Agents need durable memory without becoming reckless.
A persistence layer for source trails, rollback memory, lineage, trust decay, correction flow, cross-agent handoff, and privacy boundaries.
Every TheoB pathway can move through Past, Present, and Future without losing context.
Read current signals, conditions, and live context.
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Memory is power. Unchecked memory is a haunted filing cabinet.
Agent Memory Persistence Layer gives TheoB durable operational memory across agents, signals, approvals, recoveries, and evolution decisions — while preserving source trails, rollback paths, trust decay, correction rights, and privacy boundaries.
Preserve important agent decisions, observations, handoffs, approvals, denials, and recovery notes.
Attach memory to sources, routes, files, events, signals, and human approvals wherever possible.
Keep prior states, reversibility notes, failed attempts, and restore paths.
Record which agent, layer, signal, or human decision produced a memory entry.
Let memory confidence weaken when stale, contradicted, unreviewed, or unsupported.
Allow memory to be corrected, superseded, retired, or escalated for human review.
Let approved agents inherit context without inheriting unlimited authority.
Protect secrets, private data, sensitive user context, and legal/health information from unsafe persistence.
Persistent memory should create continuity, not uncontrolled accumulation.
Agent memory must be useful, source-linked, reversible, and reviewable.
Agents should not remember secrets or sensitive data without explicit purpose and protection.
Memory confidence should decay when evidence becomes stale or contradicted.
Every important memory should have origin, scope, owner, and correction path.
Cross-agent memory should transfer context, not unchecked authority.
Persistence should make TheoB wiser, not creepier.