14KB
stepsCompleted:
- step-01-document-discovery
- step-02-prd-analysis
- step-03-epic-coverage-validation
- step-04-ux-alignment
- step-05-epic-quality-review
- step-06-final-assessment assessmentDate: “2026-05-05” project: “Brians Client Route Reports App” documentsSelected: prd: “_bmad-output/planning-artifacts/prd.md” architecture: “_bmad-output/planning-artifacts/architecture.md” epics: “_bmad-output/planning-artifacts/epics.md” ux: “_bmad-output/planning-artifacts/ux-design-specification.md”
Implementation Readiness Assessment Report
Date: 2026-05-05 Project: Brians Client Route Reports App
Step 1 - Document Discovery
PRD Files Found
Whole Documents:
prd.md(24,991 bytes, modified 2026-05-05 11:49 AM)
Sharded Documents:
- None found
Architecture Files Found
Whole Documents:
architecture.md(10,594 bytes, modified 2026-05-05 11:51 AM)
Sharded Documents:
- None found
Epics & Stories Files Found
Whole Documents:
epics.md(78,726 bytes, modified 2026-05-05 11:51 AM)
Sharded Documents:
- None found
UX Design Files Found
Whole Documents:
ux-design-specification.md(37,892 bytes, modified 2026-05-05 11:51 AM)
Sharded Documents:
- None found
Issues Found
- No duplicate whole/sharded document conflicts found.
- No missing required core planning documents found.
Document Set Confirmation
Proceeding with the four whole documents listed above as the authoritative assessment set.
Step 2 - PRD Analysis
Functional Requirements
FR1: Client services staff can create and maintain municipality account profiles linked to existing jurisdiction identifiers.
FR2: Client services staff can store and update municipality operational mailing and delivery addresses for election services.
FR3: Client services staff can manage municipality service-contact records, including primary and secondary contacts.
FR4: Client services staff can view municipality-specific service defaults from prior election cycles.
FR5: Client services staff can create a new election-cycle job for a municipality without altering legacy Access tables.
FR6: Client services staff can define election-cycle key dates for data files, proofing, pickups, deliveries, and mail activities.
FR7: Client services staff can copy configurable planning defaults from the municipality's prior election-cycle job.
FR8: Operations users can mark required planning fields complete and see readiness status for each election-cycle job.
FR9: Client services staff can configure addressing service for an election-cycle job, including quantities and dependency fields.
FR10: Client services staff can configure envelope service options including purple and blue envelope scenarios.
FR11: Client services staff can configure office-copy requirements and related production details.
FR12: Client services staff can configure sorting service options including quantity, class, permit/meter, and daily-sort flags.
FR13: Users can record transportation-relevant service events tied to configured services.
FR14: Operations users can schedule and update milestone dates for all configured service events.
FR15: Operations users can view milestone timelines by municipality and by date across active election-cycle jobs.
FR16: Operations users can detect missing or conflicting required milestones before execution cutoffs.
FR17: Operations users can reassign milestone ownership and due dates across teams.
FR18: Production users can update job status at defined process checkpoints.
FR19: Support and operations users can log exceptions, blockers, and resolution notes against an election-cycle job.
FR20: Users can record status transitions with timestamped history for key operational events.
FR21: Users can view current and historical process state for a municipality's election-cycle jobs.
FR22: Users can generate a transportation report grouped by date and sorted by county and municipality context.
FR23: Users can generate a sorting report by municipality for all jobs with sorting enabled.
FR24: Users can generate a sorting report by mail date for all jobs with sorting enabled.
FR25: Users can export operational reports for downstream consumption in spreadsheet-compatible formats.
FR26: Users can filter reports by date ranges, municipality, county, and service-status criteria.
FR27: Administrators can manage user roles and permissions for client services, production, transportation, support, and admin functions.
FR28: Administrators can manage extension-layer reference values used by planning and status workflows.
FR29: Administrators can define required-field rules for election-cycle readiness checks.
FR30: Administrators can configure notification/escalation rules for missed or at-risk milestones.
FR31: System users can link extension records to existing legacy identifiers (ID, JCode/JurisCode, KitID) for unified workflows.
FR32: Administrators can run compatibility validation checks that confirm legacy-table schemas remain unchanged.
FR33: Support users can trace report values back to source records across legacy and extension datasets.
FR34: Authorized users can correct extension-layer data issues without direct edits to immutable legacy tables.
FR35: Authorized operations users can import election-cycle operational schedule data from approved spreadsheet templates, map rows to legacy-linked municipality identifiers, and stage changes for review before publish.
FR36: Authorized users can manage proofing/contact workflow status (Proof Sent, Proof Approved, contact assignments) with full audit history and role-based visibility.
Total FRs: 36
Non-Functional Requirements
NFR1: 95% of authenticated page loads for core workflows complete in 2 seconds or less under normal operating load.
NFR2: 95% of create/update operations for election-cycle records complete with user confirmation in 1 second or less.
NFR3: Transportation and sorting report generation completes in 30 seconds or less for standard daily/weekly filters.
NFR4: 100% of application traffic is encrypted in transit using TLS 1.2+ and verified by quarterly transport-security scans.
NFR5: 100% of sensitive stored operational data is encrypted at rest with platform-managed AES-256 controls, verified by monthly configuration audits.
NFR6: 100% of privileged operations enforce role-based authorization checks, and unauthorized requests are blocked and logged.
NFR7: Security-relevant actions (authentication events and permission-sensitive updates) are logged within 5 seconds and retained for at least 365 days.
NFR8: The system supports at least 10x growth in active election-cycle job volume without requiring legacy schema changes.
NFR9: The system supports at least 150 concurrent operational users with p95 response time under 2 seconds and error rate under 1% during peak-period load testing.
NFR10: MVP screens for forms, tables, and reports meet WCAG 2.1 AA-aligned criteria relevant to keyboard access, labeling, contrast, and focus visibility.
NFR11: 100% of critical workflows are operable by keyboard-only interaction and validated against an accessibility test checklist in each release.
NFR12: Legacy Access tables are treated as immutable dependencies, and release gates fail on any unauthorized schema delta against the approved baseline.
NFR13: Extension-table joins to legacy identifiers maintain at least 99.9% referential consistency, verified by nightly integrity checks and pre-release validation runs.
NFR14: Exported report datasets preserve required field parity for existing operational consumers.
NFR15: Planned system availability target is 99.5% monthly during operational hours.
NFR16: Every key milestone/status update is stored with audit history sufficient for operational reconstruction.
NFR17: Recovery procedures ensure no committed extension-record updates are lost for the previous 24 hours of operations.
NFR18: 100% of imported spreadsheet rows store provenance metadata (source file identifier, row reference, import timestamp, importing user).
NFR19: Import validation detects join-key mismatches and required-field gaps before publish, with deterministic error output and zero silent row drops.
Total NFRs: 19
Additional Requirements
- Immutable legacy-schema policy for Access tables.
- Join-key integrity across
ID,JCode/JurisCode, andKitID. - Spreadsheet-compatible import/export integration with operational tooling.
- Govtech compliance intent: accessibility, security, auditability, and data residency/procurement evidence constraints.
PRD Completeness Assessment
- PRD contains a complete and explicit FR/NFR set including the newly approved spreadsheet-source scope.
- Requirements are sufficiently concrete for coverage validation in epics/stories.
- Readiness risk remains around implementation detail quality, not requirement discovery completeness.
Step 3 - Epic Coverage Validation
Coverage Matrix
| FR | Epic Coverage | Status |
|---|---|---|
| FR1 | Epic 1 / Story 1.10 | Covered |
| FR2 | Epic 1 / Story 1.11 | Covered |
| FR3 | Epic 1 / Story 1.12 | Covered |
| FR4 | Epic 1 / Story 1.13 | Covered |
| FR5 | Epic 2 / Story 2.2 | Covered |
| FR6 | Epic 2 / Story 2.3 | Covered |
| FR7 | Epic 2 / Story 2.4 | Covered |
| FR8 | Epic 2 / Story 2.5 | Covered |
| FR9 | Epic 3 / Story 3.1 | Covered |
| FR10 | Epic 3 / Story 3.2 | Covered |
| FR11 | Epic 3 / Story 3.3 | Covered |
| FR12 | Epic 3 / Story 3.4 | Covered |
| FR13 | Epic 3 / Story 3.5 | Covered |
| FR14 | Epic 4 / Story 4.1 | Covered |
| FR15 | Epic 4 / Story 4.2 | Covered |
| FR16 | Epic 4 / Story 4.3 | Covered |
| FR17 | Epic 4 / Story 4.4 | Covered |
| FR18 | Epic 5 / Story 5.1 | Covered |
| FR19 | Epic 5 / Story 5.2 | Covered |
| FR20 | Epic 5 / Story 5.4 | Covered |
| FR21 | Epic 5 / Story 5.5 | Covered |
| FR22 | Epic 5 / Story 5.6 | Covered |
| FR23 | Epic 6 / Story 6.1 | Covered |
| FR24 | Epic 6 / Story 6.2 | Covered |
| FR25 | Epic 6 / Story 6.3 | Covered |
| FR26 | Epic 6 / Story 6.3 | Covered |
| FR27 | Epic 1 / Story 1.4 + 1.9 | Covered |
| FR28 | Epic 1 seed + Epic 6 / Story 6.6 | Covered |
| FR29 | Epic 1 seed + Epic 6 / Story 6.6 | Covered |
| FR30 | Epic 1 seed + Epic 6 / Story 6.6 | Covered |
| FR31 | Epic 1 / Story 1.8 | Covered |
| FR32 | Epic 1 / Story 1.7 | Covered |
| FR33 | Epic 6 / Story 6.4 | Covered |
| FR34 | Epic 6 / Story 6.5 | Covered |
| FR35 | Epic 2 / Story 2.6 | Covered (new) |
| FR36 | Epic 3 / Story 3.2 acceptance additions | Covered (new) |
Missing Requirements
- No uncovered FRs found.
- Traceability note: the epics FR coverage map block currently lists FR1-FR34 only; FR35-FR36 are implemented in stories but should be added to the formal mapping section for consistency.
Coverage Statistics
- Total PRD FRs: 36
- FRs covered in epics/stories: 36
- Coverage percentage: 100%
Step 4 - UX Alignment Assessment
UX Document Status
- Found:
_bmad-output/planning-artifacts/ux-design-specification.md
Alignment Issues
- FR35/FR36 are now represented in UX addendum flows, but the original UX body still assumes pre-import workflow; import/reconciliation is currently captured as addendum rather than integrated into core journey sections.
Confirmed Alignments
- PRD deterministic reporting and traceability goals align with UX components (
DispatchRunBuilder,ProvenanceTimelinePanel) and architecture parity/reconciliation controls. - Performance-sensitive dense operations model is consistently reflected across PRD, UX, and architecture.
- New source integration is aligned across all three artifacts via approved addendums (import workflow, provenance, reconciliation queue).
Warnings
- Low warning: merge addendum updates into base UX journey sections in a future documentation cleanup pass for clarity.
Step 5 - Epic Quality Review
Epic Structure Validation
- User-value orientation: Pass
- Epics are framed around coordinator, production, transportation, support, and admin outcomes.
- Epic independence: Pass with minor concerns
- Sequence is generally valid (Epic 1 foundation, then operational workflows).
- No blocking dependency found where an epic requires a future epic to be functional.
Story Quality Assessment
- Story sizing: Generally appropriate for implementation units.
- Acceptance criteria quality: Mostly strong BDD-style
Given/When/Thenwith testable outcomes. - Dependency direction: No hard forward dependencies detected; reused components mostly reference prior stories.
Special Implementation Checks
- Starter template requirement: Pass
- Epic 1 Story 1.1 includes explicit scaffold and starter commands.
- Brownfield indicators: Pass
- Legacy immutability, compatibility checks, and identifier-linking stories are present.
Findings by Severity
Critical
- None found.
Major
- None found.
Minor
- Documentation cohesion:
- Newly added source-integration changes are captured, but some are in addendum-style sections rather than integrated into original epic narrative blocks.
- Recommendation: fold addendum content into base sections during next documentation maintenance pass.
Best-Practices Compliance Checklist
- Epic delivers user value
- Epic can function independently
- Stories appropriately sized
- No forward dependencies that block delivery
- Data model creation aligned to need timing
- Clear acceptance criteria
- Traceability to FRs maintained
Summary and Recommendations
Overall Readiness Status
READY
Critical Issues Requiring Immediate Action
- No critical or major blockers remain.
Recommended Next Steps
- Keep Story 2.6 and Story 6.8 implementation near the front of backlog execution to reduce source-data risk early.
- Integrate addendum details back into base UX narrative sections during routine documentation maintenance.
- Proceed to sprint planning/implementation sequencing.
Final Note
This assessment identified no remaining critical or major issues after approved corrections, with one minor documentation-cohesion recommendation.
Assessor: Codex (AI pair agent)
Assessment Date: 2026-05-05