Letta Code memory-profile verification

Type: agentic-system-analyses/types/agentic-system-verification.md

Verification

I checked all ten axes of the handed profile against the handed runtime, memory, epistemic and workflow accounts and the supplied reconciliation. No refusal or correction argument was supplied. The judgment concerns classification support and coverage, not source execution, memory accuracy or improvement.

The scope is retained local memory and its access, admission, maintenance and later-consumer mechanisms, with hosted alternatives kept unresolved. Static bundled guidance, provider inference weights, package replacement and the separate executable mod builder do not silently supply memory values. These exclusions agree with the memory account and the distinct change routes in RT-RTE-extension-load, RT-RTE-package-update and EPI-RTE-mod-selection. The selected non-memory delegation workflow does not establish additional memory classifications.

• Storage substrate: Files and repositories are supported for local MemFS and attached skill parts by MEM-OBJ-core-memory, MEM-OBJ-deferred-memory and MEM-OBJ-agent-skills. Files and resident caches are separately supported for transcript/summary state by RT-OBJ-local-transcript and MEM-OBJ-compaction-summary. The policy/arena unit's repository finding is expressly limited to tracked policy, not the choice log. Opaque hosted storage remains unresolved in MEM-OBJ-hosted-memory.
• Representational form: Prose at model consumers is separated from paths, policy, IDs and checkpoints at fixed program consumers. MEM-RTE-core-projection, MEM-RTE-skill-loading and MEM-BAP-reflection-progress support those consumption distinctions. Unknown executable skill resources and hosted payloads are not classified from their readable descriptions. No parametric finding is inferred from the presence of an inference model.
• Lineage: Ordinary model edits, imported backup/history and transcript-derived output have distinct derivation warrants in MEM-RTE-memory-admission, EPI-RTE-memory-restore, MEM-RTE-repository-sync, MEM-RTE-transcript-compaction and MEM-RTE-reflection-integration. Known subsequent paths do not resolve initial authorship or external embedding provenance.
• Behavioral authority: Knowledge and instruction findings name factual context versus standing preferences/procedures at later models. Learning names traces at update consumers, not improved capacity. Ranking names retained text at the search selector. Validation and enforcement name policy at hook-covered admission; routing names successful-progress state and attachment eligibility at their selectors. These effects are supported by MEM-BAP-memory-context, MEM-RTE-transcript-compaction, MEM-RTE-transcript-search, EPI-RTE-commit-admission, MEM-BAP-reflection-progress and MEM-RTE-repository-sync. Neither delivery nor a policy veto is generalized to model obedience or universal enforcement.
• Write agency: Software summary retention and mechanical or agent-mediated reflection integration support automatic admission. The human-facing arena branch supports manual selection only at afforded strength. Generic caller identity, restore force and policy authorization flags remain unresolved rather than becoming proof of human approval. See EPI-RTE-summary-retention, MEM-RTE-reflection-integration, MEM-RTE-arena-selection and MEM-RTE-memory-admission.
• Curation operations: Compaction supports wired consolidation of retained history into reduced active context. Semantic fidelity remains independently unestablished. Reflection consolidation, evolution and duplicate handling are classified at claimed strength, preserving the requested-versus-performed distinction in EPI-RTE-reflection-guidance. Root archival placement does not warrant effective decay or invalidation, as MEM-CLM-archive-projection explains. No new-claim synthesis is inferred merely from generalization guidance.
• Read-back direction: Automatic core/history supply, skill advertisement and maintenance selection are push operations; requested Memory, Skill and search returns are pull. Queued skill-body transport fulfills a request rather than adding an unsolicited push. RT-RTE-foreground-turn, MEM-RTE-core-projection, MEM-RTE-deferred-read, MEM-RTE-skill-loading and MEM-RTE-reflection-integration support the operational split.
• Read-back signal: Layout/eligibility selection is coarse; automatic history selection matches the chosen agent/conversation, and reflection progress IDs locate the subsequent slice. The latter identifiers select delivered retained content rather than merely naming a requested file. Triggers, inputs and selected parts are stated. Pull search terms are not mislabeled lexical push; incomplete multi-conversation selection and external selectors remain unresolved. See RT-RTE-foreground-turn, MEM-RTE-core-projection, MEM-RTE-skill-loading and MEM-BAP-reflection-progress.
• Trace learning: Compaction and reflection each wire automatic trace-fed production to durable output and a later context/procedure consumer. They therefore support local wired yes findings under this axis's definition without requiring observed benefit, new knowledge or parameter updates. MEM-RTE-transcript-compaction and MEM-RTE-reflection-integration supply these chains. No unsupported no or inapplicable alternative is emitted.
• Trace source: Recorded conversational turns and tool activity support session-log and tool-trace findings separately on both qualifying writes. MEM-RTE-transcript-compaction and MEM-OBJ-reflection-payload establish the original inputs. Trigger labels, manifest serialization and linked message IDs alone do not establish event-stream or trajectory inputs.

Reconciliation's summary-object, projection, fetch and arena-route supersessions are respected. The profile cites their memory-side canonical records while retaining the distinct epistemic generation, retention, guidance and merge functions. Identity resolution does not upgrade their evidence strength or settle semantic fidelity.

Some units group local objects or operations with the same classified coverage. Their finding notes still identify the supporting part, consumer or mechanism; the grouping does not assign a repository substrate to arena logs, instruction authority to every fact, or human control to generic callers. Each axis remains partial, with initial-content control, dynamic resources, repair/replay/migration details, feedback consumers or hosted alternatives expressly unresolved. These uncertainties already travel with the extracted profile values. I found no unsupported emitted value, false complete-coverage assessment or material omission changing the bounded comparison findings.

No source files were read and no quotations or records were added. The supplied records and retained passages were sufficient for this judgment; deterministic content validation is a separate form check, not evidence of semantic support.

Blockers

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Limits

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