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Current Architecture State

Latest State

Showing latest version: current-architecture-state (2026-10-03)

Current Architecture State

Executive Summary

The ea4all-automation project is currently in a foundational baseline discovery phase. Empirical discovery demonstrates 100% evidence coverage for existing repository assets, supported by active Specification-Driven Development (SDD) CI validation controls. However, governance maturity is nascent: the project currently operates without local Architecture Decision Records (ADRs) or an authoritative capability inventory (inventory.yaml), relying entirely on inherited global CAS standards. Structurally, the codebase remains a monolithic Python entrypoint awaiting decomposition into the intake, classification, and synthesis stages defined in the target architecture intent.

Architecture Evolution Summary

The project has evolved from an uncharacterized codebase into a forensically baselined system with explicit architectural intent and formal alignment reporting. Initial architecture work candidates have been derived to transition the project from passive reliance on global platform governance to active local governance scaffolding and modular decomposition.

Architecture Evolution

The architecture is transitioning from an empirical monolith ('ea4all-automation-main-comp') toward a composable, lightweight operating pipeline. Trajectory is currently gated by governance prerequisites: establishing local ADR persistence and a localized capability inventory must precede substantive modularization.

Capability Landscape

Discovered capabilities encompass: - CI SDD Enforcement: Operational (High Confidence) - Forensic Codebase Discovery: Operational (High Confidence) - Local Runtime Capability Inventory: Absent (High Confidence) - Local Architecture Decision Scaffolding: Absent (High Confidence) - Modular Ingestion, Classification, & Synthesis Pipeline: Emerging / Proposed (Medium Confidence)

Capability Dependencies

The execution of downstream pipeline decomposition depends strictly upon the instantiation of local ADRs (governing module interface boundaries) and the creation of inventory.yaml (providing deterministic tracking of runtime entrypoints per ADR-038).

Initiative Landscape

Two key initiatives are active in the proposed phase: 1. 'Baseline Discovery': Encompasses inventory generation (aw-discovery-ea4all-automation-1) and core workflow boundary decomposition (aw-discovery-ea4all-automation-3). 2. 'Governance Foundation': Focuses on establishing the local ADR framework and decision scaffolding (aw-discovery-ea4all-automation-2).

Governance State

Governance readiness is assessed as 'needs_work'. While operational context rules (CLAUDE.md, GEMINI.md) and CI workflows (cas-validate-sdd.yml) strictly enforce SDD specifications and testing standards, zero project-specific ADRs exist. Relying exclusively on inherited global CAS ADRs creates an alignment gap against the single-source-of-truth governance rule (ALIGN-001).

Architecture State

The system represents an Architecture Operating and Delivery Platform. Its observed structure consists of a single Python container ('ea4all-automation-core') with an entrypoint rooted in 'src/'. Architectural intent specifies a lightweight, three-stage composable architecture decoupling evidence intake, classification, and structured narrative synthesis.

Intelligence State

Intelligence capabilities remain in the conceptual design phase. The target vision specifies AI-assisted reasoning for evidence extraction, thematic synthesis, and pattern identification with mandatory human review guardrails. No autonomous runtime intelligence components are currently deployed in code.

Operational State

Operational tooling is structured around GitHub Actions CI enforcement (.github/workflows/cas-validate-sdd.yml) and automated pytest validation. Code modification protocols enforce surgical edits and specification compliance.

Architecture State Metrics

Total Architecture Work Items: 3 (2 High Priority, 1 Medium Priority); Total Alignment Findings: 3 (2 High, 1 Medium, 0 Critical); Empirical Evidence Coverage: 100%; Project ADR Count: 0; Inherited Global ADRs: 14; Active Containers: 1; Discovered Components: 1.

Strategic Gaps

  1. Local Governance Gap: Absence of local ADR repository prevents formal recording of project boundary trade-offs.
  2. Capability Traceability Gap: Non-compliance with ADR-038 due to missing inventory.yaml baseline.
  3. Structural Modularization Gap: Codebase implementation remains monolithic relative to the envisioned multi-stage pipeline.

Observed State

Observed empirical assets include Python source tree 'src/', agent operational instructions (CLAUDE.md, GEMINI.md), SDD CI workflow (ctrl-cas-validate-sdd), and global CAS governance decision references.

Interpreted State

The project exhibits high technical hygiene and clarity of intent, but suffers from governance debt at the local project boundary. Addressing the high-priority governance work items will unlock parallel development of modular pipeline components.

Hypothesised State

Once local ADR scaffolding and inventory tracking are established, decomposing 'ea4all-automation-main-comp' into discrete submodules will proceed with minimal regression risk under existing SDD CI guardrails.

Confidence Assessment

Confidence is High (0.85). Conclusions are directly corroborated by empirical forensic assessment, alignment report findings, explicit vision documentation, and active architecture work items.

Evidence Sources

Derived from baseline-assessment-ea4all-automation-2026-10-03, alignment-report-ea4all-automation-2026-10-03-1, aid-ea4all-automation-2026-10-03-v1, ea4all-automation-vision.md, and architecture work items aw-discovery-ea4all-automation-1 through 3.

Major Findings

Absence of Local Architecture Decision Records

  • Confidence: HIGH
  • Evidence: alignment-report-ea4all-automation-2026-10-03-1, baseline-assessment-ea4all-automation-2026-10-03
  • Rationale: Items marked ready for execution lack project-scoped ADRs, relying entirely on inherited global CAS records in violation of the single-source-of-truth principle.

Missing Runtime Capability Inventory Baseline

  • Confidence: HIGH
  • Evidence: alignment-report-ea4all-automation-2026-10-03-1, adr-038
  • Rationale: ADR-038 mandates inventory.yaml for capability delta tracking, which is currently absent from the project root.

Core Component Architectural Monolith

  • Confidence: MEDIUM
  • Evidence: baseline-assessment-ea4all-automation-2026-10-03, aid-ea4all-automation-2026-10-03-v1
  • Rationale: The discovered codebase is centralized in 'ea4all-automation-main-comp', conflicting with the multi-stage intake/classification/synthesis pipeline envisioned in the architecture intent.