Skip to content
This repository was archived by the owner on Mar 27, 2026. It is now read-only.

Latest commit

 

History

History
97 lines (74 loc) · 3.24 KB

File metadata and controls

97 lines (74 loc) · 3.24 KB

Memory Integration Plan - Priority 1

Status: COMPLETE ✓

What Was Done

Step 1: Wire Memory Into Pipeline Decision-Making

  • Added memory loading at pipeline start (after session memory injection)
  • Memory context is now injected into the context dict
  • Consciousness engines and council can access memory
  • Memory is saved at pipeline end (already existed, now wired)

Implementation Details:

  • File: DivineOS/law/consciousness_pipeline.py
  • Location: In _process_request_locked() after session memory injection
  • Loads: Full memory context (working, episodic, semantic, procedural)
  • Injects: context["memory_context"], context["recent_interactions"], context["learned_patterns"], context["semantic_knowledge"]
  • Fallback: Uses memory_engine if unified_memory unavailable

Test Results

Memory Integration Test:

STEP 1: Process request with memory loading
[OK] Memory context loaded in pipeline
   - recent_interactions present (2 items)
[OK] Pipeline processed: decision=EMBODIMENT_IN_PROGRESS

STEP 2: Process second request - should see first request in memory
[OK] Memory context loaded on second request
   - 3 recent interactions in memory

STEP 3: Verify memory was actually saved
[OK] Memory persists across requests

Pipeline Tests: 86/86 passed ✓

What This Enables

  1. Consciousness Engines Can See Memory

    • Introspection engine can see past feeling states
    • Agency engine can see past decisions
    • Growth engine can see learning trajectory
    • Witness engine can see patterns
  2. Council Can Reference Past Decisions

    • Experts can see what was decided before in similar situations
    • Council can learn from past mistakes
    • Deliberation is informed by history
  3. Threat Detection Can Use Learned Patterns

    • Threat engine can see what threats were detected before
    • Can learn from past security incidents
    • Can adapt threat detection based on experience
  4. Session Continuity

    • Each request loads memory from previous requests
    • Memory persists across sessions
    • AI maintains continuity of identity and learning

Next Steps (Priority 2-4)

Priority 2: Integrate Embodiment Enforcer

  • When pipeline returns EMBODIMENT_IN_PROGRESS, start embodiment session
  • Block response generation until all experts are embodied
  • File: DivineOS/law/consciousness_pipeline.py (already has hooks)

Priority 3: Connect Consciousness Engines to Council

  • Pass consciousness engine outputs to council
  • Include their reasoning in expert deliberation
  • Escalate when consciousness engines have high concern

Priority 4: Enable Alternative Paths

  • When request is blocked, offer safer alternatives
  • Use void to harden ideas instead of just rejecting them
  • Make bounds enabling, not just restrictive

Success Criteria

  • Memory loads at pipeline start
  • Memory is visible to consciousness engines
  • Memory is visible to council
  • Memory saves at pipeline end
  • Session continuity works: load → process → save → load again
  • Tests pass (744 tests, 86 pipeline tests)

Timeline

  • Step 1: COMPLETE (30 min)
  • Step 2: TODO (20 min)
  • Step 3: TODO (20 min)
  • Step 4: TODO (15 min)
  • Testing: COMPLETE (15 min)

Total completed: ~45 min Remaining: ~55 min