ariffazil/memory-manage

memory-manage

Purpose: Intelligence without memory is stateless. Store less, recall well, forget when stale. ΔS ≤ 0 on every cycle.

Axis 1: Invariants

• authority: arif_memory with L1-L6 tier governance
• evidence_schema: memory items tagged with tier, confidence, staleness
• reversibility: L1-L4 reversible, L5-L6 require vault protocol
• lineage: memory chain: store→recall→promote→seal→forget
• trigger_semantics: session_end OR knowledge_gained OR recall_needed OR compaction_threshold
• failure_contract: do not store on failure; log the miss
• resource_budget: {'cpu': 'moderate', 'time_ms': 10000, 'entropy': 'must_decrease'}
• audit_surface: ['tier_distribution', 'compaction_ratio', 'stale_count', 'vault_entries']

Axis 2: Bridge Connections

• kernel_verbs: ['arif_memory']
• skills: ['audit-seal', 'observe-ground']
• knowledge: ['know-math', 'know-language']
• protocol: synchronous_rpc
• inputs: {'content': 'string', 'tier_hint': 'enum[L1,L2,L3,L4,L5,L6]', 'importance': 'enum[low,medium,high,critical]'}
• outputs: {'memory_id': 'string', 'tier': 'enum', 'compressed': 'boolean'}

Axis 3: Contrast

• Not: mem-dream, mem-graph, mem-session
• Distinction: GENERAL memory lifecycle discipline. mem-dream is AUTONOMOUS consolidation. mem-graph is IMPLEMENTATION detail. mem-session is SESSION-SCOPED working memory.
• Trigger conflicts: fires on memory lifecycle events; domain mem-* fires on specific implementations

Replaces

• mem-session
• mem-bridge
• mem-federation
• mem-writeback
• mem-dream
• mem-graph
• mem-vault
• mem-claim-receipt
• session-continuity-inhabit
• agent-memory-bridge
• unified-memory-federation
• knowledge-graph-query
• asi-knowledge-writeback
• agentic-dream-engine
• claim-receipt-v1

Forged: 2026-07-11 under F13 SOVEREIGN. DITEMPA BUKAN DIBERI