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Alignment Summary

overall_status: partially_aligned critical_issues: 0 high_issues: 3 medium_issues: 1 low_issues: 0

Alignment Findings

  • [HIGH] The project currently relies entirely on inherited global CAS ADRs, with zero project-specific architectural decision records. This contradicts the strategic intent for project-isolated governance and local decision persistence.
  • Recommendation: Establish and populate a project-specific ADR framework to capture local workflow orchestration and evidence intake decisions.
  • [HIGH] The system lacks an authoritative inventory of currently implemented Python modules and entrypoints. While ADR-038 has been accepted, the inventory.yaml has not yet been initialized, leaving the runtime state undocumented.
  • Recommendation: Initialize inventory.yaml deterministically via git diff and establish incremental update mechanisms as defined in ADR-038.
  • [HIGH] The core workflow remains a single monolithic component ('ea4all-automation-main-comp'), failing to decompose into discrete intake, classification, and structured synthesis modules as mandated by the vision architecture blueprint.
  • Recommendation: Decompose the monolithic core workflow into distinct modules aligned with the Spec-Kit governance skills and vision blueprint.
  • [MEDIUM] While ADR-067 (Target Project Evidence Isolation) and ADR-075 (Architecture State Forensic Diagnostic) are accepted, their implementation into the project's operational governance pipeline is still in the READY state, leaving evidence intake workflows unenforced.
  • Recommendation: Accelerate implementation of evidence isolation and forensic diagnostic gates to align operational governance with accepted ADRs.

Architecture Work Derived

  • [HIGH] Establish Project-Specific Architecture Decision Record Framework to capture local architectural decisions and evidence intake boundaries.
  • [HIGH] Initialize Project Runtime Capability Inventory (inventory.yaml) and establish deterministic extraction workflows.
  • [MEDIUM] Refine Component Boundary Decomposition for Core Workflow by splitting monolithic component into intake, classification, and structured synthesis modules.