalized on a 0-100 scale, enabling clear ranking and comparison of potential matches.

Acceptance Criteria
Standard Compatibility Calculation
Given a pet and applicant profile with defined activity level, home environment, experience, and behavior traits, when the algorithm runs, then it calculates a compatibility score where each criterion is weighted according to the specification and summed correctly.
Normalization to 0-100 Scale
Given raw weighted scores for multiple pet-applicant pairs, when scores are processed, then all output values are scaled proportionally so the minimum score maps to 0 and the maximum maps to 100.
Weight Adjustment Edge Cases
Given a profile with zero or extremely high values for certain criteria weights, when the algorithm executes, then it handles these edge cases without errors and adjusts scores according to the defined fallback rules.
Performance Under Bulk Processing
Given a batch of 1,000+ pet-applicant pairs, when the scoring algorithm is executed, then the system completes all calculations within 5 seconds without timeouts.
Realtime Update Upon Profile Change
Given an updated applicant or pet profile, when the update is submitted, then the compatibility score recalculates instantly and displays the new value to the coordinator.
Filter and Sort Controls
"As a shelter coordinator, I want to filter and sort match results so that I can focus on the most relevant pet-applicant pairs for each adoption case."
Description

Integrate robust filter and sort functionalities enabling coordinators to narrow down matches by score range, specific criteria (e.g., size preference, energy level), or applicant location. Sorting options allow ascending or descending order by compatibility score and individual trait alignment, facilitating efficient analysis of large applicant pools.

Acceptance Criteria
Filter by Compatibility Score Range
Given the coordinator is on the MatchMatrix page When they set a minimum and maximum compatibility score Then the list updates to show only applicants whose scores fall within the specified range
Filter by Specific Trait Criteria
Given the coordinator has selected one or more trait filters (e.g., size preference, energy level) When they apply the filters Then the system displays only matches that meet all selected trait criteria
Filter by Applicant Location
Given the coordinator enters a location parameter When they confirm the filter Then only applicants within the specified geographical area are shown
Sort by Compatibility Score
Given the coordinator views the list of matches When they sort by compatibility score in ascending or descending order Then the list rearranges correctly according to the selected order
Sort by Individual Trait Alignment
Given the coordinator chooses to sort by a specific trait alignment When they select ascending or descending sort Then matches are ordered accurately based on that trait's alignment score
Report Export Functionality
"As a shelter coordinator, I want to export match insights reports so that I can share and archive evidence-backed recommendations with my team and stakeholders."
Description

Provide an export feature that generates comprehensive match reports in PDF and CSV formats, capturing the matrix view, individual compatibility scores, and key match drivers. Reports support sharing with stakeholders, printing for meetings, and maintaining records of adoption consultations.

Acceptance Criteria
PDF Export Generation
Given a generated MatchMatrix view, when the coordinator selects 'Export as PDF', then a PDF file is generated within 10 seconds containing the full matrix view, individual compatibility scores, and key match drivers.
CSV Export Generation
Given a generated MatchMatrix view, when the coordinator selects 'Export as CSV', then a CSV file is generated within 10 seconds listing each pet-applicant pair with corresponding compatibility scores and key match drivers.
Filtered Report Export
Given active filters on the MatchMatrix view, when exporting to PDF or CSV, then only the filtered match data is included in the exported file.
Report File Naming Convention
When exporting a report, then the file name follows 'MatchReport_YYYYMMDD_<format>.[pdf|csv]' where YYYYMMDD is the current date and <format> is 'PDF' or 'CSV'.
Report Content Accuracy
Given predefined match data on screen, when exporting reports, then the PDF and CSV contents exactly mirror the on-screen data without omissions or additions.
Export File Integrity
When opening the exported PDF or CSV file, then the file opens successfully in standard PDF viewers or spreadsheet applications without errors or corruption.
Real-Time Data Sync
"As a shelter coordinator, I want the compatibility data to update in real time so that I can make decisions based on the most current applicant and pet information."
Description

Ensure the MatchMatrix Insights module syncs in real time with the central volunteer scheduling and applicant database, automatically updating compatibility data when new applicant responses or pet profile changes occur. This eliminates stale data and guarantees coordinators always work with the latest information.

Acceptance Criteria
Incoming Applicant Response Sync
Given an applicant submits a new response, when the database records the update, then MatchMatrix Insights reflects updated compatibility scores within 5 seconds.
Pet Profile Edit Sync
Given a shelter coordinator edits a pet’s profile details, when changes are saved, then MatchMatrix updates all related compatibility metrics in under 5 seconds.
Network Interruption Recovery
Given a network disconnection during data sync, when connectivity is restored, then the system automatically retrieves and applies all missed applicant and pet updates within 10 seconds.
Bulk Data Refresh
Given a manual refresh or system startup occurs, when the sync process runs, then all applicant and pet records sync completely with no data loss and within 30 seconds.
Concurrent Update Resolution
Given simultaneous edits to the same attribute from two sources, when both updates arrive, then MatchMatrix applies the latest timestamped change and logs the resolution event.

Profile Harmony Score

Leverage a single, dynamic score that quantifies the overall compatibility between a pet and potential adopter. By aggregating key criteria—such as activity level, home environment, and care experience—users can quickly prioritize and rank matches, streamlining decision-making.

Requirements

Data Aggregation Engine
"As a shelter coordinator, I want the system to automatically aggregate relevant pet and adopter data so that the harmony score is based on accurate and complete information without manual effort."
Description

Automatically gather and normalize adopter and pet data from various sources, including application forms, pet profiles, and historical adoption records. Ensures consistent, accurate inputs for the harmony score calculation by reducing the need for manual data consolidation and minimizing errors in matching.

Acceptance Criteria
Application Form Data Ingestion
Given new adopter application forms are submitted from the web portal, when the Data Aggregation Engine runs, then all relevant form fields are automatically ingested, normalized to the standard adopter schema, and stored in the database with no missing or extra fields.
Pet Profile Data Standardization
Given pet profiles from different sources (e.g., internal shelter system, external databases), when profiles are imported, then the engine maps and transforms source-specific fields to the unified pet schema, ensuring consistent data types and formats for all attributes.
Historical Adoption Records Consolidation
Given multiple historical adoption record files with varying structures, when the engine processes these files, then it consolidates records into the master adoption history database, merging duplicate records based on unique adopter-pet pair identifiers and preserving record integrity.
Error Handling for Incomplete Data
Given data sources contain missing or invalid fields, when the engine encounters such entries, then it logs the errors with details, skips the problematic records for further review, and continues processing remaining data without interruption.
Real-Time Data Update Synchronization
Given updates occur in the application and pet profile systems, when new or updated records are available, then the engine incrementally syncs changes within 5 minutes, ensuring the aggregated data store remains current without full reprocessing.
Compatibility Scoring Algorithm
"As a shelter coordinator, I want the platform to calculate a compatibility score using adjustable criteria so that I can prioritize matches in line with our shelter’s guidelines and values."
Description

Implement a configurable algorithm that weights and calculates the Profile Harmony Score by evaluating criteria such as activity level alignment, home environment fit, care experience, and adopter preferences. Allows shelter administrators to adjust weighting to reflect organizational priorities and policies.

Acceptance Criteria
Weight Configuration by Shelter Administrator
Given the administrator accesses the weighting settings page, when they adjust the weighting sliders for activity level, home environment, and care experience and save changes, then the system persists the new weight values and displays a confirmation message.
Default Score Calculation on Pet Profile
Given a new pet and adopter profile with default weights, when the adopter views the Pet Profile Harmony Score, then the system calculates and displays a score that accurately reflects the weighted sum of activity level, home environment, and care experience criteria.
Dynamic Recalculation upon Preference Update
Given an existing adopter profile and saved score for a specific pet, when the adopter updates their preferences, then the system automatically recalculates and updates the Profile Harmony Score within five seconds of the change.
Score Update after Weight Adjustment
Given a previously calculated harmony score between an adopter and a pet, when the administrator modifies the weighting configuration, then all existing scores are recalculated immediately and the updated scores are visible in both adopter and administrator dashboards.
Persistent Weighting Settings across Admin Sessions
Given an administrator logs out after configuring weight settings, when they log back into the system, then the previously saved weighting configurations are loaded and displayed accurately on the weighting settings page.
Score Visualization Dashboard
"As a shelter coordinator, I want to view harmony scores alongside a detailed breakdown of contributing factors so that I can quickly understand why a match is strong or weak."
Description

Develop an interactive dashboard module that presents harmony scores for pet–adopter pairs with color-coded indicators, detailed breakdowns of each criterion, and explanatory tooltips. Enhances decision-making by making the scoring process transparent and easily interpretable.

Acceptance Criteria
Color-Coded Score Overview
Given the dashboard loads with a pet-adopter pair harmony score When the score is ≥80 Then the score indicator displays green; When the score is between 50 and 79 Then the indicator displays yellow; When the score is <50 Then the indicator displays red
Detailed Criteria Breakdown Display
Given a user selects a specific pet-adopter pair When they click the breakdown icon Then the dashboard expands to show individual sub-scores for activity level, home environment, and care experience with numeric values and corresponding visual bars
Tooltip Explanation Functionality
Given the user hovers over any score element When the cursor remains for at least 300ms Then a tooltip appears explaining the criterion’s meaning and score calculation
Responsive Layout
Given the dashboard is viewed at any screen width between 320px and 1920px When the window is resized Then all elements (score cards, indicators, breakdowns, and tooltips) adjust fluidly without overlap and maintain legibility
Data Refresh Accuracy
Given new applicant or pet data is added When the admin triggers the data refresh Then harmony scores and visual indicators update within 5 seconds and reflect the latest data accurately
Score Filter and Sort Functionality
"As a shelter coordinator, I want to filter and sort adopters by their harmony scores so that I can focus on the most compatible matches first and streamline the review process."
Description

Enable filtering, searching, and sorting of potential adopters based on their harmony score. Users can set minimum score thresholds, sort candidates from highest to lowest, and combine score filters with other criteria to efficiently shortlist top matches.

Acceptance Criteria
Applying Minimum Harmony Score Filter
Given the coordinator sets a minimum harmony score of 80 When the system applies the filter Then only adopters with scores ≥ 80 are displayed
Sorting Adopters by Harmony Score
Given a list of adopters with varying harmony scores When the coordinator selects sort by harmony score descending Then the list orders adopters from highest to lowest score
Combining Score Filter with Location Criteria
Given the coordinator sets a minimum score of 70 and filters by city = “Springfield” When the filters are applied Then only adopters in Springfield with scores ≥ 70 appear
Searching Adopters Above Score Threshold
Given the coordinator enters a score threshold of 90 in the search field When the search is executed Then the system returns adopters whose harmony score is ≥ 90
Edge Case: No Matches for High Score Threshold
Given the coordinator sets a minimum harmony score of 100 When the filter is applied Then the system displays “No matches found” message and no adopters are listed
Real-Time Score Updates
"As a shelter coordinator, I want the harmony score to update in real time when I update pet or adopter information so that I can immediately see the effect of changes on match suitability."
Description

Ensure the Profile Harmony Score recalculates instantly when any relevant pet or adopter profile data is added or modified. Provide immediate feedback on how changes impact compatibility, supporting dynamic adjustments during the adoption process.

Acceptance Criteria
Adopter Preference Update Reflects in Score
Given an existing adopter and pet profile, When the adopter updates a preference field, Then the Profile Harmony Score for that pet-adopter pair is recalculated and displayed within 1 second of the change.
Pet Profile Data Change Triggers Score Recalculation
Given a pet profile is being viewed by a coordinator, When the coordinator modifies a pet’s key attribute, Then the Harmony Score updates instantly on the adopter’s matching list without requiring a page reload.
Simultaneous Updates Maintain Data Consistency
Given two users update related profile fields concurrently, When both updates are submitted within the same session, Then the final Harmony Score reflects all changes in the order received and no data is lost or overwritten incorrectly.
Invalid Data Entry Handled Gracefully
Given an attempt to input invalid profile data, When the system detects invalid or incomplete fields, Then the score does not recalculate, an inline validation error appears, and the previous score remains visible.
Score Update Performance Threshold
Given any relevant profile update, When the change is saved, Then the updated Harmony Score is displayed within 500 milliseconds for 95% of transactions under normal server load.

Dynamic Preference Learning

Automatically refine applicant profiles based on real-world feedback and adoption outcomes. As adopters complete surveys and share experiences, PawMatch Radar’s algorithm fine-tunes future match suggestions, continuously improving accuracy and satisfaction rates.

Requirements

Feedback Collection Interface
"As an animal shelter coordinator, I want adopters to easily submit structured feedback after adoption so that the system can learn from real-world experiences and improve future match accuracy."
Description

Develop an intuitive in-app feedback module that prompts adopters to complete structured surveys and share post-adoption experiences. The interface will integrate seamlessly with the adoption workflow, capturing quantitative ratings and qualitative comments. It will support customizable question sets, automated reminders, and validation checks to ensure high-quality data collection. This module is critical for gathering real-world insights that drive preference model improvements and enhances adopter engagement by making feedback submission quick, easy, and rewarding.

Acceptance Criteria
Prompting Adopters Post-Adoption
Given an adopter completes the adoption process and lands on the confirmation page, When they close or navigate away from the confirmation page, Then a feedback prompt modal appears within 2 seconds offering a 1–5 rating scale and comment box.
Customizing Survey Question Sets
Given a shelter coordinator on the survey settings page, When they add, edit, reorder, or remove questions and save changes, Then the updated question set is displayed accurately in the next adopter feedback prompt.
Sending Automated Feedback Reminders
Given an adopter has not submitted feedback within 7 days of adoption, When the system’s scheduler triggers, Then an email and in-app push notification are sent containing a direct link to the feedback form, limited to a maximum of 3 reminders per adoption.
Enforcing Feedback Validation Rules
Given an adopter fills out the feedback form, When they attempt to submit with missing required fields or invalid input (e.g., rating outside 1–5 or comment exceeding 500 characters), Then the form highlights errors, displays inline validation messages, and prevents submission until all inputs meet defined constraints.
Seamless Adoption Workflow Integration
Given an adopter views their adoption details page, When they look for feedback options, Then a clearly labeled feedback call-to-action button appears in-context, loads within 2 seconds, and matches brand styling and UX guidelines.
Data Normalization Pipeline
"As a data engineer, I want an automated pipeline that cleans and consolidates feedback data so that the preference model receives consistent, high-quality inputs for training."
Description

Implement a robust ETL pipeline that aggregates raw feedback responses, survey metadata, and adoption outcomes from multiple sources. The pipeline will perform data cleaning, standardization, deduplication, and transformation into a unified schema. It will incorporate rules for handling missing or inconsistent values and support incremental updates. This pipeline ensures that the machine learning model ingests clean, reliable data to produce more accurate preference predictions.

Acceptance Criteria
Aggregation of Raw Feedback and Survey Data
Given raw feedback and survey exports from multiple sources, when the ETL pipeline runs, then at least 99.5% of new records are ingested into the staging environment within 30 minutes, and each record includes a valid source identifier and ingestion timestamp.
Standardization of Data Formats
Given aggregated data with varying date and numeric formats, when the transformation step executes, then all date fields are converted to ISO 8601 format, all numeric fields normalized to two decimal places, and any invalid entries logged in an error report.
Deduplication of Duplicate Records
Given staged data containing potential duplicates identified by applicant ID and survey ID, when the deduplication step executes, then duplicate records are removed, retaining only the latest entry per unique key, with duplicates count at 0% and a detailed removal log generated.
Handling Missing or Inconsistent Values
Given records with missing or inconsistent critical fields, when the cleaning step runs, then missing critical fields are imputed using predefined rules or flagged in a validation report, non-critical missing fields default to 'Unknown', and no records fail final schema validation.
Incremental Data Updates
Given previously processed data and incoming new records, when the incremental update process executes, then only new or modified records are processed in under 15 minutes for batches up to 10,000 records, with no reprocessing of historical records and ensuring idempotency.
Preference Model Updater
"As a machine learning engineer, I want an automated retraining pipeline so that the preference model is regularly refined with new feedback and adoption outcome data."
Description

Create a scheduled training service that consumes normalized feedback data to retrain and fine-tune the preference learning algorithm. The service will support configurable training frequencies, versioning of model artifacts, and rollback capabilities. It will log performance metrics, track training anomalies, and generate alerts on regression. This ensures the system continuously evolves based on the latest adopter feedback and maintains optimal matching accuracy.

Acceptance Criteria
Scheduled Model Retraining Execution
Given a configured training schedule (daily, weekly, monthly), when the scheduled time arrives, then the Preference Model Updater service automatically initiates retraining and logs the start time.
Model Versioning and Storage
When a new model training completes successfully, then the system stores the model artifact with a unique version identifier in the model repository and updates the version registry.
Model Rollback Operation
Given detection of performance regression in the newly trained model, when a rollback is triggered, then the system reinstates the previous model version in production within 5 minutes and logs the rollback event.
Performance Metrics Logging
When model training finishes, then the system logs key performance metrics (accuracy, loss, F1 score) to the monitoring dashboard and persists them in the metrics database.
Regression Alert Generation
Given the newly trained model's performance falls below predefined thresholds, when evaluation completes, then an alert is sent to the DevOps and data science teams within 10 minutes.
Dynamic Match Scoring Engine
"As an adoption coordinator, I want match recommendations that reflect the latest adopter feedback so that I can confidently suggest the most suitable pets."
Description

Design a match scoring component that recalculates applicant-to-pet compatibility scores in real time using the updated preference model. The engine will factor in adopter feedback weights, adjusted feature importances, and historical adoption success metrics. It will expose an API for the main application to request top match suggestions and support fallback to baseline scoring when model updates are in progress. This component delivers personalized and up-to-date match recommendations to coordinators.

Acceptance Criteria
Real-time Score Update on Feedback Submission
Given an adopter submits feedback, when the feedback is ingested by the scoring engine, then the compatibility scores for the affected applicant-pet pairs are recalculated and updated in the system within 10 seconds.
API Top Match Retrieval with Updated Models
Given the scoring engine has updated scores, when the main application requests the top 5 matches for an applicant via the API, then the API returns a list sorted by the latest compatibility scores with a 200 OK response and average latency under 200ms.
Fallback to Baseline Scoring During Model Update
Given the preference model is undergoing updates, when an API request for matches is received, then the engine returns matches based on baseline scoring, logs the fallback event, and ensures no query experiences failure.
Historical Adoption Success Influence
Given historical adoption success metrics are available, when computing compatibility scores, then the engine factors in a weighted success rate parameter and demonstrates a minimum 5% increase in predicted match accuracy compared to models without metrics.
Feature Importance Adjustment Impact
Given feature importance weights are adjusted, when recalculating scores, then the engine applies the new weights and verifies that a change in weights leads to corresponding score variation in at least 90% of test cases.
Performance Monitoring Dashboard
"As a shelter manager, I want to see real-time metrics on model performance and adoption outcomes so that I can assess the effectiveness of Dynamic Preference Learning and make data-driven decisions."
Description

Build a monitoring dashboard that visualizes key performance indicators of the preference learning feature, including model accuracy, adoption satisfaction scores, feedback submission rates, and match success improvements. The dashboard will provide drill-down capabilities by time period, shelter location, and adopter demographics. It will integrate alerting for metric deviations and export options for stakeholder reporting. This tool is essential for measuring impact and guiding continuous optimization.

Acceptance Criteria
Real-time Model Accuracy Visualization
Given a coordinator accesses the Performance Monitoring Dashboard, When the page loads, Then the current model accuracy percentage and a sparkline chart of the last 24 hours' accuracy must display and update every minute without a full page refresh.
Time-based KPI Filtering
Given a coordinator selects a time range filter, When the coordinator chooses a specific period (e.g., last 7 days), Then all KPIs on the dashboard (model accuracy, satisfaction scores, feedback rates, match success) must update to reflect aggregated data for that period.
Shelter Location Drill-down
Given a coordinator views the dashboard, When the coordinator selects a specific shelter location from the location dropdown or map, Then the dashboard must refresh to show metrics exclusively for the chosen shelter.
Demographic-based Insights
Given a coordinator wants insights by adopter demographics, When the coordinator applies a demographic filter (e.g., age group, adopter type), Then the dashboard must display match success rates and satisfaction scores for the selected demographic segment.
Alerting on Metric Deviations
Given predefined threshold values for key metrics, When any metric (e.g., adoption satisfaction score) falls outside its threshold, Then the dashboard must display an on-screen alert banner and send an email notification to designated stakeholders.
Stakeholder Report Export
Given a coordinator needs a report for stakeholders, When the coordinator clicks the export button, Then the dashboard must generate and download a PDF or CSV file containing the currently displayed metrics and chart views with appropriate headers and timestamps.

MatchView Dashboard

Access a centralized hub displaying all active match recommendations with sortable filters, timeline views, and status badges. Coordinators gain full visibility into match progress, upcoming follow-ups, and historical performance, enhancing organization and accountability.

Requirements

Advanced Filtering and Sorting
"As a shelter coordinator, I want to filter and sort match recommendations by multiple criteria so that I can quickly find high-priority matches and focus on the most relevant cases."
Description

Implement dynamic filtering and sorting capabilities on the MatchView Dashboard, allowing coordinators to refine match recommendations by criteria such as date, pet characteristics, applicant qualifications, and follow-up status. Filters should be combinable, persistent across sessions, and update results in real time. Sorting options should include ascending and descending orders for each column. This feature enhances data exploration, enabling coordinators to quickly locate specific matches, prioritize urgent cases, and make informed decisions faster.

Acceptance Criteria
Date Range Filtering
Given the coordinator selects a start and end date filter on the MatchView Dashboard When the filters are applied Then only match recommendations whose match date falls within the selected range are displayed without a full page refresh
Combined Filtering
Given the coordinator applies filters for pet type, applicant qualification, and follow-up status simultaneously When the filters are applied Then the dashboard displays only the match recommendations meeting all selected criteria and the displayed count reflects the combined filter set
Persistent Filters Across Sessions
Given the coordinator has one or more active filters and refreshes, closes, or reopens the dashboard Then all previously applied filters are restored and the displayed recommendations match those filters
Real-Time Sorting Toggle
Given the coordinator clicks a column header (e.g., date, pet age) When clicked once Then the recommendations are sorted in ascending order immediately without page reload; When clicked again Then the recommendations are sorted in descending order immediately
Sorting Persistence Across Sessions
Given the coordinator has applied sorting on a specific column and order When the coordinator refreshes, closes, or reopens the dashboard Then the last selected sort column and order are retained and applied automatically
Interactive Timeline Visualization
"As a shelter coordinator, I want an interactive timeline of match milestones so that I can quickly assess progress, spot bottlenecks, and plan next steps."
Description

Create a timeline view that displays the lifecycle of each match recommendation, illustrating key milestones such as match creation, applicant contact, follow-up reminders, and final outcome. The timeline should be scrollable, zoomable, and support hover details for each event. Coordinators gain a visual overview of match progress and can easily identify delays or upcoming tasks, improving workflow efficiency and accountability.

Acceptance Criteria
Timeline Rendering Scenario
Given a match recommendation with 5 milestones When the coordinator opens the Interactive Timeline Visualization Then the timeline displays all 5 events in chronological order with corresponding timestamps; milestones are visually distinct and connected by a continuous line
Zoom Functionality Scenario
Given the timeline spans events over 30 days When the coordinator uses the zoom-in control Then the timeline condenses to a daily view with correctly spaced event markers; When the coordinator uses the zoom-out control Then the timeline expands to a weekly view with adjusted spacing
Scroll Interaction Scenario
Given the timeline contains events outside the current viewport When the coordinator scrolls horizontally Then the timeline smoothly shifts to reveal hidden events; scroll speed must be proportional to drag distance
Hover Details Scenario
Given the timeline displays event markers When the coordinator hovers over an event marker Then a tooltip appears showing event title, date, time, and description; tooltip disappears immediately when the pointer moves away
Delay Identification Scenario
Given the timeline includes follow-up reminders When a reminder’s scheduled date has passed without completion Then its marker is highlighted in red; when a reminder is due within 24 hours Then its marker is highlighted in yellow; all other markers use default styling
Dynamic Status Badges
"As a shelter coordinator, I want clear status badges on each match recommendation so that I can instantly recognize which matches need attention and which are complete."
Description

Integrate status badges into the MatchView Dashboard that dynamically reflect the current state of each recommendation—such as Pending, Contacted, In-Review, Completed, or On-Hold. Badges should have distinct colors and tooltips explaining each state. The status should update automatically based on user actions or API triggers. This visual cue improves at-a-glance understanding and reduces manual tracking errors.

Acceptance Criteria
Status Badge Displays Correct State on Dashboard Load
Given the MatchView Dashboard is loaded with active recommendations, When the recommendations are rendered, Then each recommendation displays a status badge showing the correct state label (Pending, Contacted, In-Review, Completed, On-Hold) with its corresponding color.
Status Badge Updates After User Action
Given a coordinator changes a recommendation’s status via the UI, When the status update is saved, Then the badge text and color update immediately to reflect the new state without requiring a page refresh.
API-Triggered Status Change Reflects on Badge
Given an external API event updates a recommendation’s status, When the event is received, Then the dashboard asynchronously updates the badge state and color for the affected recommendation in real time.
Tooltip Provides Explanation on Hover
Given a user hovers over a status badge, When the hover state is detected, Then a tooltip appears displaying the full description of the badge’s state.
Badge Color Meets Accessibility Standards
Given the set of status badge colors, When evaluated against WCAG 2.1 contrast requirements, Then each color combination meets a minimum contrast ratio of 4.5:1 for normal text.
Custom Export and Reporting
"As a shelter coordinator, I want to export customized match reports so that I can share insights with management and maintain accurate records."
Description

Provide coordinators with options to export filtered and sorted match data into formats like CSV, PDF, or Excel. Include customizable report templates where coordinators can select fields and layout preferences. Exports should respect active filters and sorting, ensuring consistency between on-screen data and reports. This feature supports stakeholder reporting, data analysis, and record-keeping.

Acceptance Criteria
CSV Export of Filtered Matches
Given a coordinator has applied filters on match recommendations, when they choose to export as CSV, then the generated CSV file includes only the filtered records in the same order displayed on-screen.
PDF Export with Custom Template
Given a coordinator selects a predefined PDF template, when they export match data, then the PDF report follows the chosen layout, includes only selected fields, and reflects the active filters and sorting.
Excel Export Preserves Filters and Sorts
Given a coordinator views sorted and filtered match data, when they export to Excel, then the resulting workbook preserves the sort order, filter criteria, and includes separate sheets if multiple filters are active.
Generate Report Using Customized Template
Given a coordinator customizes report fields and layout options, when they save and export the report, then the output matches their saved template settings across CSV, PDF, or Excel formats.
Export Large Data Set Without Performance Issues
Given a coordinator requests an export of over 10,000 match records, when the export process runs, then the system completes the export within 2 minutes without timing out or data corruption.
Automated Notification Alerts
"As a shelter coordinator, I want to receive automated alerts for important match events so that I never miss a follow-up deadline and can keep matches moving forward efficiently."
Description

Implement automated notifications via email or in-app alerts for key events such as new match recommendations, upcoming follow-up deadlines, or status changes. Coordinators should be able to configure alert triggers, frequency, and recipient groups. Notifications ensure timely action on matches and improve overall responsiveness without manual monitoring.

Acceptance Criteria
New Match Recommendation Notification
Given a new match recommendation is created, When the system processes the match, Then it sends an email or in-app notification to all coordinators in the designated recipient group within 5 minutes of creation, And the notification includes the pet name, applicant name, match score, and a link to the MatchView Dashboard.
Upcoming Follow-Up Deadline Alert
Given a match recommendation has a follow-up scheduled within the next 24 hours, When the follow-up deadline is within 24 hours of the current time, Then the system sends a reminder notification via email and in-app alert to the assigned coordinator, And the notification details the match ID, due date/time, and a direct link to complete or reschedule the follow-up.
Match Status Change Notification
Given a match recommendation status changes (e.g., from Pending to Approved or Rejected), When the status update is saved, Then the system immediately sends notifications to the applicant and all coordinators in the configured notification group, And the notification message clearly states the new status, effective date, and recommended next steps.
Notification Frequency Configuration
Given a coordinator adjusts notification frequency settings in their profile, When the coordinator chooses between real-time alerts or a daily digest for specific event types, Then the system adheres to the chosen frequency, delivering either instantaneous notifications or a consolidated digest at the set time, And the updated frequency settings are saved, visible in the configuration UI, and can be modified at any time.
Recipient Group Configuration
Given a coordinator defines or updates custom recipient groups for notifications, When setting up or editing notification triggers, Then the coordinator can select multiple predefined user groups or individual users, And the system sends all subsequent notifications for that trigger only to the specified recipients.

BadgeQuest

Introduce tiered challenge paths where volunteers unlock a series of badges by completing progressive milestones—like ‘First Five Shifts’ or ‘Adoption Champion’—encouraging sustained engagement and giving clear goals to strive toward.

Requirements

Badge Tier Configuration
"As a shelter coordinator, I want to configure badge tiers and milestone criteria so that I can design engaging challenge paths that align with our volunteer goals."
Description

Allows administrators to define and manage badge tiers and their associated milestone criteria through an intuitive interface. Coordinators can specify requirements such as number of shifts completed, volunteer hours logged, and adoptions facilitated. This feature integrates into the admin panel, ensuring challenge paths are customizable, scalable, and aligned with shelter goals while providing flexibility to adjust milestones over time.

Acceptance Criteria
Creating a New Badge Tier
Given I am an administrator on the BadgeQuest admin panel When I select "Add Badge Tier" and input tier name, description, and milestone thresholds Then the new badge tier is saved and appears in the badge tier list sorted by tier level And the system displays a success message "Badge tier created successfully."
Editing Existing Badge Tier Criteria
Given a badge tier exists in the system When the administrator updates the milestone values and clicks "Save" Then the changes are persisted and visible in the tier detail view And the system logs the update event with timestamp and user ID
Validating Badge Tier Requirement Inputs
Given the admin is creating or editing a badge tier When invalid data (negative numbers, blank fields, or non-numeric input) is entered in milestone fields Then the system displays inline validation errors, preventing form submission until corrections are made And validation messages correspond to each invalid field
Deleting a Badge Tier
Given an administrator views the badge tier list When they click the delete icon for a tier and confirm the action Then the badge tier is removed from the list And the system ensures no orphaned references in challenge paths and warns if dependencies exist
Adjusting Milestone Criteria for Live Badges
Given volunteers have already begun earning badges When the administrator modifies milestone thresholds for an active badge tier Then existing volunteer progress is recalculated according to new thresholds and updated in real time And volunteers see the updated progress bar on their dashboard reflecting new criteria
Volunteer Progress Tracking
"As a volunteer, I want to see my progress toward each badge milestone so that I know how many more shifts or hours I need to unlock the next badge."
Description

Tracks volunteer activities—including shifts served, hours volunteered, and adoptions supported—in real time and aggregates this data against defined milestones. Progress is displayed on both volunteer dashboards and the admin panel, offering transparency and motivation by clearly showing how close volunteers are to unlocking their next badge.

Acceptance Criteria
Volunteer Dashboard Displays Real-Time Progress
Given a volunteer has completed a number of shifts, hours, and adoptions When they view their personal dashboard Then the progress indicators for each milestone update instantly to reflect the most recent data
Admin Panel Aggregates Volunteer Data
Given an administrator opens the volunteer management page When the system fetches volunteer metrics Then the total shifts served, hours volunteered, and adoptions supported for each volunteer are aggregated correctly and displayed with a timestamp of last update
Badge Unlock Notification
Given a volunteer reaches a defined milestone threshold When the milestone is achieved Then the system displays a badge unlock notification on the volunteer’s dashboard and sends an email alert to the volunteer
Milestone Completion Calculation Accuracy
Given new volunteer activity is recorded When the system recalculates progress Then the sums of shifts, hours, and adoptions match the source data exactly with no discrepancies or rounding errors
Historical Activity Log Accessibility
Given a volunteer has participated in multiple events When they navigate to their activity log Then they can view a chronological list of all past shifts, hours, and adoption support entries with dates and details
Automated Badge Awarding
"As a volunteer, I want to automatically receive a badge when I complete a milestone so that I feel recognized immediately and stay motivated."
Description

Automatically awards badges to volunteers immediately upon satisfying predefined milestone criteria. The system updates the volunteer’s profile and dashboard to display newly earned badges, ensuring recognition is timely and reducing administrative overhead for coordinators.

Acceptance Criteria
New Volunteer Completes First 5 Shifts
Given a volunteer has completed 4 shifts When they complete their 5th shift Then the system automatically awards the "First Five Shifts" badge to their profile
Volunteer Reaches Adoption Champion Milestone
Given a volunteer has facilitated 9 adoptions When they record their 10th successful adoption Then the system automatically awards the "Adoption Champion" badge and updates their dashboard
Badge Awarding Notification Sent
Given a badge has been awarded to a volunteer When the badge is added to the volunteer’s profile Then the system sends an in-app notification and email to the volunteer within 5 minutes
Badge Display Updated on Dashboard
Given a new badge has been awarded When the volunteer views their dashboard Then the newly earned badge appears immediately with the correct name, icon, and date earned
Invalid Badge Criteria No Award
Given a volunteer has not met the required milestone criteria When the system evaluates badge eligibility Then no badge is awarded and no notification is sent
Badge Unlock Notifications
"As a volunteer, I want to receive a notification when I unlock a badge so that I feel acknowledged and motivated to continue my volunteer journey."
Description

Sends automated notifications—both in-app and via email—to volunteers upon unlocking a badge. Notifications include badge details, why it was awarded, and encouragement for the next milestone. This feature boosts engagement by celebrating achievements and guiding volunteers onward on their challenge path.

Acceptance Criteria
Volunteer unlocks first badge
Given a volunteer completes their first five shifts When the system awards the “First Five Shifts” badge Then an email is sent to the volunteer’s registered address within one minute with the badge name, image, and congratulations message
In-app notification displays badge details correctly
Given a volunteer opens the FetchFlow dashboard When a badge is unlocked Then an in-app notification appears at the top-right corner showing the badge image, title, reason for award, and a link to view next challenges
Email notification includes next milestone encouragement
Given a volunteer has unlocked a badge When they receive the email notification Then the email body includes a section titled “Next Milestone” describing the next badge objective and a call-to-action button linking to the challenge progress page
Volunteer receives notification on mobile and desktop
Given a volunteer uses the FetchFlow mobile app or web browser When they unlock a badge Then both the app (mobile push or in-app toast) and desktop web notifications are delivered in under two minutes with identical content
System retries notification on initial failure
Given the email delivery or push notification fails due to network or server error When the notification attempt returns an error code Then the system retries up to three times with exponential backoff and logs each retry attempt in the notification audit log
Badge Path Analytics Dashboard
"As a shelter coordinator, I want to view analytics on badge completion rates and volunteer participation so that I can evaluate and improve challenge paths."
Description

Provides coordinators with a comprehensive analytics dashboard detailing badge challenge performance metrics such as completion rates, participant counts by tier, and average time-to-completion. This insight helps optimize challenge structures, identify engagement trends, and make data-driven adjustments to increase volunteer participation and retention.

Acceptance Criteria
Dashboard Loading with Real-Time Badge Metrics
Given the coordinator accesses the Badge Path Analytics Dashboard, when the dashboard loads, then real-time badge metrics (completion rates, participant counts, average time-to-completion) are displayed within 5 seconds.
Visualization of Completion Rates by Badge Tier
Given the dashboard is loaded, when the coordinator views the completion rate chart, then each badge tier’s completion percentage accurately reflects the backend data within a 0.5% variance.
Filtering Participant Counts by Date Range
Given the date filter panel is available, when the coordinator selects a custom start and end date, then the participant counts for each badge tier update to include only data within that range and refresh within 2 seconds.
Average Time-to-Completion Calculation Accuracy
Given historical completion data exists, when the dashboard displays average time-to-completion, then the value equals the sum of individual completion times divided by total completions, within a tolerance of ±1 hour.
Export Badge Analytics Report
Given the export function is selected, when the coordinator exports the analytics report to CSV, then the file contains columns for badge tier, completion rate, participant count, and average time-to-completion that match the on-screen data.

Leaderboard Glow

Display a real-time, interactive leaderboard that highlights top badge earners, fosters friendly competition, and motivates volunteers to climb the ranks by showcasing their achievements and progress.

Requirements

Real-time Leaderboard Updates
"As a volunteer, I want to see my updated rank immediately after earning a badge so that I can stay motivated and track my progress in real time."
Description

The system must support instantaneous leaderboard refreshes by fetching and rendering badge point changes within seconds of any volunteer activity. This ensures that the displayed ranking is always current, providing volunteers with immediate feedback on their progress and encouraging continuous engagement. Integration with the existing volunteer point system and real-time data streams is required to achieve this functionality.

Acceptance Criteria
Volunteer Earns a Badge Point
Given a volunteer completes an action that awards badge points When the backend dispatches the point update event Then the leaderboard refreshes within 2 seconds displaying the volunteer’s updated point total and rank
Network Interruption and Recovery
Given the client loses connection to the real-time data stream When the network is restored Then the client automatically reconnects within 5 seconds and fetches any missed leaderboard updates
High Volume Simultaneous Updates
Given 1000 badge point events occur concurrently When the system processes the incoming stream Then the leaderboard reflects all updates correctly within 3 seconds without data loss or ranking errors
Highlight Recent Leaderboard Changes
Given any change in volunteer ranking or points When the leaderboard is rendered Then the updated row is visually highlighted for 5 seconds to draw user attention
Backend Data Sync Verification
Given scheduled backend data integrity checks When the client performs a full data sync Then the displayed leaderboard exactly matches the authoritative server dataset with zero discrepancies
Top Performer Spotlight
"As a coordinator, I want the highest-ranking volunteers to be prominently showcased so that I can recognize their contributions and motivate others to compete."
Description

A dedicated section at the top of the leaderboard should highlight the top three volunteers with enhanced visuals, including profile photos, badge counts, and animated badges. This feature draws attention to high achievers, promotes friendly competition, and incentivizes others to reach the top spots. It must integrate seamlessly with the leaderboard UI and adjust dynamically as rankings change.

Acceptance Criteria
Leaderboard Initial Load Spotlight
Given the volunteer leaderboard is loaded, When the Top Performer Spotlight is rendered, Then it displays exactly the top three volunteers sorted by badge count in descending order, each showing profile photo, total badge count, and animated badge icons.
Dynamic Ranking Update
Given any volunteer earns or loses a badge, When the leaderboard rankings change, Then the Top Performer Spotlight updates in real-time within 2 seconds to reflect the new top three volunteers with correct visuals.
Responsive Mobile Display
Given a user views the leaderboard on a mobile device, When switching between portrait and landscape modes, Then the Top Performer Spotlight adjusts layout and sizes to remain fully visible and scrollable without losing functionality.
Animated Badge Performance
Given the Top Performer Spotlight is visible, When the page loads or rankings change, Then the animated badges play smoothly at 60 FPS without lag or freezing for at least 3 seconds.
Fallback for Missing Profile Photo
Given a top volunteer has no profile photo uploaded, When rendering the Top Performer Spotlight, Then a default placeholder avatar is displayed in place of the photo, and other details appear correctly.
Timeframe Filtering
"As a volunteer, I want to view leaderboards for specific timeframes so that I can measure my short-term performance and set goals accordingly."
Description

Volunteers and coordinators must be able to filter leaderboard results by predefined timeframes (daily, weekly, monthly, all-time). Selecting a timeframe updates the ranking and associated metrics instantly, enabling users to track short-term spikes or long-term achievements. The feature should interface with the data store to query and aggregate badge points based on the chosen period.

Acceptance Criteria
Daily Timeframe Filter Selection
Given the leaderboard is displayed, when the user selects 'Daily' filter, then the leaderboard refreshes within 2 seconds to show badge points earned in the last 24 hours.
Weekly Timeframe Filter Application
Given the leaderboard is displayed, when the user selects 'Weekly' filter, then the leaderboard refreshes within 2 seconds to show badge points earned in the last 7 days.
Monthly Timeframe Change
Given the leaderboard is displayed, when the user selects 'Monthly' filter, then the leaderboard refreshes within 2 seconds to show badge points earned in the current calendar month.
All-Time Timeframe Display
Given the leaderboard is displayed, when the user selects 'All-Time' filter, then the leaderboard refreshes within 2 seconds to show cumulative badge points since system launch.
Instant Filter Response
Given any timeframe filter is changed, when the new filter is selected, then the leaderboard updates without full page reload and displays a loading indicator for no longer than 1 second.
No Data Timeframe Handling
Given a timeframe is selected that has no badge activity, then the leaderboard displays a 'No records found for this period.' message and shows an empty list.
Badge Detail Modal
"As a volunteer, I want to see detailed information about another volunteer’s badges so that I can understand how they earned their ranking."
Description

Clicking on a volunteer entry should open a modal displaying detailed information about their badges, point history, and recent activities. This provides context for their ranking and allows peers to learn from top performers’ achievements. The modal must be responsive, accessible, and fetch data asynchronously to avoid blocking the main leaderboard view.

Acceptance Criteria
Badge Detail Modal Launch
Given the user is viewing the leaderboard, When the user clicks on a volunteer entry, Then a modal appears displaying the badge details for that volunteer.
Asynchronous Data Fetch
Given the modal is opened, When the data request is initiated, Then a loading indicator is shown, And data is fetched asynchronously within 2 seconds, And the modal displays the retrieved information without blocking the main view.
Volunteer Badge Information Display
Given the data has been fetched, Then the modal displays the volunteer’s badge icons, point history in chronological order, and recent activities, With no missing or truncated information.
Responsive Modal Layout
Given the user’s viewport changes, When the viewport width is less than 600px, Then the modal adjusts to full-screen width, And on viewports wider than 600px, the modal centers with a max width of 600px.
Accessibility Compliance
Given the modal is open, Then all interactive elements have accessible labels, Are reachable via keyboard navigation, And aria-live regions announce data load completion.
Error Handling on Data Fetch Failure
Given the data fetch fails, Then the modal displays an error message with retry option, And the user can retry fetching the data without reloading the page.
In-Leaderboard Notifications
"As a volunteer, I want to be notified when I break into the top 10 so that I feel recognized and motivated to maintain or improve my rank."
Description

When a volunteer enters or exits the top 10 positions, an unobtrusive notification banner should appear in their dashboard, congratulating or encouraging them. Notifications must be customizable by coordinators and leverage existing alert frameworks to avoid duplication. This fosters ongoing engagement by acknowledging milestone shifts.

Acceptance Criteria
Volunteer Enters Top 10
Given a volunteer's leaderboard rank updates to position 10 or higher, when the dashboard loads or the rank changes, then an unobtrusive notification banner displaying their new rank appears within 5 seconds.
Volunteer Exits Top 10
Given a volunteer's leaderboard rank drops beyond position 10, when the dashboard loads or the rank changes, then an unobtrusive notification banner encouraging re-entry appears.
Coordinator Customizes Notification Content
Given a coordinator edits notification templates in the settings panel, when they save changes, then the customized title and message appear in subsequent volunteer notifications.
Notification Banner Utilizes Existing Alert Framework
The notification banner must use the application's existing alert component classes and behavior, without introducing new alert types or duplicating code.
Notification Visibility Across Devices
When accessing the dashboard on desktop and mobile browsers, then the notification banner displays correctly without layout breakage or overflow on viewports ranging from 320px to 1920px.
Notification Dismissal Behavior
Given a volunteer dismisses the notification banner, then it should not reappear until their rank changes again, even after page reload.
Accessible and Responsive Design
"As a volunteer with accessibility needs, I want the leaderboard to be accessible and responsive so that I can participate and view rankings on any device."
Description

The leaderboard interface must adhere to WCAG 2.1 AA accessibility standards, ensuring screen reader compatibility, keyboard navigation, and sufficient color contrast. It should also be fully responsive across devices, resizing and reflowing content for optimal viewing on desktops, tablets, and mobile phones.

Acceptance Criteria
Screen Reader Compatibility
Given the leaderboard page is open in a screen reader When the screen reader navigates through leaderboard elements Then all interactive elements have accessible names and roles announced correctly
Keyboard Navigation Support
Given the keyboard-only user is on the leaderboard page When the user presses Tab to navigate Then focus moves sequentially to each interactive element and activates with Enter or Space
Color Contrast Compliance
Given the leaderboard displays text and graphical elements When evaluated against WCAG 2.1 AA contrast ratios Then all text and critical UI components have a contrast ratio of at least 4.5:1
Mobile Responsiveness
Given the leaderboard page is viewed on a mobile device (320px to 480px) When the user scrolls and interacts Then content reflows vertically, elements resize appropriately, and no horizontal scrolling is needed
Tablet Landscape Adaptation
Given the leaderboard is accessed on a tablet in landscape mode When the device orientation is detected Then the layout adjusts grid columns and touch targets to maintain readability and usability

Animated Flair

Bring badges to life with dynamic animations and celebratory effects upon earning—spark confetti, badge glows, or sound cues—to make each milestone feel special and reinforce positive volunteer behavior.

Requirements

Animation Trigger Engine
"As a shelter coordinator, I want the system to automatically play celebratory animations when volunteers earn badges so that achievements feel engaging and rewarding."
Description

A flexible engine that listens for badge-earned events and triggers associated animations (confetti, glow, sound). The engine should integrate with the existing event bus, allow configurable animation sequences per badge, and support scalability for future effects. Ensures animations play reliably upon event firing and handle concurrent triggers gracefully.

Acceptance Criteria
Single Badge Earned Confetti Trigger
Given a "Volunteer_100_Hours" badge-earned event is received When the engine processes the event Then a confetti animation plays within 500ms and a success log entry is recorded
Sequential Animation Execution
Given a badge configured with glow, confetti, and sound When the engine processes the badge-earned event Then it triggers glow first, then confetti, then sound in the configured order and timing with no overlap
Concurrent Badge Events Handling
Given two badge-earned events arrive within 100ms When the engine receives both events Then it triggers both animations independently without dropping events and completes each within 200ms of its reception
Custom Animation Configuration
Given the "Top_Contributor" badge is configured for sound only When the engine processes its badge-earned event Then only the sound cue plays and no visual effects are triggered
Event Bus Integration
Given the animation engine starts up When it subscribes to the existing event bus Then it establishes the subscription, logs subscription success, and receives subsequent badge-earned events without errors
Confetti Animation Sequence
"As a volunteer, I want to see a confetti burst when I earn a badge so that I feel a sense of celebration and recognition."
Description

Implement a confetti effect that overlays on the badge element with particle physics, customizable colors, duration, and density. This effect will enhance visual feedback for volunteers, celebrating milestones with a dynamic burst. Must be performant on desktop and mobile and respect user preferences.

Acceptance Criteria
Volunteer Achieves Bronze Badge
Given a volunteer earns their Bronze Badge on the dashboard, When the badge component renders, Then a confetti animation of at least 50 particles with default colors plays for 3 seconds at a minimum of 30 fps.
User with Reduced Motion Preference
Given the user's OS preference for reduced motion is enabled, When the badge is earned, Then the confetti animation is suppressed and replaced by a static badge highlight effect.
Mobile Device Performance Check
Given the badge is displayed on a mobile device (iOS or Android), When the confetti animation plays at default settings, Then the animation maintains at least 30 fps for 90% of its duration without exceeding 50MB memory usage.
Customized Confetti Colors
Given an admin configures custom confetti colors in settings, When a badge is earned, Then the confetti animation displays particles in the configured color palette and includes at least one instance of each selected color.
High-Density Confetti Burst
Given the confetti density is set to maximum, When a badge is earned, Then the animation spawns 200 particles and completes within 4 seconds, with no noticeable performance degradation (frame rate ≥ 25 fps).
Badge Glow Effect
"As a volunteer, I want the badge I earn to glow momentarily so that the achievement stands out."
Description

Add a glow animation around badge icons upon earning, using CSS transitions or canvas rendering to create a radiating light effect. The effect should be smooth, visually appealing, and configurable in terms of color intensity and duration. Integrates seamlessly with badge assets and works across various screen resolutions.

Acceptance Criteria
Single Badge Award Animation
Given a volunteer earns a badge, when the badge is rendered on their profile, then a smooth glow animation with default intensity and 2-second duration radiates around the badge icon.
Rapid Sequential Badge Awards
Given multiple badges are earned in quick succession, when each badge is displayed, then each glow animation plays sequentially without overlap or performance degradation.
Custom Glow Color and Duration Configuration
Given custom glow settings are applied in the admin panel, when a badge is earned, then the glow animation uses the specified color intensity and duration parameters.
Responsive Glow on Various Screen Resolutions
Given the application is viewed on devices of different screen sizes and resolutions, when a badge is earned, then the glow animation renders crisply without pixelation or distortion.
Badge Glow Disabled via Settings
Given the glow effect is turned off in user settings, when a badge is earned, then no glow animation appears around the badge icon.
Sound Cue Integration
"As a volunteer, I want to hear a congratulatory sound when I earn a badge so that the moment feels more joyful."
Description

Integrate short celebratory audio clips that play alongside animations when badges are earned. Include a library of sounds (e.g., chime, applause) with volume control and mute option. Ensure audio plays reliably across browsers and adheres to accessibility guidelines (e.g., user consent, respecting system mute).

Acceptance Criteria
Sound Cue Playback Triggered On Badge Earned
Given a volunteer earns a badge When the badge awarding event completes Then a celebratory audio clip plays automatically And the clip duration does not exceed 3 seconds
Audio Library Selection And Playback
Given a user selects a sound from the audio library before earning a badge When the badge is earned Then the selected audio clip plays
Volume Control Adjustment
Given the platform default volume When the coordinator adjusts the audio slider to 50% and to 100% Then playback volume matches the set percentage of maximum volume
Mute Option Functionality
Given the system mute toggle is enabled When a badge is earned Then no audio plays regardless of other settings And a muted icon is displayed on the badge notification
Cross-Browser Audio Compatibility
Given modern browsers (Chrome, Firefox, Safari, Edge) When a badge is earned Then the audio plays reliably without errors in each supported browser
User Consent And Accessibility Compliance
Given first-time users encounter audio feedback When the feature is first used Then audio only plays after explicit user consent And respects system-level mute settings And provides ARIA labels for non-visual notification
User Preference Controls
"As a volunteer, I want to control which celebratory effects I see and hear so that I can tailor the experience to my preferences."
Description

Develop a settings panel where users can enable or disable animation types (confetti, glow, sound) and adjust animation intensity and volume. Preferences should persist across sessions and be accessible via the user profile. Ensures user control over their experience and accessibility.

Acceptance Criteria
Enable/Disable Animation Types
Given the user navigates to the settings panel When they toggle each animation type (confetti, glow, sound) Then only the selected animations are triggered upon earning a badge and the unselected animations do not play
Adjust Animation Intensity
Given the user opens animation intensity control When they select Low, Medium, or High Then badge animations play with the corresponding duration and visual magnitude
Adjust Sound Volume
Given the user accesses the volume slider When they set the volume between 0% and 100% Then the sound cue for badge awards plays at the adjusted volume
Preference Persistence Across Sessions
Given the user has customized animation and sound preferences When they log out and log back in Then their previously selected settings are retained in the profile
Accessibility Compliance for Animations
Given the user disables all animations When they earn a badge Then no motion effects occur and screen reader announces the badge award textually

Team Badge Alliances

Enable volunteers to form teams and tackle group challenges, earning collective badges for collaborative milestones like ‘Team of Ten Shifts’ or ‘Group Adoption Champion,’ strengthening camaraderie and shared ownership.

Requirements

Team Formation & Management
"As a volunteer coordinator, I want to create and manage volunteer teams so that I can organize group challenges and foster teamwork."
Description

Provide an intuitive interface for coordinators and volunteers to create, name, and manage teams. This includes inviting members, assigning roles, approving join requests, and handling team settings within FetchFlow’s existing volunteer management system. The feature ensures seamless integration with volunteer profiles and schedules, enabling structured group collaboration and streamlined oversight.

Acceptance Criteria
Team Creation by Coordinator
1. Coordinator can access the 'Create Team' interface from the main menu. 2. Coordinator must enter a unique team name between 3 and 50 characters. 3. System prevents creation of teams with duplicate names and displays an error message when a duplicate is entered. 4. Upon successful creation, the new team appears in the coordinator's team list with the creator assigned as team owner.
Inviting Volunteers to Join Team
1. Coordinator selects an existing team and clicks 'Invite Members'. 2. Coordinator enters one or more valid volunteer email addresses separated by commas. 3. System sends invitation notifications to each specified volunteer within 5 minutes. 4. Each invited volunteer appears with 'Pending' status in the team's member list until they respond. 5. Volunteers can accept or decline the invitation from their notifications panel.
Volunteer Requests to Join Team
1. Volunteer views available teams and clicks 'Request to Join' on a chosen team. 2. System records the request and displays 'Awaiting Approval' status to the volunteer. 3. Coordinator receives a notification of the join request within 2 minutes. 4. Coordinator can approve or reject the request from the team's management interface. 5. If approved, the volunteer is added to the team roster; if rejected, the volunteer is notified with the reason provided by the coordinator.
Role Assignment within Team
1. Coordinator or team leader opens the team’s member list and selects a volunteer. 2. System displays a dropdown of predefined roles (e.g., Leader, Member, Reporter). 3. Coordinator assigns a role and confirms the change. 4. System updates the member’s role immediately and records the change in audit logs. 5. Role-specific permissions (e.g., only Leaders can change settings) are enforced in the interface.
Managing Team Settings
1. Team leader accesses the 'Team Settings' page from the team dashboard. 2. Leader edits the team name (3–50 characters) and description (up to 200 characters). 3. System validates the new name for uniqueness and displays an error if it conflicts. 4. Upon saving, changes are reflected in real time for all team members. 5. Audit log entry is created recording the settings change with timestamp and user.
Integration with Volunteer Profiles and Schedules
1. Each team member’s profile displays their current team affiliation under 'Teams'. 2. Scheduling interface provides a filter option to view shifts by team. 3. When new team shifts are assigned, they automatically appear in each member’s personal schedule. 4. Any updates or cancellations to team shifts propagate to members’ calendars within 10 minutes. 5. System prevents scheduling conflicts by warning if a team shift overlaps an existing individual commitment.
Group Milestone Tracking
"As a volunteer, I want to see my team's collective progress towards badge milestones so that we can coordinate efforts to earn badges."
Description

Implement automated tracking of collective team activities such as completed shifts, adoptions facilitated, and event participation. The system aggregates individual contributions to calculate team progress toward predefined badge milestones, updating in real time and storing historical data for trend analysis.

Acceptance Criteria
Real-Time Team Shift Tracking
Given a team member completes a shift; When the shift is logged in the system; Then the team’s total completed shifts counter increments within 5 seconds and is displayed on the team dashboard; And the timestamp and user ID are recorded in the historical log.
Collective Adoption Count Update
Given a team member finalizes a pet adoption; When the adoption record is confirmed by the system; Then the team’s adoption facilitation count increments immediately; And the new count is persisted in the team’s historical activity data.
Event Participation Aggregation
Given volunteers RSVP and attend a shelter event; When attendance is recorded at event check-in; Then the system groups individual attendance by team and updates the team’s event participation total in real time; And stores the participation record for future reporting.
Badge Milestone Achievement Notification
Given a team reaches a predefined milestone threshold (e.g., 10 completed shifts); When the aggregated activity count meets or exceeds the badge requirement; Then the system automatically awards the badge to the team; And sends an in-app notification and email to all team members.
Historical Trend Data Retrieval
Given a team coordinator selects a custom date range in the analytics view; When the range is applied; Then the system retrieves and displays aggregated metrics (shifts, adoptions, events) grouped by week and month; And enables exporting the data as a CSV file.
Team Badge Awarding & Showcase
"As a volunteer, I want my team's earned badges displayed on our profiles so that we can celebrate and showcase our achievements."
Description

Automatically award badges to teams that reach collaborative milestones and display earned badges prominently on both team and individual volunteer profiles. This feature supports badge graphics, descriptions, and issuance dates, seamlessly integrating with FetchFlow’s profile and rewards modules to encourage recognition and pride.

Acceptance Criteria
Team of Ten Shifts Milestone
Given a team has completed its tenth shift, When the system records the tenth shift, Then the ‘Team of Ten Shifts’ badge is automatically awarded to the team and visible in the team’s badge list.
Group Adoption Champion Milestone
Given a team has facilitated ten adoptions collectively, When the tenth adoption is confirmed in the system, Then the ‘Group Adoption Champion’ badge is issued to the team and logged with issuance date.
Badge Display on Team Profile
Given a team profile page is accessed, When the team has earned badges, Then all badges (graphics, names, descriptions, issuance dates) are displayed in a dedicated badge section in descending order of issuance date.
Badge Display on Individual Profile
Given an individual volunteer who is a member of a badge-earning team views their profile, When the profile loads, Then all team badges earned while they were a team member are shown alongside individual badges.
Badge Metadata Integration
Given a badge is awarded, When the badge is recorded, Then badge metadata (graphic URL, description, issuance date, team ID) is stored in the rewards database and accessible via the API.
Team Notifications & Alerts
"As a team member, I want to receive notifications about my team's badge progress and new challenges so that I can stay informed and engaged."
Description

Send timely in-app and email notifications to team members when milestones are near, badges are earned, or new group challenges are available. Notification templates are configurable by coordinators and link directly to team dashboards, ensuring engagement and proactive participation.

Acceptance Criteria
Notification Trigger for Milestone Achievement
Given a team has completed nine shifts toward the 'Team of Ten Shifts' badge When the tenth shift is logged Then the system sends an in-app notification to all active team members within one minute and sends an email notification using the coordinator’s configured template
Configurable Template Application for Email Notifications
Given a coordinator has customized the email notification template for milestone alerts When a milestone is reached Then the system sends the email that matches the configured subject line, header image, body text, and footer content without any placeholders or default text
Dashboard Link Inclusion in Notifications
Given a team notification is generated for a new group challenge When the notification is delivered via in-app or email Then it includes a clickable link that directs recipients to the corresponding team dashboard page and loads within five seconds
Proactive Reminder for Upcoming Milestones
Given a team is two shifts away from a badge milestone When the next shift is scheduled Then the system automatically sends a reminder notification to team members 48 hours prior via in-app and email, and the reminders reflect the correct number of remaining shifts
Group Challenge Announcement Delivery
Given a new group challenge is created by the coordinator When the challenge is published Then all eligible volunteers in the team receive in-app and email notifications within two minutes, indicating challenge name, description, start and end dates, and a link to join
Team Leaderboard & Ranking
"As a volunteer, I want to see team rankings so that I can gauge my team's performance and motivate improvement."
Description

Introduce a leaderboard that ranks teams based on badge counts, milestone completions, and other performance metrics. The leaderboard appears on dashboards and public pages, promoting friendly competition and motivating teams to collaborate more effectively.

Acceptance Criteria
Monthly Ranking Update
Given it is the first day of a new month, when the nightly scheduled job runs, then team rankings are recalculated based on current badge counts and milestone completions and updated on the dashboard within 10 minutes.
Real-Time Badge Increment
Given a team earns a new badge, when the badge is awarded, then the leaderboard updates the team's score on all active dashboards within 30 seconds without requiring a page refresh.
Public Leaderboard Access
Given an unauthenticated user visits the public page, when the leaderboard loads, then it displays the top 10 teams sorted by overall score and provides pagination controls for viewing additional teams.
Filter and Search Teams
Given a coordinator applies filters, when selecting region or volunteer count range, then the leaderboard refreshes to show only teams matching the selected criteria and displays the count of filtered results.
Tie-Breaker Resolution
Given two or more teams have identical scores, when ordering the leaderboard, then teams are sorted alphabetically by team name to ensure a consistent and deterministic ranking.

Social Shoutout

Allow volunteers to share badge achievements directly to social media or internal community feeds, with auto-generated posts and graphics that celebrate milestones and help recruit new volunteers through peer advocacy.

Requirements

Social Media Platform Integration
"As a volunteer, I want to share my badge achievements on my social media accounts so that I can celebrate milestones and inspire my network to get involved."
Description

Implement seamless integration with major social media platforms (Facebook, Twitter, Instagram, LinkedIn) using their public APIs. The system must handle OAuth authentication, permission scopes, and API rate limits. Integration should enable direct sharing of content without leaving the FetchFlow interface, ensuring volunteer credentials and tokens are securely stored and refreshed. Logging and error handling must capture failed share attempts and notify users of success or failure.

Acceptance Criteria
Volunteer Initiates Share on Facebook
Given a logged-in volunteer with active OAuth credentials for Facebook When the volunteer clicks the 'Share to Facebook' button from the badge achievement modal Then the system posts the auto-generated graphic and message to the volunteer's Facebook feed within 5 seconds and displays a confirmation notification
OAuth Permission Grant Flow
Given a volunteer without prior Facebook permissions When the volunteer selects 'Share to Facebook' Then the system initiates the OAuth flow, requests the necessary permission scopes, and securely stores the returned access and refresh tokens upon user approval
Token Refresh Mechanism
Given an expired Facebook access token When the volunteer attempts to share a badge Then the system automatically uses the stored refresh token to obtain a new access token before sending the share request, completing the share without additional volunteer interaction
API Rate Limit Handling
Given the system has reached Facebook's API rate limit When a volunteer attempts to share a badge Then the system queues the share request, retries after the appropriate cooldown period up to three times, and notifies the volunteer of any delay due to API limitations
Error Logging and User Notification on Failed Share
Given a share request fails due to any authorization, network, or API error When the share attempt is processed Then the system logs the detailed error in the audit log with timestamp and error code, and displays a user-friendly error message suggesting the volunteer retry or reconnect their account
Auto-Generated Post Content
"As a volunteer, I want the platform to create a ready-to-post message and graphic when I earn a badge so that I can share my success quickly and professionally."
Description

Develop a templating engine that automatically generates visually appealing posts and graphics for each badge achievement. Templates should include the volunteer’s name, badge details, shelter logos, and milestone statistics. Volunteers must be able to preview, customize captions, and select from multiple design themes before sharing. The solution should ensure consistent branding and accessibility compliance.

Acceptance Criteria
Post Template Generation
Given a volunteer has earned a badge When the templating engine generates a new social post Then the post must include the volunteer’s name, badge title, shelter logo, milestone statistics, and a default design theme graphic
Caption Customization
Given the auto-generated post is previewed When the volunteer edits the caption Then the system must allow text modifications, enforce a 280-character limit, and save the customized caption for sharing
Design Theme Selection
Given multiple design themes are available When the volunteer selects a theme from the preview interface Then the post graphic must update to reflect the chosen theme and display correctly
Accessibility Compliance Verification
Given a generated graphic is ready for preview When accessibility checks are run Then the graphic must meet WCAG 2.1 AA standards including alt text presence and a minimum 4.5:1 contrast ratio
Social Media Sharing
Given a volunteer is satisfied with the preview When they click the share button for a specific platform Then the system must post the content and graphic to the selected social media or internal feed matching the preview exactly
Badge Milestone Notification
"As a volunteer, I want to receive immediate notifications when I achieve a new badge so that I can promptly share my accomplishment."
Description

Create a notification system that alerts volunteers in real time when they earn a new badge or reach a milestone. Notifications should appear both in-app and via email or push notification (based on user preference). Each notification must include a call-to-action to share on social media or the internal community feed, with a direct link to the auto-generated post editor.

Acceptance Criteria
Real-Time Badge Earned Notification
Given a volunteer completes a badge milestone, when the system registers the achievement, then an in-app notification and an email or push notification (per user preference) are delivered within 60 seconds.
Notification Preference Handling
Given a volunteer’s notification settings, when a badge is earned, then the system sends notifications only through the channels enabled in the volunteer’s profile and suppresses disabled channels.
In-App Notification Display and Action Link
Given an in-app notification appears for a badge milestone, when the volunteer views the notification, then it includes a prominent 'Share' call-to-action and clicking it navigates directly to the auto-generated post editor.
Auto-Generated Post Editor Launch
Given a volunteer clicks the 'Share' button in any notification, when the post editor opens, then it is pre-populated with the badge name, milestone details, and an approved graphic template without additional manual input.
Internal Community Feed Share Verification
Given a volunteer publishes the autogenerated post to the internal community feed, when the action completes, then the post appears in the feed within 30 seconds displaying the badge graphic and milestone text.
Internal Community Feed
"As a coordinator, I want volunteers to share their achievements on an internal community feed so that we can foster camaraderie and recognize outstanding contributions."
Description

Build an in-app community feed where volunteers can post badge achievements, comments, and encouragement. The feed must support text posts, images, and embedded social shares, and allow users to like or comment on entries. Implement moderation controls for coordinators to remove inappropriate content and feature a highlight carousel for top achievements to boost engagement.

Acceptance Criteria
Badge Achievement Post Creation
Given a logged-in volunteer has earned a badge, When they click the “Share Achievement” button in the community feed, Then a new post is created displaying the badge image, badge title, volunteer name, and timestamp, And the post appears at the top of the feed within 2 seconds.
Image Post Creation
Given a volunteer accesses the new post modal, When they upload an image and add optional text, Then the post is published to the feed with the image rendered at full width, the text displayed below, and a placeholder shown during upload, And the post is persisted in the database.
Post Interaction (Like & Comment)
Given a volunteer views a feed post, When they click the “Like” icon, Then the like count increments by one and the icon state changes to active for that user, And the like is recorded in the database; Given the volunteer submits a comment in the comment field, When they press “Post,” Then the comment appears under the post with the correct user name and timestamp.
Content Moderation by Coordinator
Given a coordinator is on the community feed with moderation controls enabled, When they click “Remove” on an inappropriate post or comment, Then the content is removed from all users’ feeds within 1 second, And an audit log entry is created with coordinator ID, content ID, and timestamp.
Highlight Carousel Display
Given there are at least three highly liked or commented posts in the last 24 hours, When the feed loads on any user’s device, Then the top three posts are displayed in a carousel at the top of the feed in descending order of engagement, And users can navigate between slides using next/previous controls.
Scheduled Sharing
"As a volunteer, I want to schedule my badge-sharing posts for peak engagement times so that I can maximize visibility and impact."
Description

Offer an option for volunteers to schedule their social shoutouts at optimal engagement times. The scheduling interface should allow selection of date, time, and platform(s). The backend must queue and execute posts at the scheduled moment, handling token refresh if necessary. Provide volunteers with a calendar view of upcoming scheduled shares and allow edits or cancellations up to one hour before posting.

Acceptance Criteria
Future Post Scheduling
Given a volunteer is on the scheduling interface, When they select a valid future date and time at least one hour ahead and choose one or more social platforms, Then the system saves the scheduled share, displays it in the calendar view with the correct date, time, and platforms, and shows a confirmation message.
Editing Scheduled Posts
Given a scheduled post exists more than one hour before its execution time, When the volunteer edits the date, time, or platform selection, Then the system updates the scheduled job accordingly and reflects the changes in the calendar view.
Cancelling Scheduled Posts
Given a scheduled post exists and its execution time is more than one hour away, When the volunteer cancels the scheduled post, Then the system removes it from the queue, deletes the calendar entry, and displays a cancellation confirmation.
Automated Post Execution
Given the scheduled execution time arrives, When the backend processes the queue, Then the system posts the content with auto-generated graphics to the selected platforms and logs a successful delivery status.
Token Refresh Handling
Given an expired OAuth token for a selected platform at execution time, When the system attempts to post, Then it automatically refreshes the token; if refresh succeeds, the post is completed and logged as successful; if refresh fails, the post is marked as failed and the volunteer is notified.

CustomBadge Designer

Empower volunteers and coordinators to co-create unique badge designs—selecting icons, colors, and titles—and vote on community-submitted concepts, ensuring the badge collection stays fresh, personalized, and reflective of shelter culture.

Requirements

Badge Design Canvas
"As a volunteer, I want an interactive design canvas so that I can visually build and customize badge designs with ease."
Description

Provide an interactive design canvas where users can select icons, colors, shapes, and titles to create or customize badge designs. Users can drag and drop elements, adjust sizes, and preview badges in real time. The design canvas integrates with the asset library and supports saving drafts and exporting final designs. This functionality will streamline badge creation, encourage creativity, and ensure users can visualize badges before submission.

Acceptance Criteria
New Badge Creation Session
Given the user selects 'Create New Badge', when the design canvas initializes, then the toolbar displays 'Icons', 'Colors', 'Shapes', and 'Titles' menus; and the asset library panel loads within 2 seconds.
Load Saved Badge Draft
Given a user has a saved badge draft, when the user clicks 'Load Draft', then the most recent draft loads onto the canvas retaining all element positions, sizes, and colors without data loss.
Real-Time Badge Preview Update
Given the user modifies an element property (icon, color, shape, size, or title), when the change is applied, then the preview area updates immediately reflecting the new property within 0.5 seconds.
Exporting Final Badge Design
Given the user completes badge design, when the user clicks 'Export', then the system generates a PNG file at 300dpi with correct dimensions and initiates download within 3 seconds.
Drag and Position Badge Elements
Given the user drags an asset from the library onto the canvas, when the user drops the asset, then it snaps to the drop location with resize and rotate handles visibly attached, and remains selectable for further edits.
Asset Library Integration
"As a coordinator, I want an organized asset library so that volunteers can easily find and use approved icons and colors."
Description

Implement a centralized library housing approved icons, color palettes, and typography options for badge creation. The asset library should allow coordinators to upload new assets, tag them, and categorize them by theme or shelter culture. Volunteers can browse, search, and filter assets to incorporate into their badge designs. This ensures consistency, brand alignment, and quick access to approved design elements.

Acceptance Criteria
Coordinator Uploads New Asset
Given a coordinator is on the asset library page When they upload a new icon file, assign at least one tag and one category Then the asset appears in the library list with the correct tags and categories applied
Coordinator Tags and Categorizes Asset
Given an existing asset in the library When the coordinator selects the asset and adds or updates tags and categories Then the updated metadata is saved and reflected in filter options
Volunteer Searches Assets by Keyword
Given a volunteer is on the asset library page When they enter a keyword in the search bar Then the system returns only assets whose names or tags match the keyword within two seconds
Volunteer Filters Assets by Theme
Given a volunteer is viewing the asset library When they apply one or more theme or culture filters Then the library displays only assets belonging to the selected filters and provides an option to clear filters
Asset Version Control on Update
Given a coordinator uploads a new version of an existing asset When the new file is confirmed Then the previous version is archived, the new version is marked current, and volunteers see the latest version by default
Design Submission Workflow
"As a volunteer, I want to submit my badge design easily so that my concept can be reviewed and voted on by the community."
Description

Create a structured process for volunteers to submit their badge designs for community review. The workflow should capture design metadata (title, description, creator), enable file uploads, and store submissions in a queue. System sends confirmation notifications, and coordinators can moderate entries before they become available for voting. This process ensures order, accountability, and quality control for new badge concepts.

Acceptance Criteria
Submission Form Accessibility
Given the volunteer navigates to the badge submission page, when they access the submission form, then all required fields (title, description, file upload) must be visible and operable on both desktop and mobile within standard accessibility guidelines. Given the volunteer uses keyboard navigation, when they tab through the form, then focus order follows a logical sequence and all input fields and buttons are reachable.
Design Metadata Capture
Given the volunteer submits a design with title, description, and creator name, when the form is submitted, then each metadata field is stored accurately in the database matching input values. Given the volunteer enters invalid metadata lengths (title <5 or >100 chars, description <20 or >500 chars, creator name <3 or >50 chars), when they submit, then inline validation errors appear specifying field requirements.
File Upload Handling
Given the volunteer uploads a design file, when they select a file, then the system accepts only JPEG, PNG, or SVG formats up to 5MB and displays a thumbnail preview. Given the volunteer selects an unsupported format or a file exceeding 5MB, when they submit, then the system blocks the upload and shows a clear error message explaining allowed formats and size limits.
Confirmation Notification Delivery
Given a design submission is successfully queued, when the system processes the request, then a confirmation email or in-app notification is sent to the volunteer within 5 minutes containing submission ID, metadata summary, and next moderation steps.
Coordinator Moderation Queue
Given a new submission enters the moderation queue, when a coordinator opens the moderation dashboard, then the submission appears with metadata, file preview, and action buttons for approve or reject. Given the coordinator approves or rejects a submission with a comment, when the action is confirmed, then the system updates the submission status, moves approved items to the voting pool, and notifies the volunteer with the outcome and comment.
Community Voting
"As a volunteer, I want to vote on badge designs so that the best and most popular badges are chosen."
Description

Develop a voting system allowing volunteers and coordinators to cast votes on submitted badge designs. The mechanism should support upvotes/downvotes, display real-time vote counts, enforce voting rules (e.g., one vote per user), and set voting periods. Integrate notifications for new polls and results announcements. This feature engages the community in selecting badge designs, fostering collaboration and ownership.

Acceptance Criteria
Voting Period Setup
Given a new badge design poll is created, When the coordinator sets start and end dates, Then the system prevents votes outside this period and displays the active voting window to users.
Real-time Vote Counting
Given users are voting on a badge design, When votes are cast, Then the vote counts update instantly on the poll page without requiring a page refresh.
Enforcing Single Vote Per User
Given a user views an active poll, When they cast an upvote or downvote, Then the system records the vote and prevents any additional votes from the same user on that poll.
Notifications for New Polls and Results
Given a new poll is published or voting period ends, When the event occurs, Then all subscribed users receive a notification with poll details or results summary within five minutes.
Vote Casting Interface
Given a user is on the badge design poll page, When they select the upvote or downvote button, Then the selected vote is highlighted, the vote is recorded, and the button becomes disabled.
Badge Approval & Publishing
"As a coordinator, I want to approve and publish community-selected badges so that we have a curated and updated badge collection."
Description

Establish an approval workflow where coordinators review voted designs and finalize which badges are added to the official collection. Coordinators can approve or reject designs, schedule badge releases, and push approved badges to the live set. The system should support versioning, and deprecating old badges. This ensures that only high-quality, community-vetted badges are available, maintaining brand integrity and freshness.

Acceptance Criteria
Pending Badge Designs Display
Given the coordinator is logged into FetchFlow and navigates to the Badge Approval section When there are community-submitted badge designs pending review Then the system displays a list of all pending designs with icons, color palettes, titles, vote counts, and submission timestamps
Approve Badge Design
Given the coordinator views a pending badge design When the coordinator clicks 'Approve' Then the system updates the design status to 'Approved', adds it to the official badge collection, and logs the action with a timestamp and coordinator ID
Reject Badge Design with Feedback
Given the coordinator reviews a badge design When the coordinator clicks 'Reject' and submits a feedback comment of at least 10 characters Then the system updates the design status to 'Rejected', records the feedback, notifies the designer, and excludes the design from the approved list
Schedule Badge Release
Given the coordinator selects an approved badge from the collection When the coordinator sets a future release date and confirms scheduling Then the system saves the release schedule, displays it on the badge management calendar, and automatically publishes the badge at the scheduled time
Deprecate Old Badge Version
Given an active badge in the live collection is outdated When the coordinator selects 'Deprecate' for that badge Then the system marks the badge as 'Deprecated', archives its details, removes it from the live collection, and retains the version history for audit

Handoff Timeline

Provides a visual, step-by-step timeline of each foster placement handoff, ensuring coordinators and fosters clearly see upcoming tasks, deadlines, and responsible parties to maintain smooth transitions.

Requirements

Timeline Visualization
"As a shelter coordinator, I want to see a clear visual representation of all foster handoff steps so that I can track progress and identify upcoming tasks at a glance."
Description

Implement an interactive, horizontal timeline view that displays each handoff stage as distinct milestones with dates, descriptions, and assigned users. The timeline should allow zooming and scrolling to view upcoming, current, and past tasks in context. It must integrate seamlessly with FetchFlow’s existing UI components, pulling data from the volunteer scheduling and applicant-matching modules to reflect real-time status updates and ensure consistency across the platform.

Acceptance Criteria
Viewing Upcoming Handoff Milestones
Given I am viewing the timeline for a foster placement, when tasks are scheduled within the next 7 days, then these tasks appear as upcoming milestones sorted by date.
Navigating Timeline Zoom Levels
Given I am on a placement timeline, when I adjust the zoom control, then the timeline scales appropriately showing day-level, week-level, and month-level views without clipping or overlap.
Real-Time Status Updates on Timeline
Given a milestone status changes in the scheduling or matching module, when the timeline is displayed, then the milestone’s status updates in real-time within 2 seconds to reflect its current state.
Integration with Volunteer Scheduling Data
Given a volunteer is assigned or reassigned in the scheduling module, when the timeline is refreshed, then the assigned volunteer’s name and role appear on the corresponding milestone.
Seamess UI Alignment and Consistency
Given I navigate to the timeline view, then all visual elements (fonts, colors, spacing, and icons) adhere to the FetchFlow design system and match other platform components.
Task Dependency Mapping
"As a coordinator, I want the timeline to show which tasks depend on one another so that I can proactively manage delays and ensure smooth transitions."
Description

Define and render dependencies between handoff tasks, ensuring that prerequisite steps are highlighted and cannot be skipped. The system should automatically adjust subsequent task deadlines if an earlier task is delayed, and display dependency lines or arrows within the timeline. Integration with the scheduling engine will recalculate volunteer assignments and notify affected parties of changes to maintain a coherent handoff flow.

Acceptance Criteria
Establishing Task Dependencies
Given the coordinator configures Task A as a prerequisite for Task B, When the assignment is saved, Then Task B remains inactive or greyed out until Task A is marked complete, And a link arrow appears between Task A and Task B on the timeline.
Dynamic Deadline Adjustment
Given Task A’s deadline is postponed by 3 days, When the delay is recorded, Then the system automatically shifts the deadlines of all dependent tasks by 3 days, And recalculates volunteer schedules accordingly.
Dependency Visualization
Given the handoff timeline is displayed, When tasks have dependencies, Then each dependency is illustrated by a distinct colored arrow connecting tasks, And hovering over the arrow reveals the dependency name and details.
Task Skipping Prevention
Given Task A is not yet completed, When a user attempts to complete Task B, Then the system blocks the action, And shows an alert: “Cannot complete Task B until Task A is finished.”
Volunteer Notification Delivery
Given a dependent task’s deadline changes, When the scheduling engine updates volunteer assignments, Then all volunteers and coordinators affected receive notifications within 5 minutes, And notifications include task name, new deadline, and reason for change.
Deadline Alerts and Notifications
"As a foster volunteer, I want to receive timely reminders about my upcoming tasks so that I don’t miss any critical handoff deadlines."
Description

Enable configurable alerts and notifications for upcoming and missed deadlines associated with each handoff step. Users can set reminder thresholds (e.g., 24 hours before) and choose communication channels (email, in-app, SMS). The system should trigger notifications based on real-time timeline data and log delivery status. Alerts must be customizable per user role and handoff case to reduce noise and improve responsiveness.

Acceptance Criteria
Configurable Reminder Thresholds
Given a coordinator sets a reminder threshold for a handoff step When the remaining time to the deadline equals the threshold Then the system generates and sends a notification via all selected channels within one minute and records the notification event in the audit log
Role-Based Notification Preferences
Given a user with a defined role and a specific handoff case When the user configures notification types Then only the selected notification channels are enabled for that role and case and remain disabled for others
Missed Deadline Alerts
Given a handoff deadline passes without completion When the system detects the missed deadline Then it triggers a missed-deadline alert within five minutes to the responsible parties and logs the delivery status
Multi-Channel Delivery Verification
Given a user selects email, in-app, and SMS as notification channels When an alert is triggered Then the system sends the alert to each channel successfully and displays a confirmation of delivery status for each
Notification Delivery Logging
Given any alert is dispatched When the system processes the notification Then it logs the timestamp, channel, recipient, and delivery outcome, and this log is retrievable via the notification log interface
Role-based Access Control
"As a foster volunteer, I want to only see the tasks I am responsible for so that I can focus on my own steps without confusion."
Description

Implement fine-grained role-based permissions for viewing and editing timeline events. Coordinators have full access to create, modify, and archive tasks; fosters can view assigned tasks and mark them complete; admins can audit all timelines. The system must enforce permissions at the API and UI layer, showing or hiding controls based on the user’s role, to protect sensitive handoff data and maintain accountability.

Acceptance Criteria
Coordinator Creates Timeline Event
Given a user with the 'Coordinator' role is authenticated When they navigate to a foster placement timeline and click 'Add Event', enter valid event details, and click 'Save' Then the system creates the timeline event via the API, displays the new event in the UI, and shows edit, archive, and delete controls for the event
Foster Completes Assigned Task
Given a user with the 'Foster' role is authenticated When they view their assigned timeline events and click 'Mark as Complete' on an open task Then the system updates the event status to 'Completed' via the API, displays the updated status in the UI, and notifies the assigned Coordinator
Admin Audits Timeline Events
Given a user with the 'Admin' role is authenticated When they navigate to any foster placement timeline and open the audit log Then the system retrieves all create, update, and archive actions via the API and displays a read-only audit trail in the UI
Unauthorized User Access Attempt
Given a user without the 'Coordinator', 'Foster', or 'Admin' role is authenticated When they attempt to access timeline editing endpoints or click edit/create controls Then the API returns HTTP 403 Forbidden, and the UI hides or disables all edit, create, and archive controls
Role-Based UI Element Visibility
Given an authenticated user with any defined role When they load the foster placement timeline page Then the UI dynamically shows or hides controls according to the user's role: full controls (create, edit, archive) for Coordinators, view and complete only for Fosters, and audit view for Admins
Handoff Documentation Upload
"As a coordinator, I want to upload and view adoption agreements and medical records directly in the timeline so that all relevant information is accessible in one place."
Description

Allow users to attach documents, photos, and notes to specific timeline milestones. Uploaded files should be previewable within the timeline interface and stored securely in FetchFlow’s document storage. The feature must include version control for edited documents and ensure that attachments are linked to the correct handoff case, improving record-keeping and providing context for each transition stage.

Acceptance Criteria
Attach a Document to a Timeline Milestone
Given the user is viewing a specific timeline milestone, When the user selects a valid document (PDF or DOCX) and clicks upload, Then the file is uploaded successfully, a thumbnail appears in the milestone, and a confirmation message is displayed.
Preview Uploaded Photos within Timeline Interface
Given a photo attachment exists on a milestone, When the user clicks the photo thumbnail, Then the full-size image is displayed in an overlay within 2 seconds.
Maintain Version Control on Edited Documents
Given an existing document is attached to a milestone, When the user uploads a new version of that document, Then the system creates a new version entry, increments the version number, and retains access to all previous versions.
Ensure Secure Storage of Attachments
Given any document or photo is uploaded, When the file is stored, Then it is encrypted at rest, access is restricted to authorized roles, and the storage path is recorded in the database.
Link Attachments to Correct Handoff Case
Given multiple active handoff cases, When the user uploads an attachment while viewing a specific case, Then the attachment metadata includes the correct handoff case ID and the file appears only in that case’s timeline.
Timeline Filtering and Search
"As a shelter coordinator, I want to filter timelines by volunteer or date so that I can quickly find and review specific handoff processes."
Description

Provide filters and search functionality to locate handoff timelines by date range, volunteer name, pet ID, or task status. The UI should allow multi-criteria filters and instant search results, dynamically updating the timeline list. Integration with the platform’s search index ensures fast retrieval and consistency with other search-enabled features in FetchFlow, helping coordinators to quickly find and manage specific handoff cases.

Acceptance Criteria
Filter by Date Range
Given the coordinator is on the handoff timelines page When they select a start date of 2025-07-01 and an end date of 2025-07-15 Then the system displays only timelines with handoff dates on or between those dates And the result count matches the number of records in the backend for that range
Search by Volunteer Name
Given the coordinator enters 'Alex Smith' in the search field When they press Enter or click the search icon Then the system instantly displays all handoff timelines associated with volunteer Alex Smith And highlights the matching entries in the results list
Filter by Pet ID
Given the coordinator enters pet ID 'PET-10234' in the filter criteria When they apply the filter Then only the timeline for pet PET-10234 is shown And the timeline details correspond to the correct pet
Filter by Task Status
Given the coordinator selects 'Pending' and 'Completed' statuses in the status filter When the filters are applied Then the system displays only timelines containing tasks marked as Pending or Completed And each displayed timeline shows at least one task with the selected status
Multi-Criteria Filtering and Instant Search
Given the coordinator sets a date range of 2025-07-01 to 2025-07-31, enters 'Jordan Lee' as the volunteer name, selects 'In Progress' status, and inputs pet ID 'PET-20456' When they apply all filters simultaneously Then the system instantly updates the timeline list to include only entries that meet all four criteria And the response time does not exceed 500ms

SmartChecklist

Generates dynamic checklists tailored to each foster placement, automatically adapting tasks based on pet needs and foster home requirements to guarantee nothing is overlooked during the handoff process.

Requirements

Dynamic Checklist Generation
"As a shelter coordinator, I want the system to auto-generate a complete checklist for each new foster placement so that I can ensure every pet’s unique care needs and the foster home’s capabilities are addressed without manual effort."
Description

Implement a system that automatically generates a tailored checklist for each foster placement by analyzing pet-specific needs (medical care, dietary restrictions, enrichment activities) and foster home attributes (available space, caregiver experience). The solution integrates with pet profiles and foster home settings to produce a customizable list of tasks, ensuring all critical handoff steps are captured. It supports the creation, storage, and retrieval of checklists for any new or existing placement.

Acceptance Criteria
Initial Checklist Creation for New Foster Placement
Given a new foster placement request with a complete pet profile and foster home attributes, when the system analyzes both profiles, then a checklist is generated containing all mandatory tasks (medical care, dietary guidelines, enrichment activities) and stored under the placement record.
Checklist Update Upon Profile Change
Given an existing checklist for a foster placement, when the pet profile or foster home settings are updated, then the checklist is automatically updated to reflect added, modified, or removed tasks without duplicating existing items, and all changes are logged with timestamps.
Checklist Retrieval for Ongoing Placements
Given an ongoing foster placement, when a coordinator requests the checklist, then the system retrieves and displays the latest version within 2 seconds, including all saved customizations and notes.
Custom Task Addition by Coordinator
Given a generated checklist, when the coordinator adds a custom task, then the task is saved to the checklist, appears in the correct sequence, and is included in subsequent retrievals and exports.
Checklist Export to PDF
Given a finalized checklist, when the coordinator selects the export to PDF option, then the system generates a PDF matching the on-screen checklist, includes all tasks and notes, maintains proper formatting, and completes the download within 5 seconds.
Pet Profile Task Library
"As a shelter coordinator, I want a centralized library of care tasks linked to each pet’s profile so that the checklist generator can pull accurate, up-to-date tasks without redundant manual entry."
Description

Develop and maintain a comprehensive task library mapped to pet profiles, which classifies tasks by categories like feeding, medication, exercise, grooming, and behavioral training. This library serves as the source for the dynamic checklist generator, allowing coordinators to update or extend tasks as new care protocols emerge. The library also includes task metadata for dependencies, durations, and recommended frequencies.

Acceptance Criteria
Task Library Creation for New Pet Profile
Given a coordinator accesses the Pet Profile Task Library, when they add a new feeding task with metadata including category, duration, frequency, and dependencies, then the task is saved, appears in the library with correct metadata, and is available for checklist generation.
Editing Task Metadata
Given an existing task in the library, when the coordinator updates the recommended frequency and duration, then the changes are saved and reflected in subsequent checklist generations without errors.
Task Dependency Enforcement
Given a task with defined dependencies, when generating a dynamic checklist for any pet profile, then dependent tasks appear in the correct order respecting their dependencies.
Category Filtering of Tasks
Given the library contains tasks across multiple categories, when the coordinator filters tasks by a specific category (e.g., grooming), then only tasks from the selected category are displayed.
Task Removal Impact
Given a coordinator deletes a task from the library, when generating any subsequent checklist, then the deleted task does not appear and no orphaned dependencies or errors occur.
Bulk Import of Tasks
Given a coordinator uploads a CSV file of new tasks, when the import completes, then all valid tasks are added with correct metadata, invalid entries are reported, and the library is updated without duplicates.
Foster Home Requirements Integration
"As a foster coordinator, I want the system to consider foster home details when building checklists so that assigned tasks align with the home’s capabilities and resources."
Description

Create a configuration module that captures foster home characteristics—such as living environment, available equipment, caregiver experience, and activity preferences—and feeds this data into the checklist generator. The integration must support conditional logic to adjust or omit tasks based on what the home can accommodate, ensuring practical and realistic checklists.

Acceptance Criteria
Apartment Without Outdoor Space
Given the foster home configuration indicates no outdoor space, when the checklist generator runs, then it omits any outdoor exercise or yard-cleaning tasks and includes indoor potty training and enrichment activities.
Home with Crate and Leash Available
Given the foster home configuration lists both a crate and a leash as available equipment, when generating the checklist, then crate training tasks and scheduled leash walks are included, and equipment use instructions reference these items.
Experienced Foster with Medical Training
Given the foster home caregiver experience level is set to 'medical training', when generating the checklist, then tasks involving medication administration and health monitoring are included with appropriate dosage instructions and record-keeping steps.
Household with Young Children
Given the foster home configuration notes children under 5 years old in the household, when the checklist is generated, then child-safety tasks such as supervision protocols and pet-child interaction guidelines are included.
Foster Prefers Low-Maintenance Pets
Given the foster home preference is 'low-maintenance', when generating the checklist, then tasks requiring extensive grooming or long exercise sessions are minimized, and the checklist prioritizes basic care tasks.
Real-time Checklist Updates
"As a foster caregiver, I want my checklist to update in real time when care requirements change so that I always have the latest instructions to care for my foster pet safely."
Description

Enable real-time synchronization of checklists whenever pet care protocols or foster home conditions change. This feature monitors updates to pet health records, medication schedules, or foster home configurations and automatically revises existing checklists, notifying coordinators and foster caregivers of changes to ensure ongoing accuracy.

Acceptance Criteria
Checklist Sync on Pet Health Record Update
Given a coordinator updates a pet's health record in the system When the update is saved Then all active checklists containing health-related tasks must automatically reflect the change within 5 seconds.
Checklist Sync on Medication Schedule Change
Given a change to a pet's medication schedule is made When the new schedule is confirmed Then the affected checklist tasks are updated in real-time and any modified dosage reminders are accurately adjusted.
Checklist Sync on Foster Home Configuration Change
Given a foster home configuration (e.g., feeding preference, isolation requirement) is modified When the configuration changes are saved Then the checklist adapts by adding, removing, or updating tasks relevant to the new foster home conditions immediately.
Real-Time Notification of Checklist Updates
Given a checklist is updated due to any protocol change When the update occurs Then coordinators and foster caregivers receive a notification via in-app alert and email within 10 seconds.
Concurrent Update Conflict Resolution
Given multiple updates occur simultaneously to a checklist When concurrent changes conflict Then the system prompts the coordinator to resolve conflicts, logs both changes, and ensures the final checklist state is consistent without data loss.
Checklist Sharing and Collaboration
"As a shelter coordinator, I want to share checklists with foster caregivers and collaborate on task adjustments so that we can address questions and changes quickly."
Description

Implement functionality allowing coordinators and foster caregivers to share, comment on, and collaboratively edit checklists. It includes role-based permissions, version history, and in-app notifications to streamline communication and confirm task completion, missing items, or adjustments.

Acceptance Criteria
Coordinators Sharing Checklists with Foster Caregivers
Given a coordinator selects a foster caregiver from the directory When the coordinator clicks “Share Checklist” Then the chosen checklist is accessible in the caregiver’s dashboard with correct view permissions within 5 seconds
Foster Caregiver Commenting on Checklist Items
Given a foster caregiver views a shared checklist When the caregiver adds a comment to a specific task Then the comment is saved, timestamped, and visible to both caregiver and coordinator in real time
Role-Based Permissions Enforcement for Checklist Editing
Given a user views a checklist When the user’s role lacks edit permissions Then all edit controls are disabled and a tooltip explains access restrictions
Version History Tracking for Checklist Updates
Given multiple users update a checklist When a user views version history Then each entry displays the author, timestamp, and changed fields, and allows rollback to any previous version
In-App Notifications for Checklist Changes
Given any user makes a change to a shared checklist When the change is saved Then all relevant users receive an in-app notification summarizing the update within 10 seconds

LiveStatus Alerts

Sends real-time notifications to coordinators and foster families at key milestones—such as pick-up, first health check, and mid-placement reviews—keeping all stakeholders informed and reducing miscommunication.

Requirements

Milestone Event Detection
"As a coordinator, I want the system to detect key placement milestones automatically so that I can notify stakeholders without manual monitoring."
Description

Automatically detect and register key placement milestones—such as pick-up by foster, first health check completion, and mid-placement review—by integrating with the shelter’s pet records and volunteer scheduling modules. Upon status updates, the system triggers alert generation to ensure stakeholders are notified without manual intervention.

Acceptance Criteria
Foster Pick-Up Event Detection
Given a pet’s status changes to “Picked Up” in the volunteer scheduling module When the system receives the status update Then it automatically generates and sends a pick-up notification to the assigned coordinator and foster within one minute
First Health Check Completion Detection
Given a veterinarian updates a pet’s health record to “Health Check Completed” in the shelter records When the integration sync occurs Then the system triggers a health check completion alert to the coordinator and medical team within two minutes
Mid-Placement Review Detection
Given a case manager records a “Mid-Placement Review Completed” status in the placement module When the review entry is saved Then the system issues a mid-placement review notification to the coordinator, foster family, and adoption team immediately
Late Data Integration Handling
Given a milestone update arrives more than five minutes after the actual event When the system processes the delayed update Then it includes the original event timestamp in the alert and marks the notification as “delayed”
Duplicate Event Suppression
Given the same milestone status is updated multiple times in quick succession When duplicate updates are detected within a one-minute window Then the system sends only one alert per milestone event to each stakeholder
Notification Channel Configuration
"As a foster family member, I want to choose how I receive alerts so that I can stay informed in the way that's most convenient for me."
Description

Allow coordinators and foster families to configure and manage preferred notification channels (email, SMS, in-app push). Users can opt in or out per channel and specify alert types (emergency vs. standard). Integrate with third-party messaging services to handle delivery and user preferences seamlessly.

Acceptance Criteria
Coordinator Configures Notification Channels
Given the coordinator is on the notification settings page When they select email and SMS channels and save preferences Then the system updates the coordinator’s profile with the selected channels and displays a success message
Foster Family Updates Preferred Channels
Given a foster family member is logged in and on their profile settings When they opt into in-app push notifications and save Then the system records the preference and sends a test in-app notification confirmation
User Opts into Emergency Alerts Only
Given a user is on the notification settings page When they select only emergency alerts and save Then standard notifications are not sent and emergency notifications are delivered
Notification Delivery via Third-Party Services
Given a notification event is triggered for SMS channel When the system forwards the request to the Twilio API Then the API receives a correctly formatted payload and returns a success response code
Coordinator Disables a Notification Channel
Given a coordinator has disabled SMS notifications When an alert is generated Then the system does not invoke the SMS delivery service and only sends notifications via remaining enabled channels
Alert Message Template Management
"As a coordinator, I want to customize alert message templates so that communications reflect our shelter’s tone and provide clear details."
Description

Provide administrators with a library of customizable templates for each alert milestone. Templates support dynamic variables—such as pet name, milestone date, and next steps—and allow branding elements. This ensures consistency across communications and reduces manual editing.

Acceptance Criteria
Creating a New Alert Message Template
Given an administrator is on the Message Template Management screen, When they create a new template by selecting a milestone, entering a subject and body with valid dynamic variables and clicking save, Then the template is successfully saved, appears in the template list, and can be selected for sending.
Editing Dynamic Variables in an Existing Template
Given an existing template is loaded in edit mode, When the administrator modifies variable placeholders (adds, removes, renames) and saves the template, Then the updated template persists the changes, dynamic variables render correctly in previews, and no formatting errors occur.
Previewing a Template with Sample Data
Given an administrator chooses to preview a template, When they select a sample pet record and milestone date, Then the preview displays the subject and body with all dynamic variables replaced correctly and brand elements applied.
Applying Branding Elements to a Template
Given an administrator uploads branding assets (logo, color scheme) in the template editor, When they save the template, Then the logo is embedded at the correct position, and brand colors apply to template headings and links in the preview.
Deleting an Unused Template
Given a template is marked as unused, When the administrator initiates deletion and confirms, Then the template is removed from the management library and cannot be selected for future alerts.
Real-Time Delivery Monitoring
"As a coordinator, I want to monitor the delivery status of alerts in real-time so that I can identify and address any communication failures immediately."
Description

Implement a dashboard displaying real-time delivery metrics for all alerts, including success and failure counts, average latency, and retry logs. Integrate with messaging service APIs to fetch delivery statuses and provide coordinators with visibility into system reliability and performance.

Acceptance Criteria
Dashboard Live Data Update
Given the messaging service emits delivery status events, when the coordinator views the Real-Time Delivery Monitoring dashboard, then new delivery metrics (success and failure counts, average latency) update automatically within 5 seconds without requiring a manual refresh.
Success and Failure Counts Accuracy
Given a set of 100 alert delivery attempts with 85 successes and 15 failures recorded in the messaging API, when the dashboard queries the API, then the displayed success count must be 85 and the failure count must be 15 with a discrepancy of no more than 1%.
Average Latency Calculation
Given delivery timestamp and acknowledgment timestamp for each alert, when the dashboard calculates average latency over a 1-hour window, then the displayed average latency must equal the timestamp difference average with an accuracy of ±100 milliseconds.
Retry Logs Accessibility
Given alerts that failed delivery and were retried automatically, when the coordinator clicks on the 'Retry Logs' link for a specific alert, then a chronological list of retry attempts including timestamps, status codes, and error messages must be displayed.
API Integration Robustness
Given intermittent API failures (e.g., 503 Service Unavailable), when the dashboard polls the messaging service, then it must retry up to 3 times with exponential backoff and display a notification if data cannot be retrieved after retries.
Alert Acknowledgment Tracking
"As a coordinator, I want to track whether recipients have acknowledged milestone alerts so that I ensure critical tasks are completed timely."
Description

Enable recipients to acknowledge receipt of milestone alerts and optionally request assistance or follow-up actions directly through the notification. Log acknowledgments and trigger escalation workflows if no response is received within a configurable time threshold to ensure accountability.

Acceptance Criteria
Initial Alert Acknowledgment by Coordinator
Given a coordinator receives a milestone alert, when they click 'Acknowledge', then the system records the acknowledgment with a timestamp and displays a confirmation message. Given the acknowledgment is successfully recorded, then the coordinator sees a success notification within 3 seconds. The acknowledgment entry appears in the coordinator's dashboard within 5 seconds of confirmation.
Foster Family Assistance Request
Given a foster family receives a milestone alert, when they select 'Request Assistance' and submit details, then the system logs the request and notifies the designated support contacts. The support contacts receive the assistance request via email or SMS within 2 minutes of submission. The request log entry includes family ID, alert ID, request timestamp, and details provided.
No Response Escalation Workflow Trigger
Given no acknowledgment is received within the configured threshold, when the threshold elapses, then the system automatically escalates the alert to a backup coordinator. The escalation notification includes the original alert details and lack of acknowledgment timestamp. The escalation notification is sent within 1 minute of the threshold expiration.
Configurable Time Threshold Adjustment
Given the coordinator updates the acknowledgment threshold value in settings to X hours, when the change is saved, then the system applies the new threshold to all subsequent alerts. The system retains and applies the old threshold value for alerts already dispatched prior to the change. The system displays a confirmation message confirming the threshold adjustment immediately after saving.
Acknowledgment Logging Integrity
Given multiple acknowledgment attempts by the same user on the same alert, the system records only the first acknowledgment. The system prevents duplicate acknowledgment entries and displays a 'Duplicate Acknowledgment' warning on subsequent attempts. The database reflects unique acknowledgment records with correct timestamps and user ID for each alert.

DocumentVault

Offers a secure, centralized repository for all placement-related documents—health records, agreement forms, and care guides—allowing instant access and digital signatures to streamline administrative tasks.

Requirements

Secure Document Storage
"As an animal shelter coordinator, I want to securely store all placement-related documents in a centralized, encrypted repository so that sensitive information remains protected and easily accessible for authorized personnel."
Description

Provide a robust, encrypted repository for all placement-related documents, including health records, agreements, and care guides. The system must support end-to-end encryption, secure data at rest and in transit, version control for audit trails, and automated backups. This feature ensures data integrity, confidentiality, and compliance with relevant regulations, streamlining administrative tasks by centralizing documents in a secure environment accessible only by authorized users.

Acceptance Criteria
Document Upload with Encryption
Given an authorized user has selected a placement-related document for upload When the user submits the upload request Then the system must encrypt the document in transit using TLS 1.2 or higher and store it encrypted at rest with AES-256
Secure Document Retrieval
Given an authorized user requests access to a stored placement-related document When the user requests the document Then the system must decrypt it on demand and deliver it via a secure channel only to that user
Version Control Audit Trail
Given a user uploads a new version of an existing placement-related document When the upload completes successfully Then the system must assign a new version number, preserve previous versions immutably, and record the change with timestamp and user ID in the audit log
Automated Daily Backups
Given valid placement-related documents exist in the repository When the system clock reaches midnight local server time Then the system must automatically initiate a full encrypted backup, store it offsite, and verify backup integrity via checksum
Unauthorized Access Prevention
Given a user without proper access rights attempts to view or download a placement-related document When the user initiates the access request Then the system must deny access and log the attempt with timestamp, user details, and document ID
Digital Signature Integration
"As an adopter, I want to electronically sign adoption agreements within the platform so that I can complete the process quickly without printing or scanning documents."
Description

Integrate e-signature capabilities enabling volunteers and adopters to electronically sign agreements and care guides directly within the platform. The requirement includes seamless integration with leading e-signature providers, capturing signatures with time stamps, storing signed documents securely, and sending automated reminders for pending signatures. This functionality reduces paperwork, accelerates processing, and ensures legal compliance.

Acceptance Criteria
Volunteer E-Signature Workflow
Given a volunteer accesses an unsigned agreement When they complete the e-signature process through the integrated provider Then the volunteer’s signature and timestamp are captured and the signed document is stored in DocumentVault
Adopter E-Signature Workflow
Given an adopter is prompted to sign care guides When they authenticate and apply their electronic signature Then the system records the signature with a time stamp and updates the document status to "Signed"
Signature Timestamp Validation
Given a signed document exists in DocumentVault When viewing document metadata Then the recorded timestamp matches the actual signature time within system logs
Secure Storage and Access Control
Given a signed document is stored Then only authorized users with proper permissions can access or download the document and all access events are logged
Pending Signature Reminder
Given a document remains unsigned for 48 hours Then the system automatically sends a reminder notification via email to the signee
Role-Based Access Control
"As a coordinator, I want to assign specific document access rights to volunteers so that they can only view and edit relevant files without compromising sensitive records."
Description

Implement granular access control to assign permissions based on user roles (e.g., coordinators, volunteers, adopters). The system must allow administrators to define and manage roles, set view, edit, and delete permissions for different document types, and audit user activity. This requirement prevents unauthorized access, maintains data privacy, and supports collaborative workflows.

Acceptance Criteria
Admin Defines New User Role
Given an administrator is on the Roles Management page When they create a role named 'Vet' And assign view, edit, and delete permissions for 'Health Records' Then the system saves the role with the specified permissions And the new role appears in the roles list
Coordinator Uploads Document with Role Permissions
Given a coordinator uploads a 'Care Guide' to DocumentVault When they set permissions allowing coordinators and volunteers to view but not delete Then users with coordinator and volunteer roles can view the document And any unauthorized role cannot access the document
Volunteer Attempts Unauthorized Document Deletion
Given a volunteer is viewing a 'Health Record' When they attempt to delete the document Then the system displays an 'Access Denied' error message And the document remains in the repository
Administrator Audits User Activity Logs
Given an administrator accesses the audit log page When they filter logs for 'Document Deletion' events Then the system displays entries with user ID, timestamp, action, and document ID And logs are exportable in CSV format
Adopter Views Read-Only Documents
Given an adopter logs into DocumentVault When they attempt to edit or delete any document Then the edit and delete controls are disabled or hidden And the adopter can only view documents
Document Search and Filtering
"As a coordinator, I want to filter documents by animal ID and document type so that I can quickly find the health records I need for a specific pet."
Description

Develop an advanced search interface with filtering options to quickly locate documents by type, date, animal ID, adopter name, and status. The search should support full-text search within document contents, faceted browsing, and saved search queries. This enhances user efficiency by reducing time spent manually browsing folders and ensures timely retrieval of critical information.

Acceptance Criteria
Search by Document Type and Date Range
Given the Document Search interface is open, When the coordinator selects 'Medical Records' and sets the date range from 2025-01-01 to 2025-06-30 and clicks 'Search', Then only documents of type 'Medical Records' created between 2025-01-01 and 2025-06-30 are displayed in the results.
Full-Text Search Within Document Contents
Given the search bar is available, When the coordinator enters the keyword 'rabies vaccination' and initiates the search, Then all documents containing the phrase 'rabies vaccination' in their contents are returned, and the keyword is highlighted in each result.
Filter by Animal ID and Adopter Name
Given a list of documents is displayed, When the coordinator applies filters for Animal ID 'A1234' and Adopter Name 'Smith', Then only documents matching Animal ID 'A1234' and Adopter Name 'Smith' are shown.
Faceted Browsing Based on Document Status
Given the faceted navigation panel is visible, When the coordinator selects the 'Pending Signature' and 'Completed' status facets, Then documents with statuses 'Pending Signature' or 'Completed' are displayed and the facet counts update accordingly.
Saved Search Query Retrieval
Given the coordinator has previously saved a search query named 'Recent Adoptions', When they select 'Recent Adoptions' from the Saved Searches dropdown, Then the Document Search interface applies all associated filters and displays the same results as when the search was first saved.
Automated Document Expiration Notifications
"As a coordinator, I want to receive alerts when a pet’s vaccination record is about to expire so that I can prompt the adopter to update it on time."
Description

Create an automated notification system to alert users of upcoming document expirations, such as vaccination renewals or care guide updates. Notifications should be configurable by administrators, sent via email and in-app messages, and include direct links to upload or renew documents. This proactive feature ensures compliance and reduces lapses in critical documentation.

Acceptance Criteria
Administrator Configures Notification Preferences
Given an administrator is on the DocumentVault settings page when they configure expiration notification triggers for email and in-app channels then the system saves the settings, displays a confirmation message, and applies the configuration to all future notifications.
User Receives Email Notification for Upcoming Document Expiration
Given a user’s document is set to expire in the configured notification window and email notifications are enabled when the notification threshold is reached then the system sends an email containing the document name, expiration date, and a direct renewal link within five minutes.
User Receives In-App Notification for Upcoming Document Expiration
Given a user’s document is set to expire in the configured notification window and in-app notifications are enabled when the user next logs into FetchFlow then the user sees a notification with the document name, expiration date, and direct renewal link in their notification inbox.
Notification Contains Direct Link to Renew Document
When a user clicks the renewal link in any notification then the system navigates to the document renewal page, pre-fills the document type and expiration date fields, and displays the file upload form within three seconds.
Administrators Audit Sent Notifications
Given an administrator accesses the notification audit log when they filter by date range, document type, or user then the system displays all sent notifications with timestamps, delivery channels, and status (delivered, failed) within two seconds.

GeoLink Check-In

Utilizes location-based check-ins to confirm when a pet has safely arrived at the foster home or returned to the shelter, automatically updating status dashboards and triggering follow-up reminders if needed.

Requirements

Real-Time Geofence Validation
"As a shelter coordinator, I want the system to validate foster home arrival in real time so that I know when a pet has arrived safely."
Description

Implement geofencing around registered foster home and shelter locations to detect when a pet crosses defined boundaries. The system must leverage GPS coordinates and secure location services to accurately confirm arrival events, reduce false positives through tolerance zones, and ensure reliable location verification at designated points.

Acceptance Criteria
Foster Home Arrival Check-In
Given GPS coordinates from the device assigned to a pet transporter When the device enters the predefined geofence of the foster home Then the system updates the pet’s status to 'Arrived at Foster Home' within two minutes
Shelter Return Confirmation
Given a device tracking a pet in transit back to the shelter When the device crosses into the shelter geofence boundary Then the system logs the return event and updates dashboards within one minute
Tolerance Zone Verification
Given a transporter's device near the edge of a geofence boundary When the device is within the defined tolerance zone (e.g., 10 meters outside the primary boundary) Then the system suppresses false positive alerts and waits for re-entry into the main geofence before confirming arrival
Unauthorized Location Alert
Given a pet’s device reports a location outside any registered geofence When the device remains more than 50 meters outside all geofence boundaries for longer than five minutes Then the system sends an immediate alert notification to coordinators
Geofence Configuration Validation
Given a coordinator defines or updates geofence coordinates and radius When the configuration is saved Then the system validates that the radius is between 50 and 500 meters and displays a success message upon valid input
Check-In Trigger Notifications
"As a foster volunteer, I want to receive a notification when I arrive so that I can confirm the pet transfer immediately."
Description

Develop mobile and email notification workflows that prompt foster volunteers to confirm a pet’s check-in immediately upon entering the geofenced area. Notifications should include clear call-to-action links or buttons, respect user communication preferences, and retry delivery if acknowledgments are not received within a configurable interval.

Acceptance Criteria
Volunteer Enters Geofence for First-Time Check-In
Given a registered foster volunteer has enabled location services and enters the defined geofenced area, When the mobile app detects the volunteer’s GPS coordinates within the zone, Then a push notification and an email are triggered within 5 seconds including a ‘Confirm Check-In’ button linking to the check-in form.
Volunteer Declines or Misses Initial Notification
Given the initial check-in notification is sent and remains unacknowledged for the configured interval (e.g., 2 minutes), When no user interaction is detected, Then the system retries delivery up to three times at 2-minute intervals and logs each retry attempt.
Notification Delivery Preferences Respected
Given the volunteer has selected preferred communication channels in their profile, When triggering check-in notifications, Then notifications are sent only via the volunteer’s chosen channels (mobile push, email, or both) and any unselected channels are skipped.
Retry Mechanism After No Acknowledgment
Given a retry attempt is required, When an acknowledgment is not received after a retry notification, Then the system escalates by sending a follow-up reminder to the shelter coordinator after the third failed retry, and logs the escalation event.
Notification Content and CTA Validation
Given a check-in notification is displayed to the volunteer, When the volunteer views the notification, Then the notification body matches the templated content including pet name, location, and timestamp, and the ‘Confirm Check-In’ button directs to the correct check-in endpoint.
Arrival Time Logging
"As a shelter coordinator, I want to view the exact arrival time to manage schedules and follow-ups more effectively."
Description

Automatically capture and store precise timestamps for each geofence-triggered check-in event in the database. Ensure the timestamp data is linked to the pet’s record and foster volunteer profile, enabling coordinators to generate transit reports, analyze delays, and maintain an audit trail for each shelter transfer.

Acceptance Criteria
Accurate Geofence Trigger
Given a volunteer’s device crosses the defined geofence boundary When the geofence event occurs Then the system captures a timestamp accurate to the second and records it in the database linked to the correct pet ID and volunteer ID
Timestamp Linkage to Records
Given a geofence-triggered timestamp exists When retrieving pet or volunteer profiles Then the recorded timestamp is accessible in both the pet’s record and the foster volunteer’s profile via the platform’s API or UI
Transit Report Generation
Given multiple check-in and check-out timestamps for a pet When a coordinator generates a transit report Then the report accurately lists each timestamp in chronological order, calculates transit durations, and displays the full audit trail without omissions
Delay Notification
Given a scheduled arrival window and the actual recorded timestamp When the actual arrival time exceeds the scheduled window by more than 15 minutes Then the system flags the transfer as delayed and automatically sends a notification email or in-app alert to the coordinator
Duplicate Timestamp Prevention
Given an incoming geofence event identical to a previously recorded event When the system processes the geofence trigger Then it verifies uniqueness, prevents duplicate timestamp entries for the same pet and volunteer at the same location, and logs any conflicts for audit
Automated Return Alerts
"As a shelter coordinator, I want to receive alerts if pets haven't been checked back in within the expected time window so that we can follow up."
Description

Configure monitoring of return-to-shelter geofence events and generate alerts if a pet has not been checked back in within a predefined time window. Alerts should be sent to coordinators via email or in-app notifications, include overdue duration details, and provide quick links for escalation or manual status updates.

Acceptance Criteria
Overdue Check-In Detection
Given a pet triggers a return geofence event and is not checked back in within the predefined 2-hour window, When the system processes overdue events, Then an automated return alert is generated for that pet.
Email Alert Delivery
Given an automated return alert is generated, When the system dispatches notifications, Then an email is sent to the assigned coordinator’s registered address within 5 minutes containing the alert details.
In-App Notification Delivery
Given an automated return alert is generated, When the coordinator is active in the application, Then an in-app notification appears immediately in their dashboard with the alert information.
Overdue Duration Display
Given an alert is sent via email or in-app, When the coordinator views the alert, Then it displays the exact overdue duration in hours and minutes since the expected check-in time.
Quick Links Functionality
Given a coordinator receives an alert, When they inspect the message, Then it includes clickable links labeled “Escalate Case” and “Manual Status Update” directing to the respective pet-specific actions.
Prevent False Alerts
Given a pet checks back in before the predefined time window elapses, When the system evaluates geofence events, Then no automated return alert is generated for that event.
Dashboard Status Synchronization
"As a shelter coordinator, I want the dashboard to update immediately when a pet checks in or returns so that I can have up-to-date information at a glance."
Description

Integrate geolocation check-in data with the central status dashboard to reflect live pet transfer statuses. The dashboard must auto-refresh relevant sections, visually distinguish between ‘In Transit’, ‘Arrived’, and ‘Returned’ states, and offer filtering by date, volunteer, or location for real-time operational oversight.

Acceptance Criteria
Volunteer Arrival Check-In
Given a volunteer's device sends a geolocation check-in within a 100-meter radius of the foster home When the timestamped check-in is received Then the central dashboard must update the pet's status to 'Arrived' within 5 seconds and highlight the entry in green
Volunteer Return Check-In
Given a volunteer checks in at the shelter location When the geolocation and timestamp are validated Then the dashboard status for the pet changes to 'Returned' within 5 seconds and is highlighted in orange
Automatic Dashboard Refresh on Status Change
Given any pet status changes via geolocation check-in When the backend receives the update Then the dashboard's relevant section auto-refreshes within 3 seconds without manual page reload
Coordinator Filters by Date
Given the coordinator selects a specific date range on the dashboard When the filter is applied Then only pet transfer statuses updated within that date range are displayed and count matches the total number of filtered entries
Coordinator Filters by Volunteer
Given the coordinator filters dashboard entries by a volunteer's name When the filter is confirmed Then all statuses associated with that volunteer are shown and others are hidden

StreamSync

Enables real-time streaming of volunteer and pet data changes between FetchFlow and external systems, ensuring all platforms stay instantly updated without manual intervention.

Requirements

Webhook Listener Setup
"As a system integrator, I want FetchFlow to receive webhook notifications so that volunteer and pet data changes in external systems are captured instantly."
Description

Implement a reliable listener service that receives real-time event notifications from external systems via webhooks. This requirement ensures that any changes to volunteer or pet data in external platforms are immediately captured by FetchFlow without manual polling. It includes validating incoming payloads, authenticating source systems, and queuing events for processing.

Acceptance Criteria
Valid Webhook Payload Receipt
Given FetchFlow receives a webhook with all required fields conforming to the defined JSON schema When the listener validates the payload Then it returns HTTP 200 OK and enqueues the event for downstream processing
Unauthorized Source Rejection
Given a webhook request missing valid authentication credentials When the listener receives the request Then it responds with HTTP 401 Unauthorized and logs the rejected attempt
Event Queuing and Processing
Given valid webhook events have been enqueued When the processing service consumes the queue Then it processes events in the order received and updates the internal datastore without loss or duplication
High Volume Webhook Handling
Given a sustained incoming rate of 1000 webhook events per minute When the listener is under peak load Then it maintains an average processing latency below 2 seconds per event and zero dropped messages
Error Logging and Alert Notification
Given any processing error occurs for a received webhook When the listener or processor catches the error Then it logs the full payload and error details and triggers an alert to the operations channel within 5 minutes
Data Mapping Engine
"As a developer, I want a configurable mapping engine so that external data fields are correctly transformed to match FetchFlow’s schema."
Description

Develop a flexible data transformation layer that maps external data schemas to FetchFlow’s internal data models. This engine should handle field renaming, type conversions, and nested object structures, allowing seamless integration with multiple external platforms. It must be configurable via a user interface or configuration files to adapt to evolving external data formats.

Acceptance Criteria
Configure Data Schema Mapping via UI
Given a user accesses the mapping interface and selects external fields and corresponding internal fields, when the user saves the mapping configuration, then the mapping should be persisted and retrievable for real-time data transformations.
Process Nested Object Transformation
Given incoming external data with nested object structures, when the mapping engine processes the data, then the nested fields must be correctly transformed and populated into the internal model's nested fields.
Handle Data Type Conversion Errors
Given external data fields requiring type conversion (e.g., string to date or integer), when a conversion fails due to invalid format, then the engine must log the error, flag the affected record, and continue processing other records.
Update Existing Mappings without Downtime
Given an active mapping configuration in use, when a user updates mapping rules via UI or config file and publishes changes, then the new rules should be applied immediately without interrupting real-time data streaming or causing data loss.
Validate Mapping Configuration File Import
Given a user imports a JSON or YAML mapping file, when the file is uploaded, then the engine validates the file against the mapping schema, displays any validation errors, and only accepts valid configurations for activation.
OAuth2 Authentication Module
"As an administrator, I want FetchFlow to securely authenticate with external systems using OAuth2 so that data sync remains authorized and safe."
Description

Create a secure authentication component to establish and maintain OAuth2 connections with external systems. This module should handle token requests, refresh logic, and credential storage, ensuring authorized access without exposing sensitive credentials. It must support multiple OAuth2 grant types and allow administrators to manage connection settings.

Acceptance Criteria
Administrator Configures OAuth2 Connection
Given the administrator navigates to the integrations settings and selects “Add OAuth2 Connection,” When they enter valid client credentials and endpoints, Then the system validates inputs, saves the configuration securely, and displays a confirmation message.
Successful Token Request Using Authorization Code Grant
Given an external system redirects with an authorization code, When the OAuth2 module exchanges the code for tokens, Then the system receives an access token and refresh token, stores them securely, and logs a success event.
Automatic Token Refresh Before Expiration
Given an access token is within 5 minutes of expiration, When the system attempts to access an external API, Then the OAuth2 module automatically uses the stored refresh token to obtain a new access token without user intervention.
Handling Failed Refresh Due to Revoked Credentials
Given the refresh token has been revoked or expired, When the OAuth2 module attempts to refresh the token, Then the system logs the error, marks the connection as invalid, and notifies the administrator.
Secure Storage and Retrieval of Credentials
Given valid OAuth2 tokens are issued, When tokens are stored in the database, Then they are encrypted at rest using industry-standard encryption and can be decrypted only by the OAuth2 module when needed.
Error Handling and Retry Logic
"As an operations engineer, I want FetchFlow to automatically retry failed data syncs so that transient errors don’t cause data loss."
Description

Implement robust error detection, logging, and automated retry mechanisms for failed synchronization events. This requirement covers transient network errors, invalid payloads, and authentication failures. It should include exponential backoff strategies, alert notifications for persistent issues, and a dead-letter queue for manual review.

Acceptance Criteria
Transient Network Failure Retry
Given a transient network error occurs during synchronization When the sync attempt fails Then the system retries the operation with exponential backoff intervals of 1s, 2s, 4s, 8s, and 16s up to a maximum of 5 retries and logs each attempt
Invalid Payload Detection
Given an invalid payload is detected during sync When the system validates the payload and identifies schema violations Then the event is logged with detailed error information, no retry is attempted, the event is moved to the dead-letter queue, and an alert is generated
Authentication Failure and Token Refresh
Given an authentication failure occurs due to expired credentials When the sync attempt fails with an auth error Then the system automatically refreshes the token and retries once; if the retry succeeds the sync completes, otherwise it logs the failure, moves the event to the dead-letter queue, and sends an alert
Max Retry Attempts Exceeded
Given repeated transient failures occur During synchronization When the system reaches the maximum of 5 retry attempts Then it stops further retries, logs the final failure with retry count, moves the event to the dead-letter queue, and sends a notification to coordinators
Dead-Letter Queue Visibility
Given events have failed and been moved to the dead-letter queue When an administrator views the dead-letter queue interface Then all failed events from the last 24 hours are listed with timestamp, error reason, retry count, and full payload details
Real-Time Monitoring Dashboard
"As a coordinator, I want a monitoring dashboard so that I can track synchronization status and troubleshoot problems quickly."
Description

Build an administrative dashboard that provides real-time visibility into streaming operations. The dashboard should display incoming event rates, success/failure metrics, queue sizes, and system health indicators. It must allow filtering by external system, event type, and time range, enabling quick diagnosis of integration issues.

Acceptance Criteria
Viewing Real-Time Event Rates
Given the admin is on the Monitoring Dashboard, when streaming events occur, then the dashboard displays the current event rate (events per second) updated at least every 5 seconds.
Monitoring Success and Failure Metrics
Given events are processed, when successes or failures occur, then the dashboard shows real-time counts and percentages for successful and failed events.
Inspecting Queue Sizes
Given events are queued for processing, when queue size changes, then the dashboard displays the current queue size and average processing latency.
Filtering by External System
Given multiple external systems are integrated, when the admin selects a system filter, then only metrics and event data for the chosen external system are displayed.
Filtering by Event Type
Given various event types are tracked, when the admin selects one or more event type filters, then the dashboard updates to show only events and metrics for those types.
Filtering by Time Range
Given the time range selector is used, when the admin sets a start and end time, then all displayed metrics and charts reflect data exclusively within the specified range.
Monitoring System Health Indicators
Given system health thresholds are defined, when any metric (e.g., CPU, memory, latency) exceeds its threshold, then the dashboard highlights the indicator and displays a warning status.

BulkSync Scheduler

Automates large-scale data transfers on a customizable schedule, allowing coordinators to synchronize historical records and bulk updates during off-peak hours to minimize system load.

Requirements

Custom Schedule Configuration
"As a shelter coordinator, I want to define custom synchronization schedules so that bulk updates occur during off-peak hours and avoid interfering with daily operations."
Description

Enable coordinators to define flexible synchronization schedules by selecting frequency (daily, weekly, monthly), specific time windows (off-peak hours), and presets. Integrate this configuration into the existing scheduling UI, ensuring the options are intuitive and immediately actionable. This configuration reduces manual overhead and prevents system strain during business hours.

Acceptance Criteria
Daily Sync Schedule Setup
Given the coordinator is on the scheduler UI When the coordinator selects 'Daily' frequency and specifies a valid off-peak time window Then the system saves the schedule with daily frequency and displays a confirmation message
Weekly Sync Schedule Configuration
Given the coordinator is on the scheduler UI When the coordinator selects 'Weekly' frequency, chooses specific weekdays, and sets an off-peak time window Then the system saves the weekly schedule and lists the upcoming sync dates correctly
Monthly Sync Preset Application
Given the coordinator is on the scheduler UI When the coordinator selects a built-in monthly preset (e.g., first business day at 2 AM) Then the system populates the schedule fields according to the preset and confirms the configuration
Invalid Schedule Input Handling
Given the coordinator inputs a time outside the defined off-peak hours When the coordinator attempts to save the schedule Then the system displays a validation error and prevents the schedule from being saved
Existing Schedule Display and Modification
Given a previously saved synchronization schedule exists When the coordinator opens the scheduler UI Then the system displays the current schedule settings and allows the coordinator to modify and re-save them
Data Transfer Throttling Controls
"As a shelter coordinator, I want to throttle data transfer rates so that system performance remains stable during large sync operations."
Description

Implement controls that allow administrators to set maximum throughput rates for bulk sync jobs. Provide options for bandwidth throttling and concurrency limits to ensure that large transfers do not negatively impact real-time application performance. Display current transfer rates and allow adjustments mid-operation.

Acceptance Criteria
Bandwidth Throttling Configuration
Given an administrator navigates to the bulk sync settings page and enters a maximum bandwidth value, When the administrator saves the configuration, Then the system applies the bandwidth limit to all subsequent bulk sync jobs and enforces the specified throughput rate during transfers.
Concurrency Limit Configuration
Given an administrator sets a maximum number of concurrent transfer threads for bulk sync jobs, When the setting is saved, Then the system ensures no more than the specified number of concurrent transfers run in any bulk sync operation.
Real-Time Transfer Rate Display
Given a bulk sync job is in progress, When the administrator views the job details, Then the user interface displays the current transfer rate, updated at least once per second, accurately reflecting inbound and outbound throughput.
Mid-Operation Bandwidth Adjustment
Given a bulk sync job is actively running, When the administrator adjusts the bandwidth throttling control and confirms the change, Then the system dynamically applies the new limit within 10 seconds and the observed transfer rate does not exceed the updated threshold.
Emergency Throttling Override
Given system performance drops below acceptable levels during a bulk sync job, When the administrator activates the emergency override, Then all running bulk sync jobs immediately throttle to the minimum allowable bandwidth within 5 seconds.
Historical Data Sync
"As a shelter coordinator, I want to synchronize historical records so that all past volunteer applications and schedules are consolidated within the system."
Description

Provide the ability to select and import historical records by date range or data type. Allow coordinators to specify start and end points for legacy data synchronization, and ensure migrated records are correctly mapped to existing entities. Support resuming interrupted historical syncs without data duplication.

Acceptance Criteria
Coordinator Selects Date Range for Historical Sync
Given the coordinator accesses the Historical Data Sync interface When they input a valid start date and end date in chronological order Then the system should allow the user to proceed and queue records within that range for synchronization.
Coordinator Specifies Data Types for Synchronization
Given the coordinator selects one or more data types (e.g., volunteer assignments, adoption records) When they confirm their selection Then the system should queue only the specified data types for import and display the list of queued types.
System Maps Legacy Records to Existing Entities
Given the legacy records are imported Then each record should be matched and mapped to an existing entity in the system based on unique identifiers or mapping rules with no unmatched records left unmapped.
Resume Interrupted Historical Sync Without Duplication
Given a previously interrupted sync session When the coordinator initiates a resume Then the system should continue from the last successfully migrated record without duplicating any records and log the session details.
Scheduled Historical Sync During Off-Peak Hours
Given the coordinator schedules a historical sync for a specific off-peak window Then the system should automatically start the sync at the scheduled time and complete it without exceeding 50% system load.
Conflict Detection and Resolution
"As a system administrator, I want conflicts detected and resolved automatically so that data integrity is maintained during bulk imports."
Description

Incorporate automated conflict detection that identifies duplicate or contradictory entries during sync. Offer resolution strategies such as last-write-wins, manual review queues, or merge dialogs. Log every conflict and resolution action for audit trails and data integrity verification.

Acceptance Criteria
Detect Duplicate Records During Scheduled Sync
Given the BulkSync Scheduler initiates a sync at off-peak hours, When it encounters records with identical unique IDs, Then it flags both entries as duplicates and prevents retention of multiple versions.
Resolve Contradictory Entries with Last-Write-Wins
Given two records for the same entity have conflicting field values, When 'last-write-wins' resolution is configured, Then the system automatically retains the record with the most recent timestamp and overwrites the older entry.
Manual Review Queue for Unresolvable Conflicts
Given conflicts that exceed a predefined confidence threshold, When users review them in the manual queue, Then the system presents conflicting records side-by-side and allows resolution actions before syncing.
Merge Dialog for User-Assisted Conflict Resolution
Given a user selects a conflicting record for merge, When the merge dialog appears, Then it displays all differing fields with options to choose or combine values and saves the final merged record upon confirmation.
Audit Trail Logging for Conflict Actions
Given any automated or manual conflict resolution occurs, When the action is completed, Then the system logs the original entries, resolution decision, user ID (if applicable), and timestamp in the audit trail.
Sync Status and Notification
"As a shelter coordinator, I want to receive notifications about the sync job status so that I know if the transfer completed or requires intervention."
Description

Deliver real-time visibility into bulk sync job progress through a dashboard widget showing current status, percentage complete, and estimated time remaining. Send configurable email or in-app notifications upon job start, completion, or failure, including detailed error reports when applicable.

Acceptance Criteria
Dashboard Widget Initial Status Display
Given a bulk sync job is initiated, When the coordinator opens the dashboard widget, Then the widget displays status 'Pending' with 0% completion and no errors.
Progress Percentage and ETA Update
Given a bulk sync job is in progress, When at least one batch is processed, Then the widget updates the percentage complete accurately to the nearest whole percent and displays estimated time remaining within ±2 minutes of actual.
Success Email Notification Delivery
Given a bulk sync job completes successfully, When the job finishes, Then the system sends an email to the configured coordinator address within 1 minute containing job ID, completion time, and summary of records processed.
Failure Notification with Detailed Error Report
Given a bulk sync job fails, When the failure occurs, Then the system sends an in-app notification and an email within 1 minute including job ID, failure time, and a detailed error report with error codes and descriptions.
Notification Configuration Management
Given the coordinator accesses notification settings, When they enable or disable start, success, or failure notifications, Then the system saves the preferences and sends notifications only for the selected events.
Data Validation and Integrity Checks
"As a shelter coordinator, I want pre-sync data validation so that only accurate and complete data is imported, preventing system errors."
Description

Execute pre-sync validation routines to verify data completeness, schema compatibility, and referential integrity. Generate validation reports highlighting missing fields, format mismatches, or orphaned references, and prevent the sync from proceeding until critical issues are resolved.

Acceptance Criteria
Manual Pre-Sync Validation Execution
Given a shelter coordinator initiates a manual pre-sync validation, when the validation routine runs, then the system must verify data completeness, schema compatibility, and referential integrity for all records before allowing any sync operations.
Scheduled Pre-Sync Validation during Off-Peak Hours
Given the BulkSync Scheduler is configured for off-peak execution, when the scheduled job triggers, then the system automatically performs data validation and integrity checks on historical and updated records prior to data transfer.
Validation Report Generation with Critical Issue Highlighting
Given validation routines detect missing fields, format mismatches, or orphaned references, when the report is generated, then the system must list each issue with record identifiers, severity levels, and recommended resolutions in a downloadable format.
Blocking Bulk Sync on Critical Validation Failures
Given the validation report contains one or more critical issues, when the coordinator reviews the report, then the system must prevent the bulk sync from proceeding until all critical issues are resolved and validation passes.
Data Integrity Pass-through for Non-Critical Warnings
Given validation identifies non-critical warnings (e.g., deprecated field formats), when the report is generated, then the system allows the bulk sync to proceed while flagging warnings and notifying the coordinator post-sync.

SchemaBridge

Offers a flexible mapping interface that aligns FetchFlow’s data models with external database schemas, simplifying integration by automatically transforming and validating records for seamless compatibility.

Requirements

Graphical Mapping Interface
"As a shelter coordinator, I want to visually map our shelter’s volunteer and pet data fields to an external database schema so that I can configure integrations quickly without writing code."
Description

Provide a drag-and-drop visual interface that allows users to align FetchFlow’s internal data fields with external database schemas. The interface should support field matching, grouping, and hierarchical data structures, offering real-time previews of mapping results. It must integrate seamlessly into the FetchFlow dashboard, enabling coordinators and developers to create, edit, and save mappings without manual coding.

Acceptance Criteria
Simple Field Mapping
Given a new mapping session on the dashboard and two flat schemas loaded, When a user drags the "firstName" internal field and drops it onto the "first_name" external field, Then the mapping should establish a link between these fields, And the mapping summary panel should display the new mapping entry correctly.
Hierarchical Data Structure Mapping
Given nested internal data nodes and matching nested external schema structures, When a user selects and drags a parent node of the internal data tree onto the corresponding parent in the external schema, Then all child nodes should auto-map according to naming conventions, And the hierarchical preview should reflect the nested mapping structure accurately.
Real-Time Preview of Mappings
Given partial mappings created between internal and external fields, When the user views the preview pane, Then the preview should update in real-time to show sample transformed records, And any mapping conflicts or errors should be highlighted instantly.
Field Grouping and Organization
Given multiple related fields (e.g., address_line1, address_line2, city, state, zip), When a user groups these into a single "address" group, Then subsequent drag-and-drop operations should treat the group as a single unit, And the mapping summary should list all fields under the address group.
Editing and Saving Existing Mappings
Given an offline saved mapping configuration loaded into the interface, When the user modifies an existing field pairing and clicks 'Save', Then the system should validate the new mapping, persist changes without errors, And display confirmation that the mapping has been successfully updated.
Transformation Rule Builder
"As an integration specialist, I want to define transformation rules for incoming and outgoing records so that data is accurately formatted and enriched for different external systems."
Description

Implement a rules engine that enables users to define and apply data transformation logic—such as concatenation, date formatting, conditional value mapping, and lookup table enrichment—during import and export processes. The system should provide a library of common transformation functions, allow custom scripts, and validate rule execution against sample data.

Acceptance Criteria
Define New Concatenation Rule
Given the user opens the Transformation Rule Builder and selects two source fields and a delimiter When the user applies the 'concatenate' function and saves the rule Then the preview pane shows the two fields joined by the specified delimiter for all sample records
Apply Date Formatting Rule on Import
Given a date field in MM/DD/YYYY format in the incoming dataset When the user defines a rule to convert it to ISO 8601 (YYYY-MM-DD) and runs the import preview Then all dates in the preview are displayed in ISO 8601 format without errors
Perform Conditional Value Mapping
Given a source field 'status' with values '1','2','3' When the user sets up conditional mappings (1→'New', 2→'In Progress', 3→'Closed') and executes the rule on sample data Then each numeric status value is correctly replaced by its mapped label in the preview
Enrich Data with Lookup Table
Given a lookup table mapping 'zip code' to 'city' and 'state' When the user creates an enrichment rule linking incoming zip codes to the lookup table and runs validation Then the preview sample shows the correct city and state populated for each matching zip code
Execute Custom Script Validation
Given a custom JavaScript snippet that transforms 'firstName' and 'lastName' into 'fullName' When the user pastes the script into the custom rule editor and runs the test on sample rows Then the preview displays the correctly concatenated 'fullName' for all test records without execution errors
Real-time Schema Validation
"As a coordinator, I want incoming data to be validated against the external database schema before processing so that I can catch and fix mapping errors instantly."
Description

Automatically validate incoming and outgoing records against the target schema in real time. The system must check data types, required fields, field lengths, and value ranges before exporting or importing. Validation errors should be displayed immediately in the mapping interface, with detailed messages to guide corrections.

Acceptance Criteria
Incoming Record Validation on Import
Given an incoming record is loaded into the mapping interface with mismatched data types, When the user maps the record, Then the system immediately highlights the fields with type mismatches and prevents the import until corrected.
Outgoing Record Validation on Export
Given a user initiates export of mapped records, When the export process begins, Then the system validates each record against the target schema, blocking the export and listing all records with validation errors.
Missing Required Field Detection
Given a record missing required fields, When validation runs in real time, Then the interface flags each missing required field and displays an error message specifying the missing field name.
Field Length and Range Enforcement
Given a record with fields exceeding allowed lengths or out-of-range values, When the record is validated, Then the system identifies each field exceeding constraints and displays an error detailing the maximum length or acceptable range.
Detailed Error Messaging Display
Given validation errors are detected, When errors are displayed in the mapping interface, Then each error message includes the field name, the type of error (e.g., type mismatch, required field missing), and a suggested correction.
Import/Export Mapping Templates
"As a developer, I want to export and import schema mapping templates so that I can reuse configurations across multiple shelter accounts and environments."
Description

Allow users to save, load, and share mapping configurations as reusable templates. Templates should include field mappings, transformation rules, and validation settings. The feature must support exporting templates as JSON files for backup and version control, and importing them across different FetchFlow instances.

Acceptance Criteria
Saving a New Template
Given a user has configured field mappings, transformation rules, and validation settings When the user clicks 'Save as Template' Then the template is stored with a unique name, timestamp, and listed under 'My Templates'
Loading an Existing Template
Given one or more templates exist in 'My Templates' When the user selects a template and clicks 'Load Template' Then the configuration panel populates with the template’s mappings, rules, and settings
Exporting Template as JSON
Given a template is selected in 'My Templates' When the user clicks 'Export as JSON' Then a valid JSON file representing the template is downloaded with correct field mappings, rules, and validations
Importing Template from JSON
Given a valid JSON template file is available When the user clicks 'Import Template' and selects the file Then the template is validated, saved to 'My Templates', and available for immediate use
Sharing a Template across Instances
Given a template has been exported as JSON When the recipient imports the JSON into a different FetchFlow instance Then the template matches the original configuration and is assigned a new timestamp
Versioning and Audit Trail
"As a compliance officer, I want to track changes to mapping configurations so that I can audit integration setups and revert to prior versions if needed."
Description

Maintain a version history for all schema mapping configurations. Each version should record who made changes, when they occurred, and what fields or rules were updated. Users must be able to compare versions, roll back to previous states, and view an audit log of mapping activity for compliance and troubleshooting.

Acceptance Criteria
Create a New Mapping Version
Given a FetchFlow user modifies an existing schema mapping configuration When the user saves the changes Then the system stores a new version entry with a unique incrementing version number, the user’s ID, the exact timestamp, and a detailed log of all fields or rules that were added, removed, or updated
View Mapping Version History
Given a FetchFlow user navigates to the mapping version history panel When the panel loads Then the system displays a list of all versions sorted by date descending, showing for each version its number, author, timestamp, and a brief summary of changes
Compare Two Mapping Versions
Given a FetchFlow user selects two versions from the version history When the user clicks the Compare button Then the system highlights all differences between the selected versions, listing fields or rules that were added, removed, or modified, with before-and-after values
Rollback to a Previous Mapping Version
Given a FetchFlow user identifies an older version they want to restore When the user clicks the Rollback action and confirms the choice Then the system reverts the current mapping to the selected version, logs this rollback as a new version entry with rollback metadata, and displays a success confirmation
Access Audit Log Entries
Given a FetchFlow user needs to review mapping changes for compliance When the user opens the audit log page Then the system presents a chronological list of all mapping-related activities showing user, date/time, action type, and detailed descriptions, with pagination and an export option
Error Logging and Notifications
"As a coordinator, I want to receive immediate notifications when integration errors occur so that I can address issues before they impact shelter operations."
Description

Develop a centralized error logging system that captures mapping and transformation failures, validation errors, and connectivity issues. The system should trigger configurable notifications (email, in-app alerts) to relevant users, including error details and suggested remediation steps. Logs must be searchable and exportable for analysis.

Acceptance Criteria
Failed Data Mapping Event
Given a data mapping operation fails due to incompatible schema fields, When the failure occurs, Then the system logs the error with a timestamp, source record ID, and detailed mapping error message, And sends a notification to the assigned coordinator via email and in-app alert.
Validation Error Detected
Given an incoming record fails schema validation, When the validation process completes, Then the error logging system records the validation rule violated, the record ID, and the invalid field values, And an in-app alert is generated with suggested correction steps for the user.
Connectivity Issue Encountered
Given a loss of connectivity to an external database endpoint during synchronization, When the connection timeout or refusal is detected, Then the system logs the connectivity error with endpoint details and retry count, And triggers an email notification to the integration administrator.
Searchable Log Export
Given the coordinator requests error log export, When the export function is invoked with specified date range and filters, Then the system generates a CSV file containing all matching log entries, And ensures the file is downloadable within 30 seconds.
Configurable Notification Delivery
Given a user updates their notification preferences to disable email alerts, When an error event occurs thereafter, Then the system respects the updated preferences and only sends in-app alerts, and no email notifications are sent.

EventPulse Webhooks

Delivers event-driven notifications for key actions—such as new volunteer sign-ups or pet status changes—directly to integrated systems, enabling automated workflows and proactive engagement.

Requirements

Real-Time Webhook Delivery
"As an integrated system, I want to receive pet status change and volunteer sign-up events in real time so that I can trigger automated processes without delay."
Description

The system must dispatch event notifications to subscribed endpoints within milliseconds of the triggering action, ensuring minimal lag between occurrence and notification. It should support high throughput and low latency across peak loads, integrating seamlessly with existing FetchFlow infrastructure and providing immediate updates to downstream systems for automated workflows.

Acceptance Criteria
Immediate Dispatch of Volunteer Sign-Up Events
Given a new volunteer submits a sign-up form, When the system triggers the 'volunteer.signup' event, Then the webhook notification must be sent to the subscriber endpoint within 100 milliseconds and receive a 2xx HTTP response.
Real-Time Pet Status Update Notifications
Given a pet's status changes (e.g., 'available' to 'adopted'), When the status update is recorded, Then the system must deliver the corresponding webhook notification within 150 milliseconds with correct payload reflecting the new status.
High Concurrency under Peak Load
Given a burst of 1000 simultaneous events, When the system processes the events, Then at least 99% of webhook notifications must be dispatched within 200 milliseconds and sustain throughput of 1000 events/second without errors.
Endpoint Failure Handling with Retries
Given a subscriber endpoint returns a 5xx or times out, When the system attempts delivery, Then the system must retry up to three times with exponential backoff and log each failure, and if all retries fail, mark the delivery as failed in the retry queue.
Webhook Delivery Monitoring and Alerting
Given ongoing webhook operations, When delivery latency exceeds 250 milliseconds or error rate surpasses 5% within a 5-minute window, Then the system must generate an alert notification to the operations team within one minute.
Configurable Event Subscriptions
"As a shelter coordinator, I want to select which events trigger webhooks so that I only receive relevant notifications and avoid clutter."
Description

Provide administrators with the capability to subscribe or unsubscribe from specific event types via a flexible configuration interface or API. The feature must allow filtering by event category, entity attributes, and optional payload fields, enabling precise control over incoming webhooks and reducing unnecessary notifications.

Acceptance Criteria
Subscription to New Volunteer Signup Events
Given an administrator is on the event subscription page When they select the "volunteer.signup" event type and click "Subscribe" Then the system should register the subscription and display it in the active subscriptions list
Unsubscription from Pet Status Change Events
Given an administrator has an existing subscription to "pet.status.changed" When they deselect the event and confirm unsubscription Then the system should remove the subscription and cease sending related webhooks
Filtering Subscriptions by Entity Attribute
Given an administrator configures a subscription to "pet.adopted" with a filter on "shelterId = 42" When the filter is saved Then only events matching shelterId 42 should trigger webhooks
Filtering Payload Fields in Subscriptions
Given an administrator adds a payload field filter specifying only "volunteer.email" and "volunteer.name" When the configuration is saved Then webhooks should include only those fields in the payload for "volunteer.signup" events
Subscription Configuration via API
Given an administrator sends a POST request to /api/event-subscriptions with valid event type and filters When the request is processed Then the API should return a 201 status and the new subscription details in JSON
Secure Webhook Transmission
"As an IT administrator, I want webhook requests to be signed and encrypted so that I can verify their origin and protect data in transit."
Description

Implement robust security measures including HMAC SHA-256 signature verification, SSL/TLS encryption, and optional IP whitelisting to ensure authenticity and confidentiality of webhook payloads. The requirement must integrate with FetchFlow's security standards and allow endpoint verification before activation.

Acceptance Criteria
HMAC Signature Validation During Webhook Delivery
Given a webhook payload includes an X-Hub-Signature header computed as HMAC SHA-256 of the payload using the shared secret, When FetchFlow receives the payload, Then the system must validate the signature against the computed HMAC and accept the webhook only if they match, otherwise respond with HTTP 401 Unauthorized.
SSL/TLS Encryption Enforcement
Given the configured webhook endpoint URL, When FetchFlow sends a webhook delivery, Then the connection must negotiate TLS version 1.2 or higher with a valid certificate chain, and if the connection fails or uses an older protocol, the delivery must be aborted and logged as a failed secure transmission.
IP Whitelisting for Webhook Endpoints
Given a configured whitelist of allowed IP addresses for a webhook endpoint, When an incoming webhook request is received, Then FetchFlow must verify the request’s source IP against the whitelist and respond with HTTP 403 Forbidden if the IP is not included.
Endpoint Verification Workflow
Given a newly configured webhook endpoint, When the user triggers endpoint verification, Then FetchFlow must send a one-time verification payload containing a challenge and expect a valid HMAC SHA-256 signature in the response within 5 minutes; if verified, mark the endpoint as Active, otherwise mark as Inactive.
Handling of Invalid Security Configurations
Given webhook security settings are incomplete or invalid (e.g., missing secret, invalid certificate, empty whitelist), When a user attempts to enable the endpoint, Then the system must block activation, display descriptive error messages indicating missing or invalid configurations, and prevent the endpoint from being saved until resolved.
Retry and Error Handling
"As a system operator, I want failed webhook deliveries retried automatically and alerted after repeated errors so that I can address issues without missing events."
Description

Design a reliable retry mechanism with configurable retry intervals, exponential backoff, and a dead-letter queue for failed deliveries. Include detailed error logging and notification to administrators when webhooks consistently fail, ensuring no critical event is lost and enabling prompt troubleshooting.

Acceptance Criteria
Transient Webhook Failure
Given a webhook delivery returns an HTTP 5xx error, when the retry mechanism is triggered, then the system retries delivery up to the configured maximum retry count without manual intervention.
Exponential Backoff Interval
Given retries are enabled with exponential backoff, when each retry attempt occurs, then the interval between attempts increases exponentially based on the configured base delay and multiplier.
Dead-Letter Queue Handling
Given a webhook has exceeded the maximum retry attempts without success, when the final retry fails, then the system moves the event to the dead-letter queue with the original payload and metadata.
Error Logging Completeness
Given any webhook delivery failure, when an error occurs, then the system logs detailed information including timestamp, payload, HTTP response code, error message, and retry count to the centralized error log.
Administrator Notification on Persistent Failure
Given a webhook message is placed in the dead-letter queue, when it occurs, then the system sends an automated notification to administrators with event details and a link to the dead-letter queue record.
Webhook Management Dashboard
"As a shelter coordinator, I want a dashboard to view and manage all my webhooks and monitor their performance so that I can maintain reliable integrations."
Description

Develop an intuitive dashboard within FetchFlow that lists all configured webhooks, displays delivery metrics (success rates, latency, failures), and provides controls to add, edit, pause, or delete webhook endpoints. The dashboard should offer filtering, search, and export capabilities to facilitate management and auditing.

Acceptance Criteria
Viewing Configured Webhooks
Given a coordinator on the Webhook Management Dashboard, when they load the page, then they see a list of all configured webhooks displaying name, endpoint URL, status (active/paused), and creation date.
Monitoring Delivery Metrics
Given a webhook in the list, when the metrics panel is viewed, then the dashboard displays its success rate as a percentage, average latency in milliseconds, and number of failures over the last 24 hours.
Adding a New Webhook Endpoint
Given a coordinator clicks the “Add Webhook” button, when they enter a valid name and endpoint URL and submit, then the new webhook appears in the list in an active state and is ready to receive events.
Pausing and Resuming Webhooks
Given a webhook in active state, when the coordinator clicks the “Pause” control, then the webhook’s status updates to paused; and when they click “Resume”, then it returns to active state.
Filtering, Searching, and Exporting Webhooks
Given a populated webhook list, when the coordinator applies filters by status or date range or enters a search term, then only matching webhooks are shown; and when they click “Export CSV”, then a file containing the filtered list downloads.

SandboxEdge

Provides a dedicated developer sandbox environment with mock data and safe testing tools, allowing system administrators and IT staff to validate integration logic before going live.

Requirements

Developer Sandbox Provisioning
"As a system administrator, I want to provision a dedicated sandbox environment on-demand so that I can test integration scenarios without affecting production data."
Description

Enable on-demand creation of isolated sandbox environments that mirror production configurations, allowing developers and system administrators to safely test integration logic without impacting live data. The sandbox should support customizable environment settings, include configuration templates, and provide a user-friendly interface for rapid provisioning and teardown.

Acceptance Criteria
On-Demand Sandbox Creation
Given an authenticated user on the sandbox provisioning page When the user clicks 'Create Sandbox' and selects 'Mirror Production' Then the system provisions a new sandbox environment with production-equivalent configurations within 5 minutes and displays a success notification with environment details
Configuration Template Selection
Given a user initiating sandbox creation When the user opens the template dropdown Then the system lists all available configuration templates with names and descriptions and allows the user to select one which is applied to the new sandbox
Environment Customization
Given a user customizing sandbox settings When the user adjusts environment parameters (e.g., instance size, region) Then the system validates parameter values against allowed ranges and applies the custom settings to the sandbox provisioning request
Rapid Provisioning via UI
Given a user on the sandbox dashboard When the user requests provisioning Then the UI remains responsive, displays a progress bar with real-time provisioning status, and allows the user to cancel the request at any time
Sandbox Teardown Process
Given a user on the sandbox management page When the user selects 'Delete' for an existing sandbox Then the system prompts for confirmation, destroys all sandbox resources within 3 minutes upon confirmation, and updates the UI to reflect the sandbox removal
Data Isolation Assurance
Given multiple sandbox environments exist When tests run in sandbox A Then there is no data leakage or cross-environment interference with sandbox B
Mock Data Library
"As a QA engineer, I want to populate the sandbox with realistic mock data so that I can validate edge cases and data flows before deployment."
Description

Provide a library of representative mock datasets that can be seeded into the sandbox to simulate real-world scenarios. The feature should offer customizable templates, anonymization options, and support for various data types to ensure comprehensive testing of edge cases and data-driven workflows.

Acceptance Criteria
Template Selection and Customization
Given an administrator selects a mock data template and customizes field values, When they trigger the seeding process, Then the sandbox is populated with records reflecting the customized template and each field variation matches the administrator’s configuration.
Data Anonymization
Given data privacy rules are enabled, When mock user records are generated, Then all PII fields are masked or replaced with realistic fake values while preserving original data formats and referential integrity.
Multiple Data Types Support
Given templates include text, numeric, date, boolean, and JSON fields, When mock data is seeded, Then each record’s fields retain correct types and formats so downstream workflows process without type errors.
Edge Case Simulation
Given edge case options are selected in a template (e.g., null values, maximum length strings, special characters), When the data library is seeded, Then at least one record per dataset exhibits each defined edge case exactly as specified.
Bulk Dataset Import
Given an administrator uploads a CSV or JSON file of custom mock records, When the system validates and imports the file, Then a summary report displays total records, errors with line references, and seeds data only if validation completes with zero critical errors.
Integration Workflow Simulation
"As an IT staff member, I want to simulate integration workflows with external systems so that I can verify logic and error handling before going live."
Description

Implement tools to simulate end-to-end integration workflows with external APIs and services within the sandbox. The simulation engine should allow configurable response mocks, error injection, and timing controls to validate business logic, error handling, and performance under various conditions.

Acceptance Criteria
Simulating a Successful External API Response
Given the sandbox is configured with a valid mock API endpoint and success payload, when the simulation engine executes the integration workflow, then the system processes the mocked response and completes the workflow without errors.
Injecting and Handling API Error Scenarios
Given an error injection rule is defined for an external service call, when the simulation engine runs the workflow, then the system captures the error, triggers the defined error-handling routine, logs the error details, and prevents workflow completion.
Mocking Configurable API Responses
Given specific response payloads are configured in the simulation settings, when the API call is simulated, then the workflow engine consumes the payload and routes the process according to the defined business logic based on the mock data.
Testing Response Time Delays
Given a response delay of N milliseconds is configured for the mock service, when the simulation triggers the API call, then the system adheres to the configured delay, measures processing time, and logs any timeout events if thresholds are exceeded.
Validating End-to-End Workflow Execution
Given multiple mock integrations are chained in the sandbox environment, when the simulation is executed end-to-end, then each step completes in sequence, data consistency is maintained across stages, and overall performance meets predefined benchmarks.
Access Control & Audit Logging
"As a security officer, I want to enforce role-based access and maintain audit logs in the sandbox so that we can ensure compliance and traceability of configuration changes."
Description

Establish role-based access controls for the sandbox environment, ensuring only authorized users can create, modify, or delete sandbox instances. Implement comprehensive audit logging to track all user actions, configuration changes, and data access events, supporting compliance and forensic analysis.

Acceptance Criteria
Authorized User Creates Sandbox Instance
Given a user with the role Administrator or Developer When they use the sandbox creation UI or API with valid parameters Then a new sandbox instance is created within 2 minutes and displayed in their sandbox list And a success confirmation message is shown
Unauthorized User Access Attempt Logging
Given a user without sandbox management permissions When they attempt to create, modify, or delete a sandbox instance Then the system denies the action with an HTTP 403 error And logs the attempt with timestamp, user ID, and attempted action
Role Modification Audit Trail
Given an administrator updates sandbox access roles for a user When the role change is confirmed Then an audit log entry is created capturing admin user ID, target user ID, old roles, new roles, timestamp, and change reason
Sandbox Configuration Changes Tracking
Given a user with sandbox configuration rights When they modify settings (e.g., memory limit, network settings) for an existing sandbox Then the system applies changes and logs an audit record with user ID, sandbox ID, old settings, new settings, and timestamp
Data Access Events Logging
Given any user accesses data in a sandbox environment When they view or export sandbox data Then the system logs the event including user ID, sandbox ID, data entities accessed, operation type (view or export), and timestamp
Environment Monitoring & Alerts
"As an IT operations engineer, I want to monitor the health and performance of the sandbox environment and receive alerts on anomalies so that I can proactively resolve issues."
Description

Integrate real-time monitoring of sandbox resource usage, performance metrics, and system health indicators. Configure customizable alerts and notifications for failures, performance degradation, or threshold breaches, enabling proactive resolution of issues and ensuring reliable testing environments.

Acceptance Criteria
Resource Usage Threshold Breach Alert
Given the sandbox environment is running, When CPU or memory usage exceeds the user-defined threshold, Then the system sends an alert notification to the configured channel within 30 seconds
Performance Degradation Notification
Given the sandbox environment is under test, When response time for any API call degrades beyond the SLA threshold for three consecutive minutes, Then the system generates a performance degradation notification including affected endpoints and timestamp
System Health Check Failure
Given scheduled health checks are enabled, When any health check (e.g., database connectivity or disk space) fails, Then the system logs the failure, increments the error count, and sends a high-priority alert to administrators
Custom Threshold Configuration Verification
Given the user configures custom alert thresholds via the settings UI, When thresholds are saved, Then the system validates the inputs, persists the new thresholds, and displays a success confirmation within the UI
Real-time Dashboard Data Accuracy
Given monitoring data is collected in real time, When the user views the sandbox monitoring dashboard, Then the dashboard displays updated metrics (CPU, memory, latency) with a maximum data lag of one minute

MonitorMesh

Includes comprehensive telemetry and error-monitoring dashboards that track API usage, performance metrics, and synchronization failures in real time, empowering technical teams to swiftly diagnose and resolve issues.

Requirements

Real-time API Usage Monitoring
"As a technical operations lead, I want to view API usage in real time so that I can detect unusual spikes and prevent service overuse."
Description

Provides a live dashboard tracking the number of calls to each API endpoint, updating every second. Displays usage metrics such as total requests, average requests per minute, and peak usage times. Integrates seamlessly with FetchFlow’s MonitorMesh to pull telemetry data from backend services. Enables technical teams to observe consumption patterns in real time, detect unexpected traffic surges, and prevent quota overruns before they impact system stability.

Acceptance Criteria
Live API Call Count Display
Given the real-time dashboard is open, when telemetry data is received from backend services, then the number of calls to each API endpoint updates once every second and matches backend logs within a 1% variance.
Usage Metrics Calculation
Given at least one minute of API traffic, when computing metrics, then the dashboard correctly displays total requests, average requests per minute, and peak usage times based on the telemetry data.
MonitorMesh Telemetry Integration
Given MonitorMesh is configured and running, when the dashboard initializes, then it pulls telemetry data from MonitorMesh without errors and renders the metrics within two seconds of load.
Unexpected Traffic Surge Alert
Given defined traffic thresholds, when API usage for any endpoint exceeds the surge threshold, then the dashboard generates and displays an alert within five seconds of breach.
Quota Overrun Warning
Given API quota settings are configured, when projected usage for the next interval exceeds 90% of the quota, then the dashboard displays a warning notification to the technical team.
Dashboard Refresh Resilience
Given a temporary telemetry service interruption, when the dashboard loses connection, then it retries data fetch every three seconds and restores live updates automatically when the service resumes.
Performance Metrics Dashboard
"As a backend engineer, I want to access performance metrics for each API so that I can identify slow endpoints and optimize system performance."
Description

Aggregates key performance indicators including latency, throughput, and error rates for each API endpoint into an interactive dashboard. Offers graphical representations with filtering by time range and endpoint. Connected directly to MonitorMesh’s telemetry pipelines to ensure near-instantaneous data refresh. Assists engineers in pinpointing slow or failing services and optimizing overall system performance.

Acceptance Criteria
Viewing Real-time API Latency Trends
Given the engineer is viewing the Performance Metrics Dashboard When the dashboard loads Then the latency graph for each API endpoint must display data points updated within the last 30 seconds
Filtering Performance by Custom Time Range
Given the engineer selects a custom time range using the date picker When the time range is applied Then the dashboard filters and displays throughput and error rate graphs corresponding only to the selected time window
Highlighting Error Rate Spikes
Given the error rate for any endpoint exceeds the threshold of 5% When the threshold is crossed Then the corresponding error rate graph segment is highlighted in red and an alert icon is displayed next to the endpoint name
Drilling into Endpoint-specific Throughput
Given the engineer clicks on a specific endpoint’s throughput graph When the drill-down action is triggered Then a detailed table showing per-minute request counts and average response times for that endpoint over the selected period appears
Ensuring Near-instantaneous Data Refresh
Given continuous telemetry data is ingested When new data arrives in the MonitorMesh pipeline Then the dashboard refresh intervals do not exceed 15 seconds and reflect the new data automatically
Synchronization Failure Alerts
"As a system administrator, I want to receive immediate alerts when data synchronization fails so that I can quickly troubleshoot and restore data integrity."
Description

Implements a configurable alerting mechanism that monitors synchronization jobs between FetchFlow and external shelter management systems. Triggers real-time notifications via email, Slack, or SMS when sync failures occur or thresholds are exceeded. Allows setting custom thresholds for failure counts and durations. Ensures that technical teams are immediately informed of data inconsistencies, enabling rapid troubleshooting and restoration of accurate volunteer schedules.

Acceptance Criteria
Immediate Alert on Single Sync Failure
Given a synchronization job fails, when the failure is detected, then an email, Slack message, and SMS are sent to all configured recipients within one minute of the failure.
Custom Threshold Breach Notification
Given a threshold of N failures in a rolling time window is configured, when the number of failures meets or exceeds the threshold within the time window, then a single consolidated alert is sent detailing the count and time span of failures.
Adjustable Notification Channels
Given the alert channels are configured to include specific mediums (email, Slack, SMS), when a synchronization failure occurs, then notifications are sent only via the selected channels and no others.
Recovery Notification After Issue Resolution
Given a synchronization job has previously failed and triggered an alert, when the next synchronization job completes successfully, then a recovery notification is sent via all configured channels indicating resolution.
Synchronization Failure Dashboard Update
Given a synchronization failure occurs, when the failure is recorded, then the telemetry dashboard reflects the new failure count, timestamp, and status change in real time with no more than 30 seconds latency.
Historical Data Analysis
"As a data analyst, I want to review historical performance trends so that I can forecast issues and plan capacity."
Description

Stores historical telemetry and error-monitoring data for customizable retention periods. Enables users to query performance and usage trends over days, weeks, or months. Provides export functionality to CSV or JSON for external analysis. Integrates with MonitorMesh’s data warehouse to support capacity planning, trend forecasting, and post-mortem investigations.

Acceptance Criteria
Customizable Data Retention Setup
Given the coordinator accesses the retention settings page When they set a retention period to 90 days and save Then all telemetry and error-monitoring data older than 90 days is archived according to policy and purged from primary storage
Long-Term Telemetry Trend Query
Given the coordinator queries performance data over a 6-month period When the query parameters (date range, metrics) are submitted Then the system returns aggregated telemetry trends with daily, weekly, and monthly granularity within 5 seconds
Error Data Export to CSV
Given the coordinator selects a date range and error type filter When they click the “Export to CSV” button Then a correctly formatted CSV file containing all matching error records is downloaded within 10 seconds
Integration with Data Warehouse
Given the system ingests MonitorMesh telemetry into the data warehouse When new data arrives Then the warehouse contains updated records within 15 minutes and schema matches defined specifications
Bulk JSON Export for Post-Mortem
Given the coordinator requests a bulk JSON export of all error logs for the last month When the request is processed Then a single JSON file containing all relevant records is generated and available for download, with file size not exceeding 100 MB
Customizable Dashboards
"As a dev team lead, I want to customize my dashboard layout so that I can focus on metrics most relevant to my projects."
Description

Allows users to design personalized dashboards by selecting and arranging widgets such as charts, tables, and alert summaries. Offers drag-and-drop layout, widget resizing, and theme options. Enables saving and sharing of dashboard configurations across team members. Integrates with MonitorMesh’s API to populate widgets with live and historical data, ensuring teams can focus on the metrics most relevant to their roles.

Acceptance Criteria
Dashboard Layout Customization
Given a user is in Customize Dashboard mode When the user drags and drops a chart widget onto the canvas Then the widget positions at the drop coordinates and can be resized by dragging its borders
Widget Resizing Persistence
Given a user has resized a widget When the user saves the dashboard configuration Then the resized dimensions persist when the dashboard is reloaded
Theme Application
Given a user selects a dark theme for the dashboard When the theme is applied Then all widgets, backgrounds, and text update to the dark theme palette
Dashboard Sharing
Given a user has configured a dashboard When the user shares the dashboard with another team member Then the recipient can view the dashboard with the same layout and data access permissions
Real-Time Data Integration
Given MonitorMesh API is available When the dashboard is loaded Then each widget fetches live and historical data and displays updates within 1 second of receipt

OneClick Access

Provides users with a unified login portal that allows one-click entry into FetchFlow and all partner applications, eliminating repeated password entry and reducing login friction for faster access.

Requirements

Unified Authentication Portal
"As an animal shelter coordinator, I want to sign into a single portal so that I can access FetchFlow and all partner apps instantly without entering my credentials multiple times."
Description

Create a centralized login interface where users authenticate once to FetchFlow and automatically gain access to all integrated partner applications without repeated credential entries. This portal should seamlessly integrate into the existing UI, consolidating login fields into a single form that reduces user friction and accelerates access across platforms.

Acceptance Criteria
Single Sign-On Initiation
Given a registered user navigates to the Unified Authentication Portal, when they enter valid credentials and click 'Login', then they are granted access to FetchFlow and all integrated partner applications without additional credential prompts.
Session Persistence Across Applications
Given a user has successfully logged in via the Unified Authentication Portal, when they navigate to any linked partner application, then they access the application without being asked to log in again.
Error Handling for Invalid Credentials
Given a user enters incorrect credentials on the Unified Authentication Portal, when they submit the login form, then the system displays an inline error message stating 'Invalid username or password' and prevents access to all applications.
Session Timeout and Re-Authentication
Given a user's authentication session exceeds the configured inactivity threshold, when they attempt to access any application, then they are redirected to the Unified Authentication Portal and prompted to log in again.
Successful Logout Propagation
Given a user logs out from FetchFlow via the Unified Authentication Portal, when they confirm logout, then they are logged out from all integrated partner applications and redirected to the login page.
OAuth2 Partner Integration
"As a system administrator, I want FetchFlow to integrate partner apps using OAuth2 so that user sessions remain secure and standardized across all systems."
Description

Implement standardized OAuth2 authorization flows for each partner application, including client registration, authorization code handling, and secure token exchange. Ensure compatibility with varying partner requirements while maintaining a streamlined onboarding process for future integrations.

Acceptance Criteria
Initiate OAuth2 Authorization Code Flow
Given a registered partner application with client_id and redirect_uri configured When a coordinator clicks 'Connect Partner' in FetchFlow Then FetchFlow redirects the user to the partner's authorization endpoint with parameters: response_type=code, client_id, redirect_uri, scope, and a unique state value for CSRF protection
Handle Authorization Code Callback
Given FetchFlow receives a GET request at the configured redirect URI with parameters code and state When the state matches the original value stored in session Then FetchFlow extracts the authorization code and proceeds to token exchange
Perform Secure Token Exchange
Given FetchFlow holds a valid authorization code When FetchFlow sends a POST to the partner's token endpoint with client_id, client_secret, code, redirect_uri, and grant_type=authorization_code Then FetchFlow receives access_token, refresh_token (if provided), token_type, and expires_in, and securely stores them
Refresh Expired Access Token
Given an existing refresh_token and an expired access_token When FetchFlow initiates a token refresh request to the partner's token endpoint with grant_type=refresh_token Then FetchFlow receives a new access_token, optional new refresh_token, and updated expiration information and updates stored credentials accordingly
Register New Partner Integration
Given a shelter coordinator inputs partner details (client_name, auth URL, token URL, scopes) in the 'Add Partner' wizard When they submit the form Then FetchFlow validates the endpoints via test calls, confirms requested scopes, and persists the partner configuration for subsequent OAuth2 flows
Secure Token Storage and Refresh
"As a security officer, I want tokens to be encrypted and automatically refreshed so that user sessions remain secure and uninterrupted."
Description

Develop a secure token management subsystem that encrypts access and refresh tokens at rest, automatically detects expiration, and refreshes tokens as needed. Include mechanisms for revoking tokens upon logout or security events, following industry best practices for data protection and compliance.

Acceptance Criteria
Encrypted Token Storage at Rest
Given a new access or refresh token is generated, When the token is stored, Then it must be encrypted using AES-256 at rest and decrypted only by the token management subsystem.
Automatic Token Expiration Detection
Given a user makes an API request with a stored token, When the token is retrieved, Then the system must check the token's expiration timestamp and flag expired tokens before use.
Token Refresh Mechanism
Given an expired access token and a valid refresh token, When the system detects expiration, Then it must automatically request a new access token from the authorization server and replace the old token in storage.
Token Revocation on Logout
Given a user initiates logout, When the logout process completes, Then the system must invalidate and remove both access and refresh tokens from storage and notify all active user sessions.
Security Event Token Revocation
Given a security event such as password change or suspicious activity, When the event is detected, Then all tokens associated with the affected user must be immediately revoked and blocked from further use.
Cross-domain Session Persistence
"As a volunteer coordinator, I want my login session to persist when switching between tabs and partner apps so that I don't have to re-authenticate repeatedly."
Description

Enable session continuity across multiple domains and subdomains used by FetchFlow and its partner applications by implementing shared Single Sign-On cookies or a centralized session state service. This ensures users maintain an active session as they navigate between integrated apps without additional authentication prompts.

Acceptance Criteria
Seamless Navigation Across Domains
Given a user is authenticated on fetchflow.com When the user navigates to partnerapp.com Then they remain logged in without seeing any authentication prompts
Persistent Authentication Across Subdomains
Given a user logs into shelter.fetchflow.com When the user visits volunteers.fetchflow.com Then the session persists and no additional login is required
Logout Propagation Across All Domains
Given a user initiates logout on fetchflow.com When the logout action completes Then the user is logged out of all partner domains and subdomains and must re-authenticate
Session Timeout Synchronization
Given a user is inactive for the defined timeout period on any integrated domain When the user returns to any fetchflow or partner domain Then the user is prompted to re-authenticate across all domains
Invalid Session Handling
Given a session token is tampered with or expired When the user attempts to access any fetchflow or partner domain Then access is denied and the user is redirected to the unified login portal for authentication
Login Activity Audit Logging
"As a compliance manager, I want to view detailed login activity logs so that I can monitor security events and detect potential threats."
Description

Record all authentication events—successful logins, failed attempts, token refreshes, and logouts—in a centralized logging system. Provide dashboards and alerts for anomalous behavior such as repeated failures or logins from unusual locations to support security monitoring and incident response.

Acceptance Criteria
Successful Login Event Recording
Given a user successfully authenticates via OneClick Access When the authentication succeeds Then the system logs an entry containing the userID, timestamp, IP address, and client metadata into the centralized audit log; And the new record appears in the audit dashboard within 30 seconds; And querying the log by userID returns the exact entry.
Failed Login Attempt Logging
Given a user provides invalid credentials When the authentication attempt fails Then the system records an audit entry with the attempted userID, timestamp, IP address, and failure reason in the centralized log; And the failure is visible in the failed-login dashboard within 30 seconds; And alerts are incremented for the corresponding userID upon each failure.
Token Refresh Audit Trail
Given a user’s session token is refreshed When the token refresh request is successful Then an audit record is created containing the userID, old token identifier, new token identifier, timestamp, and IP address; And the record is displayed in the token-refresh section of the audit dashboard within 30 seconds; And administrators can filter records by token event type.
Logout Event Capture
Given a user initiates a logout action When the session termination completes Then an audit entry is logged with userID, timestamp, IP address, and session duration; And the logout entry appears in the centralized log and dashboard within 30 seconds; And querying by session ID returns both login and logout events.
Anomalous Behavior Alert Trigger
Given multiple authentication failures or a login from an unusual geolocation When five failed attempts occur within five minutes or a login is detected from a new country Then the system generates an alert to the security dashboard and sends an email notification to the security team; And the related audit entries are flagged with an anomaly tag.

AdaptiveVerify

Implements risk-based two-factor authentication that dynamically adjusts verification requirements based on user behavior, location, and device trust levels, boosting security without burdening trusted users.

Requirements

Behavior Anomaly Detection
"As a FetchFlow user, I want the system to detect unusual login or usage patterns so that my account remains secure if someone else tries to access it."
Description

Continuously monitor user interactions—such as login time patterns, navigation sequences, and action frequency—to identify deviations from established behavior baselines. When anomalies are detected, flag the session for additional verification or trigger automated alerts. This requirement enhances security by catching suspicious activities early without disrupting normal users, integrates with existing analytics pipelines, and provides coordinators with real-time insights into potential account compromises.

Acceptance Criteria
Unusual Login Time Detection
Given a user logs in outside their historical login time window (±2 hours from the 30-day mean login time), when the system processes the login, then the session is flagged for additional verification and an alert is logged in the analytics pipeline within 5 seconds.
Abnormal Navigation Sequence Identification
Given a user navigates through pages in an order not observed in at least 95% of their historical sessions, when the navigation sequence completes, then the system flags the session for review and triggers an automated alert to the security dashboard.
Excessive Action Frequency Detection
Given a user performs the same action more than 10 times per minute—exceeding their personal action frequency baseline by two standard deviations—when the threshold is crossed, then the session is flagged and an alert is sent to coordinators within 2 seconds.
Analytics Pipeline Integration
Given any flagged anomaly, when the system writes the event to the analytics pipeline, then the event is ingested and visible within the analytics dashboard within 10 seconds with correct event metadata.
Real-Time Alert Delivery
Given an anomaly is detected, when the alert is triggered, then coordinators receive a notification via email and in-app alert within 5 seconds containing user ID, anomaly type, and timestamp.
Geolocation-based Risk Analysis
"As a FetchFlow coordinator, I want the platform to evaluate login locations and enforce extra checks for suspicious origins so that unauthorized remote attacks are blocked."
Description

Capture and analyze the geographic origin of each login attempt, comparing it against the user’s historical location data. Assign risk scores based on distance, known VPN/IP proxies, or blacklisted regions. High-risk logins automatically require additional verification steps. This requirement tightens security by preventing unauthorized remote access and seamlessly fits into the login workflow without hindering users in trusted zones.

Acceptance Criteria
Login from User's Frequent Location
Given a user attempts to login from a geolocation within their historical safe zones When the system calculates the risk score Then the risk score must be low and the user is granted access without additional verification
Login from Unrecognized City
Given a user attempts to login from a city not present in their location history When the system calculates the distance-based risk score Then the risk score exceeds the medium threshold and a second-factor prompt is displayed
Login via Known VPN or Proxy
Given a user attempts to login through an IP address identified as a VPN or proxy When the system flags the IP Then the risk score is marked high and the system enforces an additional verification step
Login from Blacklisted Region
Given a user attempts to login from an IP located in a blacklisted region When the system detects the region Then the system blocks the login attempt and displays a security warning
Login After Prolonged Inactivity
Given a user returns after 90 days without login from a new IP When the system evaluates the login attempt Then the risk score is high and the user must complete identity verification via email or SMS
Device Fingerprinting & Trust Evaluation
"As a regular FetchFlow user, I want the system to remember and trust my personal device so that I don’t have to verify my identity every time I log in from my laptop."
Description

Generate unique device fingerprints using browser and hardware attributes, then maintain a trust score for each device. Recognize returning trusted devices to reduce friction by skipping extra verification, while flagging new or untrusted devices for step-up authentication. This requirement balances security and user convenience, integrating with the user profile module and contributing to a refined adaptive risk engine.

Acceptance Criteria
New Device Registration
Given a login attempt from an unrecognized device, when the user completes primary authentication, then the system generates and stores a unique device fingerprint using browser and hardware attributes with an initial trust score of 50.
Trusted Device Recognition
Given a returning device with a trust score >= 80, when the user initiates a login, then the system bypasses two-factor authentication and grants direct access to the user’s account.
Step-Up Authentication for Untrusted Devices
Given a device with a trust score < 50 or a new device, when the user logs in, then the system enforces two-factor authentication before granting account access.
Trust Score Adjustment Based on Behavior
Given a successful login from a tracked device without security alerts, when the session ends, then the system increments the device’s trust score by 5 points, not exceeding a maximum of 100.
High-Risk Login Detection
Given a login failure sequence or anomalous behavior from a device with a trust score between 50 and 80, when the risk engine evaluates the event, then the system flags the device for manual review and blocks access until further verification.
Dynamic Step-up Authentication Flow
"As a FetchFlow user, I want extra authentication steps only when my login risk is high so that I can quickly access my dashboard during routine use."
Description

Implement a flexible 2FA workflow that escalates authentication requirements based on cumulative risk scores from behavior, location, and device trust levels. For low-risk sessions, enforce only primary credentials; for medium to high-risk sessions, require additional factors like OTP, SMS, or biometric verification. This ensures maximum protection for sensitive operations while minimizing friction for trusted activities.

Acceptance Criteria
Low-Risk User Login
Given a user logs in from a recognized device, location, and past behavior history with a cumulative risk score below the medium threshold, When the user enters valid primary credentials, Then the system grants access without requiring any additional authentication steps.
Medium-Risk Location Change
Given a user attempts to authenticate from a new or medium-risk location that triggers a medium cumulative risk score, When the user successfully enters primary credentials, Then the system prompts for a one-time password (OTP) sent via SMS or email and allows access only after the OTP is validated.
High-Risk Sensitive Transaction
Given a user initiates a high-risk operation (e.g., password reset or fund transfer) that results in a high cumulative risk score, When the user provides valid primary credentials, Then the system enforces two additional factors (OTP and biometric verification) before allowing the transaction to proceed.
Trusted Device Remembered
Given a user logs in from a device previously marked as trusted within the last 30 days and the cumulative risk score remains low, When the user enters valid primary credentials, Then the system bypasses step-up authentication and grants access without further verification.
Multiple Failed Login Attempts
Given a user exceeds three consecutive failed login attempts within a short time frame, When the fourth authentication attempt occurs, Then the system escalates the session to high-risk, requires biometric verification or administrator approval, and temporarily locks the account after failed verification.
Admin Policy Configuration UI
"As a FetchFlow administrator, I want a dashboard to configure and fine-tune authentication policies so that I can align security settings with our shelter’s risk tolerance."
Description

Provide an intuitive interface for administrators to define, adjust, and test risk thresholds, factor requirements, and exemption rules. Include real-time previews of policy impacts, audit logs of changes, and the ability to enable or disable specific risk checks. This requirement empowers shelter coordinators and security teams to tailor authentication policies to their operational needs and compliance standards without developer involvement.

Acceptance Criteria
Access Policy Configuration Interface
Given an administrator is authenticated When they navigate to the Admin Policy Configuration UI Then the interface loads in under 2 seconds displaying all policy components (risk thresholds, factor requirements, exemption rules)
Adjust Risk Thresholds and Preview Impact
Given an administrator adjusts a risk threshold control When the value is changed Then the real-time preview updates within 500ms to reflect the new risk impact on authentication flows
Enable/Disable Specific Risk Checks
Given an administrator toggles a risk check on or off When they save the policy Then the change persists and the UI immediately reflects the new enabled/disabled state without a full page reload
View Audit Logs of Policy Changes
Given an administrator opens the audit log panel When it loads Then it displays a chronological list of changes with date/time, user identity, and description, and allows filtering by date range and user
Define and Test Exemption Rules
Given an administrator creates or edits an exemption rule based on user attributes or device trust level When they click ‘Test Rule’ Then the system simulates and displays test results for at least five representative cases

RoleBridge Sync

Automatically synchronizes user roles and permissions from your central identity directory to FetchFlow, ensuring consistent access controls, reducing manual setup, and maintaining compliance across systems.

Requirements

Directory Connector Setup
"As a system administrator, I want to securely configure the connection settings to our central identity directory so that FetchFlow can reliably fetch and update user roles without compromising security."
Description

Implement a secure connector that establishes a communication channel between FetchFlow and the organization's central identity directory (e.g., Active Directory or LDAP). The connector must support encrypted protocols (LDAPS, SSL/TLS) and allow configuration of connection parameters (domain, port, credentials). Integration should enable real-time queries of user objects and support OAuth2 or SAML authentication flows for secure access.

Acceptance Criteria
Secure Connector Configuration
Given valid LDAPS protocol settings (domain, port, credentials), When the administrator tests the connection, Then FetchFlow establishes an encrypted LDAP connection within 5 seconds and confirms successful handshake.
Real-time User Query
Given a valid user identifier during login, When FetchFlow queries the identity directory, Then the user's directory attributes are returned within 500 ms and displayed for authentication.
OAuth2 Authentication Flow
Given a user initiates login via OAuth2, When FetchFlow redirects to the directory's OAuth2 endpoint and obtains an access token, Then the connector validates the token, retrieves user roles, and grants appropriate access.
SAML Authentication Flow
Given a user initiates SSO via SAML, When FetchFlow processes the SAML response and extracts user assertions, Then the connector validates the assertion, retrieves user permissions, and maps them to FetchFlow roles.
Connection Failure and Retry Logic
Given the identity directory is temporarily unreachable, When the connector attempts to connect, Then it retries up to 3 times with exponential backoff, logs each failure, and alerts the administrator if all attempts fail.
Role Mapping Configuration
"As an animal shelter coordinator, I want to map our directory groups to FetchFlow permission roles so that volunteers have the correct access levels without manual assignment."
Description

Provide an interface for defining and managing mappings between directory roles/groups and FetchFlow permission sets. The configuration should allow administrators to create, edit, and delete mappings, specify default roles for unmapped groups, and preview the impact of mappings. Changes in mapping rules must be validated before saving to prevent permission gaps or conflicts.

Acceptance Criteria
Creating a New Role Mapping
Given an administrator opens the Role Mapping Configuration interface When they enter a valid directory group and select a FetchFlow permission set Then the system saves the mapping, displays it in the mappings list, and shows a success confirmation message.
Editing an Existing Role Mapping
Given an administrator selects an existing role mapping from the list When they modify the associated FetchFlow permission set and click save Then the system updates the mapping, logs the change with timestamp, and displays an updated mappings list.
Deleting a Role Mapping
Given an administrator selects a mapping and clicks the delete action When they confirm the deletion Then the system removes the mapping, logs the deletion event, and no longer displays the mapping in the list.
Specifying a Default Role for Unmapped Groups
Given an administrator navigates to the default role settings When they select a default FetchFlow role for unmapped directory groups and save changes Then the system stores the default role configuration and applies it during the next synchronization for any unmapped groups.
Previewing Mapping Impact
Given an administrator clicks the preview impact button after configuring mappings When the system analyzes current directory data Then it displays a report listing all users, their current roles, and the roles they will receive based on the new mappings.
Validating Mapping Rules Before Saving
Given an administrator attempts to save new or edited mapping rules When the system detects conflicting or missing permissions Then it prevents saving and displays detailed error messages indicating the conflicts or gaps.
Scheduled Synchronization Engine
"As an operations manager, I want to schedule automatic synchronization jobs so that user roles stay up to date without manual intervention."
Description

Develop a scheduler that triggers periodic synchronizations between the identity directory and FetchFlow. Administrators should be able to configure sync frequency (e.g., hourly, daily), time windows, and selective sync of specific organizational units or groups. The engine must support start, pause, and manual-trigger operations and provide status feedback on last run, next run, and any errors encountered.

Acceptance Criteria
Administrator Sets Sync Frequency
Given the administrator selects a sync frequency of hourly or daily, When the scheduler runs, Then synchronizations occur at the configured intervals without fail.
Selective Organizational Unit Synchronization
Given the administrator specifies one or more organizational units or groups for synchronization, When a sync is executed, Then only the selected units or groups are synchronized between the identity directory and FetchFlow.
Manual Trigger and Pause Functionality
Given the scheduler is active, When the administrator clicks the manual-trigger button, Then an immediate synchronization occurs; And when the administrator clicks pause, Then all automated syncs are halted until resumed.
Synchronization Status Feedback Display
Given sync operations run either periodically or manually, When the administrator views the scheduler dashboard, Then the last run time, next scheduled run, and overall sync status are accurately displayed.
Error Logging and Notification
Given a synchronization failure occurs, When the scheduler detects an error, Then the error is logged with details in the system log; And an email notification with error specifics is sent to the administrator.
Conflict Resolution Handling
"As a shelter coordinator, I want to be notified of any role conflicts and choose how to resolve them so that volunteer permissions remain accurate and consistent."
Description

Implement a mechanism to detect and resolve conflicts when directory roles do not align with existing FetchFlow permissions. The system should flag mismatches, allow admins to choose resolution strategies (e.g., override, merge, skip), and apply bulk or per-user fixes. Detailed conflict logs must be available for review, with the ability to revert changes if necessary.

Acceptance Criteria
Detect Role Mismatches Post-Sync
Given a directory sync completes with mismatched roles, when the process finishes, then the system flags each mismatch, records them within 2 seconds, and marks them as unresolved conflicts.
Admin Resolves Role Mismatch Individually
Given an unresolved conflict entry, when an admin selects a user, then the system presents override, merge, and skip options, applies the chosen strategy, and updates the conflict status to resolved.
Bulk Conflict Resolution Workflow
Given multiple unresolved conflicts, when an admin selects a subset or all and applies a resolution strategy, then the system executes the strategy for each user, updates their permissions accordingly, and marks all processed conflicts as resolved.
Conflict Log Accessibility
Given one or more conflicts have been recorded, when an admin accesses the conflict log, then the system displays detailed entries (timestamp, user ID, directory role, FetchFlow role, resolution status), and allows export to CSV.
Revert Applied Resolutions
Given conflicts have been resolved within the last 30 days, when an admin initiates a revert for individual or bulk records, then the system restores each user’s previous permissions and updates the log with revert actions.
Audit Logging and Reporting
"As a compliance officer, I want to review synchronization logs and generate reports so that I can demonstrate adherence to security policies and track changes over time."
Description

Capture and store detailed logs of all synchronization activities, including timestamps, users processed, roles mapped, conflicts detected, and actions taken. Provide a reporting dashboard where administrators can filter logs by date range, user, group, or event type, and export reports in CSV or PDF formats. Ensure logs comply with audit and compliance requirements.

Acceptance Criteria
Comprehensive Synchronization Log Capture
Given a sync operation is initiated, When the operation completes, Then the system must record a log entry for each user processed including timestamp, user identifier, source and destination roles, detected conflicts, and actions taken.
Filtered Dashboard View by Date Range
Given an administrator accesses the reporting dashboard, When they apply a date range filter, Then only log entries within the selected date range are displayed.
Export Logs in CSV Format
Given filtered log entries are visible on the dashboard, When the administrator selects the 'Export CSV' option, Then the system generates and initiates download of a CSV file containing all displayed log fields.
Conflict Detection Highlighting
Given synchronization conflicts occur during a sync operation, When logs are reviewed on the dashboard, Then conflict entries are clearly flagged and highlighted with detailed conflict information.
Audit Compliance PDF Report
Given filtered logs are displayed, When the administrator selects the 'Export PDF' option, Then the system generates a PDF report formatted for audit compliance including all filtered log entries and report metadata.

AuditInsight Logs

Delivers centralized, real-time audit logs of all authentication events—successful logins, failures, and MFA challenges—enabling administrators to monitor security, investigate incidents, and generate compliance reports effortlessly.

Requirements

Real-Time Event Ingestion
"As an administrator, I want to see authentication events as they happen so that I can detect and respond to security issues immediately."
Description

The system must capture and process authentication events in real time as they occur across all integrated platforms, including successful logins, failed attempts, and multi-factor authentication challenges. Events should be ingested through secure, low-latency channels and normalized into a consistent format for storage. The ingestion pipeline must scale dynamically to handle peak traffic without data loss or delay, and integrate seamlessly with FetchFlow’s backend services. Real-time visibility enables immediate monitoring and rapid response to security incidents.

Acceptance Criteria
Peak Traffic Ingestion Performance
Given the system receives 10,000 authentication events per second during peak hours, when events are ingested, then 100% of events are processed, normalized, and stored within 1 second with no data loss.
Cross-Platform Event Consistency
Given authentication events arriving from multiple integrated platforms (web, mobile, third-party SSO), when events are normalized, then all required schema fields (timestamp, user ID, event type, platform ID) must be present and correctly formatted for each event.
MFA Challenge Event Handling
Given a multi-factor authentication challenge is initiated, when the MFA event occurs, then the ingestion pipeline logs the challenge event with correct user identifier, challenge type, timestamp, and outcome status within 500ms.
Secure Ingestion Transmission
Given events are transmitted from integrated platforms, when transmitted over the network, then all event data must be encrypted in transit using TLS 1.2 or higher and pass certificate validation checks.
Dynamic Scaling Under Load
Given the ingestion rate increases 3x above baseline, when the system auto-scales, then additional ingestion instances are provisioned within 30 seconds and ingestion latency remains below 2 seconds per event.
Advanced Filtering and Search
"As a security officer, I want to filter logs by multiple criteria so that I can quickly locate relevant audit events."
Description

Provide administrators with robust filtering and search capabilities to query audit logs by parameters such as timestamp range, username, IP address, event type, authentication outcome, and MFA status. The interface should support compound filters, wildcard searches, and full-text queries across all log fields. Administrators must be able to save filter presets and reuse them for recurring investigations, improving efficiency when pinpointing specific events or incidents.

Acceptance Criteria
Timestamp Range Filtering
Given an administrator is on the audit logs page, When they set a start and end date in the timestamp filter, Then the system displays only log entries within the specified date range.
Compound Filtering by Username and Event Type
Given an administrator applies filters for a specific username and selects an event type, When they execute the search, Then the system returns logs matching both the username and event type criteria.
Wildcard Search on IP Address
Given an administrator enters a partial IP address with wildcards (e.g., '192.168.*'), When the search is executed, Then the system displays all logs whose IP addresses match the wildcard pattern.
Full-Text Search Across Log Fields
Given an administrator enters a search term into the full-text search bar, When the search is performed, Then the system returns all log entries where the term appears in any log field.
Save and Load Filter Presets
Given an administrator configures multiple filters and saves them as a preset with a custom name, When they select this preset from the saved filters list, Then all associated filter fields are automatically populated and applied.
Customizable Reporting and Export
"As a compliance manager, I want to generate scheduled reports of authentication events so that I can ensure regulatory compliance without manual effort."
Description

Enable administrators to generate and schedule compliance-ready reports of authentication activities in various formats (CSV, PDF, JSON). Reports should be customizable with selectable fields, aggregated summaries, and visual charts. Scheduling functionality must support automated delivery via email or webhook integrations. Exports must adhere to data retention policies, offer options to anonymize personally identifiable information, and include a detailed audit trail of report generation and access.

Acceptance Criteria
Report Generation with Selectable Fields
Given an administrator selects specific data fields for an authentication activity report When the report is generated Then only the selected fields appear in the report in the correct order and with no missing or extra data
Schedule Automated Report Delivery
Given an administrator configures a delivery schedule with email and/or webhook settings When the scheduled time is reached Then the system automatically generates the report and delivers it to the specified emails and webhooks without manual intervention
Export in Multiple Formats
Given an administrator chooses a file format (CSV, PDF, JSON) When exporting the report Then the system produces a valid file in the chosen format conforming to format specifications and containing complete report data
Anonymize PII in Reports
Given the anonymization option is enabled for personally identifiable information When generating or exporting a report Then all PII fields are replaced with hashed or masked values according to policy while preserving data consistency
Detailed Audit Trail of Report Access
Given any user generates or accesses a report When the action occurs Then the system logs user identity, timestamp, action type (generation or access), and report parameters in the audit trail
Alerting and Notification Engine
"As a security analyst, I want to receive alerts for abnormal login patterns so that I can investigate potential breaches in real time."
Description

Implement a configurable alerting system that notifies administrators or security teams of defined triggers, such as repeated login failures, logins from unfamiliar geolocations, or skipped MFA challenges. Notifications should support multiple channels (email, SMS, Slack) and allow custom threshold settings, escalation rules, and recipient groups. Alerts must include contextual details and direct links to relevant log entries to facilitate swift investigation.

Acceptance Criteria
Repeated Login Failure Trigger
Given a threshold of 5 failed login attempts within 10 minutes is configured, when a user fails to login for the 5th time, then the system must send an alert via email, SMS, and Slack within 60 seconds containing the user ID, IP address, timestamp, and a link to the corresponding audit log entry.
Unfamiliar Geolocation Login Alert
Given a list of approved geolocations is defined, when a login occurs from an IP address outside these geolocations, then the system must notify the security team within 2 minutes with details of the geolocation, user ID, and link to the audit log.
Skipped MFA Challenge Notification
Given MFA enforcement is enabled, when a user bypasses or skips an MFA challenge, then the system must generate and send an alert within 1 minute to the security group including user ID, method of bypass, and link to the audit record.
Custom Thresholds and Escalation Rules Setup
Given custom thresholds and escalation rules are configured for different alert types, when thresholds are reached consecutively, then the system must escalate the alert to the next recipient group automatically and log each escalation step.
Multi-Channel Notification Delivery
Given multiple notification channels are configured, when an alert is triggered, then the system must deliver the message simultaneously over all configured channels (email, SMS, Slack) and log successful delivery confirmations for each channel.
Role-Based Access Control for Audit Logs
"As a compliance officer, I want to restrict log access to authorized roles so that sensitive security data is protected."
Description

Define and enforce granular role-based permissions for accessing and managing audit logs. Roles such as Admin, Security Analyst, Auditor, and Read-Only Viewer should have specific rights for viewing, filtering, exporting, and report generation. The RBAC framework must integrate with FetchFlow’s identity management, support custom role creation, and ensure that audit log access follows the principle of least privilege.

Acceptance Criteria
Admin Access to Full Audit Logs
Given an Admin user is logged in to FetchFlow When they navigate to the Audit Logs section Then they can view all authentication events (successful logins, failures, MFA challenges) And they can apply date range, event type, and user filters And they can export the filtered logs in CSV and PDF formats
Security Analyst Filtering Failed Logins
Given a Security Analyst is authenticated When they filter audit logs for failed login events within the last 24 hours Then only events with a failure status are displayed And results are sorted by timestamp in descending order
Auditor Exporting Compliance Reports
Given an Auditor role is logged in When they generate a compliance report for a specified date range Then the system compiles event counts by type and user And provides a downloadable PDF report formatted for regulatory submission
Read-Only Viewer Restrictions
Given a Read-Only Viewer is accessing the Audit Logs When they attempt to export, delete, or modify logs Then the system denies the action and displays a "Permission Denied" message And records the denied attempt in the audit logs
Custom Role Creation and Permission Enforcement
Given an Admin user is creating a new custom role named "Incident Responder" When they assign only view and export permissions for audit logs (excluding report generation and role management) Then users with the "Incident Responder" role can view and export logs And any attempts to generate reports or modify roles are blocked with an access error
Data Retention and Archival Policy
"As a system administrator, I want to configure retention policies for audit logs so that we comply with data governance regulations."
Description

Implement configurable retention policies for audit logs, allowing administrators to specify retention durations, archival schedules, and automated purging workflows. Archived logs must be securely stored in an encrypted format and remain readily retrievable on demand. The retention engine should ensure compliance with legal and organizational data governance requirements, support schema versioning, and record all archival and deletion activities in a separate audit trail.

Acceptance Criteria
Configure Retention Policy for Audit Logs
Given an administrator enters a retention duration and archival schedule in the Data Retention settings, When the administrator clicks ‘Save Policy’, Then the system must validate the inputs, persist the policy in the database, and display a success message within 3 seconds.
Automated Archival Execution
Given the retention schedule reaches its archival threshold, When the archival job runs, Then the system must encrypt eligible audit logs, move them to the archival store, and update their status to ‘Archived’ in the audit index.
Retrieve Archived Logs on Demand
Given a user with ‘Viewer’ or higher role requests an archived log by date or ID, When the user submits the retrieval request, Then the system must decrypt the log, present it in the UI within 5 seconds, and record the retrieval event in a separate audit trail.
Automated Purging of Expired Audit Logs
Given an archived log exceeds its configured retention period, When the purge job executes, Then the system must securely delete the log from storage, remove its index entry, and log the deletion action with timestamp, user, and job ID.
Maintain Schema Versioning for Archived Logs
Given an archival policy update includes a new log schema version, When the system archives logs after schema changes, Then the stored logs must include version metadata and the retrieval API must correctly map and return logs according to their schema version.

IdentityFlex Connect

Offers seamless integration with any SAML or OpenID Connect identity provider, complete with custom branding and configuration templates, to support diverse enterprise environments and streamline onboarding of new partners.

Requirements

SAML Authentication Integration
"As an IT administrator, I want to configure FetchFlow with our organization's SAML identity provider so that volunteers can securely sign in using their existing corporate credentials."
Description

Implement robust support for SAML 2.0 authentication flows, allowing shelter coordinators to connect FetchFlow with any SAML-compliant identity provider. This feature ensures secure single sign-on by exchanging authentication assertions, handling encryption, and supporting metadata import, streamlining onboarding for enterprise partners relying on SAML.

Acceptance Criteria
Initial SAML Configuration Setup
- Administrators can upload an IdP metadata XML file via the admin UI. - The uploaded metadata is validated for correct XML structure and presence of required elements (EntityID, SingleSignOnService URL, X.509 certificate). - On successful validation, the metadata is saved and displayed in the configuration summary.
User Single Sign-On via SAML
- Given a valid SP-initiated SAML login request from FetchFlow login page, when the user authenticates at the IdP, then the user is redirected back to FetchFlow with a valid SAML assertion and a session is created. - The user’s email and name attributes from the assertion are correctly mapped to the user profile fields.
Identity Provider Certificate Rotation
- Given a new X.509 certificate in the IdP metadata, when the system refreshes metadata, then both the old and new certificates are accepted for at least 24 hours without disruption. - No authentication failures occur during the certificate transition window.
Service Provider Metadata Export
- The system provides a downloadable SP metadata XML file accessible from the admin UI. - The exported metadata includes the correct SP entityID, ACS URL, SLO URL, and the SP’s X.509 certificate.
Error Handling for Invalid Assertions
- When an invalid or expired SAML assertion is received, the system displays a user-friendly error message: "Authentication failed: invalid assertion." - Error events are logged with sufficient detail (timestamp, user identifier if available, error type) for troubleshooting.
OpenID Connect Authentication Integration
"As an IT administrator, I want to connect FetchFlow to our OpenID Connect provider so that users can authenticate using our standardized OIDC tokens and maintain consistent access controls."
Description

Provide comprehensive support for OpenID Connect (OIDC) protocols, enabling seamless authentication with any OIDC-compliant identity provider. This includes discovery, token exchange, refresh tokens, and secure ID token validation to simplify integration with modern identity platforms.

Acceptance Criteria
Successful Authentication via OIDC Provider
Given a user submits valid OIDC credentials, when the system sends an authentication request to the configured OIDC provider, then the system issues a valid ID token and access token and grants user access to FetchFlow.
Automatic Token Refresh on Expiry
Given an access token has expired, when the client uses a valid refresh token, then the system returns a new access token without requiring the user to re-authenticate.
Invalid ID Token Handling
Given the system receives a malformed or tampered ID token, when validation is performed, then the system rejects the token, logs the error, and denies access.
Dynamic Provider Metadata Discovery
Given a new OIDC provider URL is configured, when the discovery endpoint is queried, then the system retrieves and stores the provider’s metadata (authorization, token, and JWKS endpoints) for future authentication flows.
Custom OIDC Configuration Application
Given an administrator uploads a custom OIDC configuration template, when the template is applied, then the system uses the custom client ID, client secret, and endpoints for all subsequent authentication requests.
Custom Branded Login Pages
"As a volunteer coordinator, I want to customize the FetchFlow login page with our shelter's branding so that volunteers immediately recognize our platform and trust the sign-in process."
Description

Allow coordinators to apply custom branding—including logos, color schemes, and messaging—to the FetchFlow login interface for each identity provider integration. This ensures a cohesive brand experience for volunteers and partner organizations during authentication.

Acceptance Criteria
Branding Configuration Access
Given a coordinator navigates to the IdentityFlex Connect branding settings for an identity provider, When they click the 'Custom Branding' tab, Then the system displays options to upload a logo, select colors, and enter a welcome message within 3 seconds.
Logo Upload and Rendering
Given a coordinator uploads a valid PNG or JPEG logo file under 2MB and clicks 'Save', Then the logo appears on the login page at 200x50 pixels with aspect ratio preserved and without distortion.
Color Scheme Enforcement
Given a coordinator enters hex codes for primary and secondary colors and clicks 'Save', Then the login page header, footer, and login button backgrounds match the specified hex codes within a 1% color variance.
Custom Messaging Display
Given a coordinator inputs a custom welcome message up to 200 characters and saves, Then the message displays above the login form on the authentication page exactly as entered, including line breaks.
Provider-Specific Branding Application
Given a volunteer selects one of multiple configured identity providers on the login screen, Then the login page applies the branding configuration (logo, colors, and message) specific to the chosen provider without delay.
Configuration Template Library
"As an implementation specialist, I want to select from predefined identity provider templates so that I can quickly configure FetchFlow without manually entering all provider details."
Description

Develop a library of preconfigured templates for popular identity providers (e.g., Okta, Azure AD, Google Workspace) that populate default settings, endpoints, and metadata. This accelerates setup time and reduces configuration errors for common integration scenarios.

Acceptance Criteria
Default Okta Integration Template Usage
Given a coordinator selects the "Okta" template, when they navigate to the configuration page, then all default settings (Entity ID, SSO URL, X.509 certificate fingerprint) are populated with values matching the official Okta documentation. Given the template loads, when the coordinator reviews the fields, then they are editable without requiring manual entry of default values. Given the populated template, when the user saves configuration, then the save operation completes successfully within 2 seconds.
Azure AD Template Auto-Population
Given a coordinator selects the "Azure AD" template, when they access the configuration wizard, then all mandatory endpoints (login URL, logout URL) and metadata attributes (tenant ID, certificate) are pre-filled according to Azure AD standards. Given the pre-filled fields, when the coordinator validates the settings, then no required fields are flagged as missing or invalid. Given the completed template, when saved, then the system returns a success confirmation and persists the configuration.
Google Workspace Template Error Handling
Given a coordinator selects the "Google Workspace" template, when the metadata import fails or is incomplete, then an inline error message is displayed detailing which fields are invalid or missing. Given an import error, when the user attempts to save the template, then the system prevents the save operation and highlights erroneous fields with actionable guidance. Given the corrected metadata, when the import succeeds, then a success notification is shown and the template is available in the library.
Custom Identity Provider Template Creation
Given a coordinator initiates creation of a new identity provider template, when they enter provider name, SSO endpoint, and metadata XML, then the system validates inputs against SAML/OpenID schema. Given valid input, when the user saves the new template, then it appears in the template library with correct details and default version number "1.0". Given invalid inputs, when the user attempts to save, then the system displays precise validation errors and prevents saving.
Template Update and Versioning
Given a template exists in the library, when an administrator updates its configuration values, then the system increments the template version (e.g., 1.0 → 1.1) and archives the previous version. Given multiple versions of a template, when a user views version history, then they can see timestamps, version numbers, and differences between versions. Given a selected historical version, when the user chooses to revert, then that version becomes the current template and a new version entry is created.
Dynamic Identity Provider Onboarding Workflow
"As an IT administrator, I want a guided onboarding wizard for new identity providers so that I can set up secure authentication without deep technical knowledge."
Description

Implement a step-by-step UI wizard that guides administrators through adding and verifying new identity providers, including metadata upload, attribute mapping, test authentication, and activation. The workflow minimizes errors and simplifies ongoing management of partner connections.

Acceptance Criteria
Metadata Upload Step
Given the administrator is on the metadata upload step, When they upload a valid SAML or OIDC metadata file, Then the system accepts and parses the file within 5 seconds and displays the provider name and endpoint details.
Attribute Mapping Configuration
Given the administrator has completed metadata upload, When they map required attributes (e.g., email, first name, last name) using the UI wizard, Then the system validates each mapping and highlights any unmapped required attributes before allowing progression.
Invalid Metadata Upload Handling
Given the administrator uploads an invalid or corrupt metadata file, When the system attempts to parse the file, Then an error message displays specifying the parsing issue and prevents advancement in the wizard.
Test Authentication Execution
Given the administrator has mapped attributes and clicked ‘Test Authentication’, When a test login request is sent to the new identity provider, Then the system completes authentication within 10 seconds and shows a success or detailed failure message.
Activation Confirmation
Given a successful test authentication, When the administrator clicks ‘Activate Provider’, Then the identity provider is enabled in the system and listed as ‘Active’ in the partner connections dashboard.
Attribute Mapping and Role Assignment
"As an IT administrator, I want to map user attributes from our identity provider to FetchFlow roles so that volunteers are assigned appropriate permissions automatically."
Description

Enable configurable mapping of identity provider attributes (e.g., email, group, department) to FetchFlow roles and permissions. Administrators can define rules to automatically assign volunteer roles based on identity attributes, ensuring correct access levels.

Acceptance Criteria
Basic Attribute-to-Role Mapping
Given an IdP user has the attribute "volunteerType":"DogWalking" When the administrator maps "volunteerType" to the "Dog Walker" role in IdentityFlex Connect Then the user is automatically assigned the "Dog Walker" role in FetchFlow
Department-Based Role Assignment
Given an IdP user has the attribute "department":"Adoptions" When the administrator configures a mapping that assigns the "Adoption Coordinator" role to users in the "Adoptions" department Then the user is automatically granted the "Adoption Coordinator" role upon first login
Group Attribute Overrides
Given an IdP user belongs to the group "AdminTeam" and also has an existing role mapping When a group-based mapping rule is defined to assign the "Shelter Administrator" role to members of "AdminTeam" Then the user’s previous role is overridden and the "Shelter Administrator" role is applied
Default Role on Missing Attribute
Given an IdP user does not present the "department" attribute When a default mapping rule is configured to assign the "Volunteer" role for missing department attributes Then the user is assigned the "Volunteer" role upon login
Bulk User Provisioning
Given a batch of 100 users is imported from an IdP with varying attributes When the import process runs with attribute-to-role mappings configured Then all 100 users receive the correct roles based on their attributes within two minutes and an import summary report is generated

SessionShield

Provides intelligent session management with configurable inactivity timeouts, immediate session revocation on demand, and real-time session monitoring to prevent unauthorized access and improve overall account security.

Requirements

Configurable Inactivity Timeout
"As an administrator, I want to set custom inactivity timeouts for user sessions so that idle sessions are automatically terminated to reduce unauthorized access risk."
Description

Allows administrators to define custom inactivity thresholds for user sessions, automatically logging users out after a specified period of no activity. Benefits include reduced risk of unauthorized access on unattended devices and compliance with security policies. The timeout value can be configured at the organization or user role level, with options to warn users before session expiration.

Acceptance Criteria
Org-Level Timeout Configuration
Given an administrator navigates to the global settings page When they set the inactivity timeout to 30 minutes Then all user sessions initiated thereafter expire after 30 minutes of inactivity and the value is persisted in the organization configuration
Role-Level Timeout Configuration
Given an administrator configures a 15-minute timeout for the 'volunteer' role When a volunteer user logs in and remains inactive for 15 minutes Then the volunteer user is automatically logged out, overriding the organization-level setting
User Inactivity Warning Notification
Given the inactivity timeout warning feature is enabled When a user has 2 minutes remaining before session expiration Then the system displays a modal warning with a countdown timer and an option to extend the session
Automatic Session Expiration
Given a user performs no actions within the configured timeout period When the inactivity threshold is reached Then the system ends the session, redirects the user to the login page, and displays a 'Session Expired' message
Timeout Persistence Across Extensions
Given a user extends their session via the warning prompt When they perform any activity after extension Then the inactivity timer resets and the session will expire based on the new activity timestamp
Immediate Session Revocation
"As a security officer, I want to revoke sessions immediately on demand so that compromised accounts can be locked out instantly."
Description

Provides the ability to immediately terminate any active user session on demand, revoking authentication tokens and preventing further access. This feature integrates with the platform’s session management API to ensure instant invalidation across all devices. It is critical for responding to suspected account compromise and enforcing security policies.

Acceptance Criteria
Administrator Initiates Immediate Session Revocation
Given an administrator selects a user in the admin dashboard, When they click the "Revoke Sessions" button, Then all active sessions for that user are invalidated within 2 seconds.
User Attempts Access After Revocation
Given a user's session tokens have been revoked, When the user makes a request to any protected endpoint, Then the system responds with a 401 Unauthorized error and prompts for reauthentication.
Concurrent Device Session Termination
Given a user is logged in on multiple devices, When the admin triggers session revocation, Then all sessions across all devices are terminated simultaneously within 2 seconds.
Audit Logging of Revocation Actions
Given an admin performs a session revocation, When the action completes, Then an immutable audit log entry is created recording the admin ID, target user ID, timestamp, and revocation outcome.
User Notification Upon Session Revocation
Given a user's sessions are revoked, When revocation is processed, Then the system sends an email and in-app notification to the user notifying them of the session termination.
Real-Time Session Monitoring Dashboard
"As an administrator, I want a real-time dashboard of active sessions so that I can monitor and investigate suspicious activity quickly."
Description

Delivers a centralized dashboard displaying all active sessions in real time, including user identifiers, device details, login timestamps, and geographic locations. Administrators can filter, search, and drill down into session details, enabling rapid identification and management of suspicious activity. The dashboard updates dynamically and integrates seamlessly with existing admin interfaces.

Acceptance Criteria
Filtering Active Sessions
Given the administrator is viewing the session monitoring dashboard When they apply a filter by geographic location Then only sessions from the selected regions are displayed within 2 seconds
Real-Time Auto-Refresh
Given the dashboard is open and there are active sessions occurring When a new session is initiated Then the session list automatically updates to include the new session without manual refresh
Session Detail Drill-Down
Given the administrator sees a session summary on the dashboard When they click on a session entry Then the system displays detailed information including device type, login timestamp, and location within 1 second
Search Sessions by User Identifier
Given the dashboard search field is available When the administrator enters a valid user ID and submits the search Then only sessions matching that user ID are returned within 2 seconds
Immediate Session Revocation
Given the administrator identifies a suspicious session When they click the revoke action for that session Then the session is terminated instantly and removed from the active sessions list
Multi-Factor Re-Authentication Prompt
"As a user performing sensitive actions, I want to be prompted for multi-factor authentication so that my account has an extra layer of security when it matters most."
Description

Prompts users to re-authenticate using multi-factor authentication when performing sensitive actions or after session timeout events. The system supports various MFA methods (SMS, email, authenticator apps) and ensures that elevated security checks are seamlessly integrated into the session flow without disrupting user experience.

Acceptance Criteria
MFA Prompt After Session Timeout
Given the user session has timed out due to 15 minutes of inactivity, When the user attempts a sensitive action (e.g., changing account settings), Then the system displays an MFA prompt requiring a valid one-time code within 2 minutes via the user’s configured MFA method.
On-Demand Session Revocation MFA Prompt
Given the user initiates session revocation from the security settings, When the user clicks ‘Revoke Sessions’, Then the system requests multi-factor re-authentication before processing the revocation.
Seamless MFA Experience
Given the user has a previously verified MFA method configured, When the MFA prompt appears, Then the challenge loads within 2 seconds and retains any unsaved form data upon successful authentication.
Fallback to Secondary MFA Method
Given the primary MFA delivery method fails (no code received within 30 seconds), When delivery fails twice in a row, Then the system automatically offers the user their next configured MFA method without restarting the session.
Real-Time MFA Prompt Logging
Given the system triggers an MFA prompt, When the prompt is rendered to the user, Then the event is logged in real time with timestamp, user ID, MFA method, and prompt outcome accessible via the admin monitoring dashboard.
Session Anomaly Detection Alerts
"As a security analyst, I want automated alerts for anomalous session behavior so that I can respond promptly to potential threats."
Description

Implements automated detection of anomalous session behavior by monitoring parameters such as multiple concurrent logins, unusual IP addresses, and rapid session creation rates. When anomalies are detected, the system generates alerts for administrators and optionally triggers session lockdowns. This enhances proactive security monitoring and threat response.

Acceptance Criteria
Multiple Concurrent Login Detection Scenario
Given a user has an active session from one IP address When the same account establishes a second session from a different IP within the configured time window Then the system generates and logs an anomaly alert for concurrent logins
Unrecognized IP Address Login Scenario
Given a login session is initiated from an IP address not previously associated with the user When the session is successfully created Then the system generates an anomaly alert including the new IP address and user identifier
Rapid Session Creation Spike Scenario
Given session creation events are monitored When the number of sessions for a single account exceeds the configured threshold within one minute Then the system logs an anomaly and notifies administrators of the rapid session spike
Automatic Session Lockdown Trigger Scenario
Given an anomaly detection exceeds the critical threshold set by policy When the system identifies the critical anomaly Then all active sessions for the affected user are revoked and re-authentication is required
Administrator Alert Notification Scenario
Given an anomaly alert is generated When the alert is created Then the system delivers notifications to administrators via email and dashboard within 30 seconds

Product Ideas

Innovative concepts that could enhance this product's value proposition.

ShiftSnap

Volunteer claims open shifts with a single tap and receives instant reminders, cutting scheduling gaps by 50%.

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PawMatch Radar

FetchFlow flags ideal pet-applicant fits using live profile scans, speeding adoption matches by 40%.

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Badge Bonanza

Volunteers earn vibrant custom badges for milestones, sparking friendly competition and doubling monthly engagement.

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FosterFlow Connect

Coordinates foster handoffs with automated status updates and hand-off checklists, smoothing transitions between shelters and homes.

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ShelterSync API

Offers plug-and-play endpoints to sync volunteer and pet data with external shelter systems in real time.

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SecureShield SSO

Enables unified login across FetchFlow and partner apps, streamlining access and boosting security with two-factor checks.

Idea

Press Coverage

Imagined press coverage for this groundbreaking product concept.

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FetchFlow Unveils All-in-One Platform to Revolutionize Animal Shelter Management

Imagined Press Article

Cityville, July 27, 2025 – Shelters nationwide face an all-too-familiar challenge: volunteer schedules scattered across spreadsheets, adoption matches delayed by manual processes, and coordinators overwhelmed by data tracking. Today, FetchFlow announces the launch of its comprehensive platform designed to transform daily operations at animal shelters and rescue organizations of every size. By consolidating volunteer scheduling, applicant matching, foster placement and engagement features into a single intuitive interface, FetchFlow empowers coordinators to reclaim hours each week, boost participation by volunteers, and accelerate pet adoptions for happier outcomes. “Our mission at FetchFlow is simple yet profound: restore order and joy to shelter operations so every animal finds a loving home faster,” said Emily Carter, Co-Founder and CEO of FetchFlow. “Coordinators deserve tools that adapt to their workflows, not additional complexity. With our platform, we’ve replaced spreadsheets, sticky notes and endless email threads with automated scheduling, instant match recommendations and gamified volunteer engagement—all accessible from any device.” Central to FetchFlow’s offering is an integrated volunteer scheduling module that replaces multiple spreadsheets with a single calendar view. Coordinators can publish open shifts in seconds, view volunteer preferences and availability, and automatically suggest candidates through SmartFill’s AI-driven analysis of attendance history. When a volunteer needs to swap a shift, SwapSnap’s one-tap feature instantly redistributes the slot to standby volunteers, ensuring continuous coverage without manual follow-up. Beyond scheduling, FetchFlow tackles the critical bottleneck in adoptions: matching pets to applicants. Adoption coordinators leverage the MatchMatrix Insights dashboard to evaluate compatibility across lifestyle factors, activity levels and home environments. PawPulse Alerts notify staff the moment a high-potential fit emerges, while Profile Harmony Scores rank top matches for quick prioritization. Together, these features reduce time-to-match by up to 40 percent, ensuring prospective adopters receive timely outreach and guidance. “Before FetchFlow, I spent half my day manually cross-referencing applicant forms with pet profiles,” explained Maria Gonzalez, Adoption Coordinator at Green Meadows Shelter. “Now, I see the best matches at a glance, complete with detailed compatibility drivers. I can reach out to adopters the same day, and we’ve seen a 30 percent increase in successful placements.” Volunteer engagement is equally crucial to shelter success. FetchFlow’s BadgeQuest and Leaderboard Glow features invite volunteers to unlock badges for milestones such as ‘First Five Shifts’ or ‘Adoption Champion.’ Animated Flair celebrates achievements with confetti effects on mobile devices, while Social Shoutout encourages volunteers to share accomplishments on social media. These gamification elements have driven a 25 percent uptick in monthly volunteer retention rates by fostering friendly competition and recognition. For shelters coordinating foster placements, the Handoff Timeline provides a visual step-by-step view of each handoff, ensuring tasks like health checks, paperwork and home introductions occur on schedule. DocumentVault secures all agreements and health records in one place, and GeoLink Check-In confirms when pets safely arrive in foster homes. Notifications via LiveStatus Alerts keep both coordinators and foster families informed at every milestone. System administrators and IT teams benefit from FetchFlow’s robust integration capabilities. StreamSync and BulkSync Scheduler enable real-time or scheduled data transfers with legacy systems, while SchemaBridge simplifies mapping between disparate data models. Secure authentication comes courtesy of AdaptiveVerify’s risk-based two-factor verification and RoleBridge Sync’s centralized role management. Comprehensive telemetry through MonitorMesh ensures administrators can track API performance and quickly address any issues. “Implementing a new system can be daunting, but FetchFlow’s SandboxEdge environment allowed our team to conduct safe, realistic testing before going live,” noted Taylor Nguyen, IT Manager at Sunrise Animal Rescue. “We were fully operational within two weeks, and the integration with our donor database was seamless.” FetchFlow is now available for shelters and rescue organizations across North America. New customers can sign up for a free 30-day trial, with tiered plans to accommodate shelters of all sizes. Early adopters will receive complimentary onboarding support, including live training webinars and dedicated customer success resources. About FetchFlow FetchFlow is an innovative animal shelter management platform built to simplify operations for coordinators, adoption staff and volunteers. Founded by shelter operations experts and technologists, FetchFlow streamlines scheduling, matching, foster placements and engagement through a unified, user-friendly interface. By automating manual tasks and delivering real-time insights, FetchFlow helps shelters focus on their mission: connecting animals with loving homes. Press Contact: Sarah Mitchell Director of Communications, FetchFlow press@fetchflow.org (555) 123-4567 www.fetchflow.org

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FetchFlow Introduces PawPulse Alerts and SmartFill AI to Accelerate Pet Adoptions

Imagined Press Article

Cityville, July 27, 2025 – Today, FetchFlow announces two groundbreaking features—PawPulse Alerts and SmartFill AI—designed to revolutionize how shelters identify top pet-applicant matches and fill open volunteer shifts. With these new capabilities, shelter coordinators and adoption teams can proactively connect pets with their ideal families while ensuring comprehensive coverage of essential daily operations. PawPulse Alerts delivers instant, customizable notifications the moment a high-potential match is identified. By continuously scanning live profiles and behavioral data, the system flags compatibility signals—such as energy level alignment, home environment preferences and care experience—to ring an alert for adoption staff. This proactive approach reduces the risk of missed connections and helps shelters contact prospective adopters within hours, not days. SmartFill AI streamlines volunteer coordination by analyzing attendance patterns, skill sets and personal preferences to suggest the best candidates for open or missed shifts. Coordinators no longer need to sift through long lists of volunteers; SmartFill presents ranked recommendations based on historical reliability and engagement metrics. The feature integrates seamlessly with SwapSnap, allowing volunteers to instantly swap or claim shifts with a tap, ensuring shelters remain staffed even amid last-minute changes. “Shelters operate in an environment of constant flux,” said David Lin, Chief Product Officer at FetchFlow. “Whether it’s a sudden influx of adoption applications or a volunteer calling out sick, our new features provide the real-time intelligence needed to respond swiftly. PawPulse Alerts ensure no adoption opportunity slips through the cracks, and SmartFill AI maintains continuity in volunteer coverage without adding to coordinators’ workload.” In beta testing, shelters leveraging PawPulse Alerts reported a 45 percent reduction in time-to-first-contact for high-priority applicants. Similarly, SmartFill AI helped shelters achieve a 30 percent improvement in shift fill rates during busy weekends and holidays. These enhancements not only improve operational efficiency but also elevate overall animal welfare by ensuring pets receive timely socialization and care. Shelter Director Olivia Bennett of Northern Hope Rescue shared her experience: 'Since enabling PawPulse Alerts, our adoption team has seen immediate benefits. We’re reaching out to qualified adopters within minutes, and our match acceptance rate has climbed. SmartFill AI has also been a game-changer—it automatically surfaces reliable volunteers for last-minute shifts, so our operations never skip a beat.' Both features leverage FetchFlow’s robust analytics engine and secure cloud infrastructure. PawPulse Alerts taps into the MatchMatrix Insights data model, dynamically recalibrating match parameters based on real-time feedback and post-adoption surveys. SmartFill AI employs machine learning algorithms that refine recommendations over time, adapting to volunteer behavior and preferences to deliver ever-improving accuracy. System security and privacy remain paramount. All data transmissions use end-to-end encryption, and administrators can configure role-based access controls to ensure sensitive information is only visible to authorized staff. AuditInsight Logs record every action taken within the platform, facilitating compliance with organizational policies and regulatory standards. To help shelters adopt these features efficiently, FetchFlow is offering complimentary training sessions and certification programs. Coordinators can participate in live workshops or access on-demand tutorials to fully harness PawPulse Alerts and SmartFill AI. Early adopters will also benefit from priority support and feature feedback channels, enabling them to influence future enhancements. Availability and Pricing PawPulse Alerts and SmartFill AI are available immediately to all FetchFlow customers as part of the Professional and Enterprise plans. Basic plan users can upgrade at a special launch rate and receive a 60-day discount on the professional tier. About FetchFlow FetchFlow empowers animal shelters and rescue organizations with powerful tools to streamline volunteer coordination, foster placements and adoption matching. Through its user-centric platform, FetchFlow replaces manual processes with data-driven automation, delivering measurable improvements in operational efficiency and animal welfare outcomes. Press Contact: Sarah Mitchell Director of Communications, FetchFlow press@fetchflow.org (555) 123-4567 www.fetchflow.org

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FetchFlow Partners with National Animal Welfare Coalition to Expand Volunteer Engagement

Imagined Press Article

Cityville, July 27, 2025 – FetchFlow today announces a strategic partnership with the National Animal Welfare Coalition (NAWC) to extend volunteer engagement and streamline resource sharing across hundreds of shelters nationwide. This collaboration aims to harmonize best practices, amplify volunteer recruitment and drive down administrative overhead through shared access to FetchFlow’s leading-edge management platform. Under the new agreement, NAWC member organizations will receive preferential access to FetchFlow’s full suite of features, including volunteer scheduling, foster management, adoption matching and engagement gamification. By centralizing volunteer data at a coalition level, shelters can segment and deploy volunteer talent efficiently, ensuring critical shifts and events are staffed with the right skill sets and experience levels. 'Partnering with FetchFlow aligns perfectly with our mission to empower shelters with innovative technology that enhances animal care and community involvement,' said Laura Simmons, Executive Director of the National Animal Welfare Coalition. 'Our shelters will now benefit from reduced administrative burdens, improved volunteer retention and data-driven insights to guide strategic growth.' Key benefits of the partnership include: • Coalition-Wide Volunteer Directory: A unified database enabling shelters to recruit across regions, fill unexpected vacancies and support emergency responses such as natural disaster rescue efforts. • Shared Training Modules: Access to FetchFlow’s onboarding and certification content for volunteers and coordinators, fostering a consistent experience and skill baseline across all NAWC members. • Real-Time Performance Dashboards: Coalition leadership can monitor aggregated metrics—shift fill rates, volunteer retention, adoption match times—to measure impact and allocate resources where they’re needed most. • Custom Badge Alliances: Shelters can form inter-organization volunteer teams to tackle coalition-wide challenges, earning exclusive badges and recognition for group achievements. Shelter Coordinator Hannah Roberts of Lakeside Animal Haven expressed enthusiasm about the new collaboration: 'Having access to a broader pool of volunteers through the NAWC directory means we can ramp up coverage during peak seasons without scrambling for help. The ability to invite experienced volunteers from sister shelters has already reduced no-show rates and improved overall morale.' FetchFlow will host a series of regional webinars and workshops in August and September to onboard NAWC members, featuring deep dives into advanced scheduling workflows, foster handoff best practices and volunteer engagement strategies. Coalition members will also receive priority support from FetchFlow’s dedicated NAWC success team, ensuring swift resolution of any technical or operational questions. 'Our partnership with the NAWC underscores FetchFlow’s commitment to collaboration and ecosystem-building,' said Emily Carter, Co-Founder and CEO of FetchFlow. 'By bringing shelters together under one platform, we’re fostering shared innovation, stronger volunteer networks and ultimately better outcomes for animals in need.' About FetchFlow FetchFlow is a comprehensive shelter management platform that automates volunteer coordination, foster management and adoption matching through intuitive tools and data-driven insights. Trusted by shelters and rescues across North America, FetchFlow helps organizations increase efficiency, boost engagement and accelerate pet adoptions. About National Animal Welfare Coalition The National Animal Welfare Coalition is a nonprofit alliance of more than 500 animal welfare organizations dedicated to advancing best practices, fostering collaboration and empowering shelters with resources for excellence in animal care and community outreach. Press Contact: Sarah Mitchell Director of Communications, FetchFlow press@fetchflow.org (555) 123-4567 www.fetchflow.org

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