IsaacCLupus_mnemosyn_spec profile verification

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

Verification

The handed memory profile supports publication as a partial comparison inventory. I checked all ten axes, their unit scopes, positive findings, evidence bases and unresolved alternatives against the handed records and annotations. I resolved the three superseded identities through the supplied reconciliation. Its identity connections do not upgrade the underlying findings. No source reads, new quotations or new records were needed. This judgment concerns classification support, not independently observed operation or a repeated structural check.

Retained objects, form and provenance

• Storage substrate: The wired files and conditional Git history follow RT-RTE-vault-publish and MEM-OBJ-unified-vault. Claimed filesystem/SQLite page storage, conversation and profile rows, metadata and governance remain distinct from the proposed RAM graph and exported files: MEM-OBJ-vault-pages, MEM-OBJ-conversations, MEM-OBJ-user-profiles, MEM-OBJ-state-metadata, EPI-OBJ-governance-state, MEM-OBJ-knowledge-graph, MEM-OBJ-agent-pack. Graph topology and RAM residence can both be classified without inventing a vector store. Opaque backend/provider/cache alternatives keep the axis partial.
• Representational form: The profile separates readable bodies, criticism and relationship descriptions from fixed-rule frontmatter, identifiers, counters, relations and indexes. Those splits follow the operative parts in MEM-OBJ-unified-vault, MEM-OBJ-rejection-feedback, MEM-OBJ-state-metadata and MEM-OBJ-knowledge-graph. Grouped textual units do not purport to classify opaque job payloads or backend state. Configured model components are not evidence of use-updated parametric memory.
• Lineage: Local import and metadata compilation are supported separately by RT-RTE-vault-publish and EPI-RTE-maturity-mapping. Proposed article/graph/export derivations do not assert semantic entailment: EPI-RTE-article-generation, MEM-OBJ-knowledge-graph, MEM-OBJ-agent-pack. Conversation extraction and retained rejection experience support their local trace-derived paths, not resolved initial authorship: MEM-RTE-conversation-promotion, MEM-RTE-feedback-recompile. Unresolved original and embedding provenance remains explicit.

Consumers, admission and maintenance

• Behavioral authority: Knowledge at query/compilation consumers and afforded file consumption have support in MEM-BAP-query-knowledge, MEM-RTE-pack-export and RT-RTE-design-lifecycle. Retained criticism has instruction force at the writer and learning force at the durable update; these are not inferred from static template instructions: MEM-BAP-feedback-guidance, MEM-RTE-feedback-recompile. Conversation turns likewise feed a proposed update consumer. Heat-based priority/handling and counter/hash-based retry checks support separate ranking, routing, validation and enforcement effects in MEM-RTE-conversation-promotion and MEM-RTE-feedback-recompile. None establishes model compliance or improved capacity. Unknown profile delivery and backend force are not converted into negatives.
• Write agency: The automatic legacy overwrite mechanism is supported despite operator initiation. The profile separates automatic extraction from explicit human memory commitment, and retains configured human versus automatic article/memory gates: RT-RTE-vault-publish, MEM-RTE-conversation-promotion, MEM-RTE-memory-lifecycle, EPI-RTE-article-disposition. Grouped software-generated outputs share the stated control and evidence layer; they do not resolve original caller control. Human claim verdicts remain a separate draft mechanism in EPI-RTE-claim-governance. Link HTTP/fallback admission stays unresolved rather than being classified from physical dispatch alone.
• Curation operations: Repeated destination rewriting supports wired evolution. Extracting standing facts from retained turns supports claimed consolidation; daily heat reduction, tier promotion, archive withdrawal and feedback-directed rewriting support the other emitted operations: RT-RTE-vault-publish, MEM-RTE-conversation-promotion, MEM-RTE-memory-lifecycle, MEM-RTE-feedback-recompile. The profile does not infer synthesis from generation, deduplication from filename collisions, or curation from index rebuilding. Its uncertainty about other article transformations preserves EPI-RTE-markdown-normalization's reference-fidelity concern.

Delivery operations and trace-fed updates

• Read-back direction: Requested backend/file returns remain pull, with wired versus afforded evidence kept separate: RT-RTE-client-query, MEM-RTE-pack-export. The graph request and subsequent automatic supply to the answering model are distinct operations, not two descriptions of the same requested return. The answering model is supplied retained context by orchestration. Feedback and compiler rendering similarly supply retained content to later model invocations: MEM-RTE-graph-context, MEM-RTE-feedback-recompile, RT-OBJ-compile-template. These claimed push findings do not contradict the memory account's narrower denial of unsolicited delivery to an external foreground agent.
• Read-back signal: The supplied primary page identity and graph relations actually select retained graph parts; first-five/edge-availability constraints are separate coarse filtering. Both findings follow MEM-RTE-graph-context, without asserting working schema compatibility, enforced traversal depth or semantic ranking. Compiler length truncation supports coarse filtering, while the upstream related-page selector stays unresolved in the annotation on RT-OBJ-compile-template. Inconsistent feedback lookup does not support a complete identifier selector in MEM-RTE-feedback-recompile. Local pull-operation inapplicability does not propagate to the partial axis.
• Trace learning: Automatic conversation-derived candidates with later committed-memory consumption meet the specified route definition at claimed strength, even with a separate final human gate. The direct profile branch remains unresolved. Retained audit feedback feeding automatic durable article revision and later knowledge consumption supports the second claimed positive: MEM-RTE-conversation-promotion, MEM-OBJ-user-profiles, MEM-RTE-feedback-recompile, RT-RTE-design-lifecycle. Broken sketch plumbing prevents wired strength, not the design finding. Neither route requires novel knowledge or demonstrated improvement.
• Trace source: Recorded conversational turns support session-logs; retained audit execution feedback supports tool-traces on the separate rewrite chain. The findings identify original qualifying content rather than storage format: MEM-OBJ-conversations, MEM-RTE-conversation-promotion, MEM-OBJ-rejection-feedback, MEM-RTE-feedback-recompile. Scheduling and timestamps do not establish event-stream or trajectory inputs. Other origins remain unresolved, not inapplicable.

All axes retain supported positives alongside named unresolved coverage. The broad unresolved units are not complete classifications of their constituent mechanisms. Grouped resolved units retain the same stated evidence layer and coverage; their granularity does not change the emitted values. No unsupported absence or system-wide completeness finding is asserted. The profile already states the consequential uncertainty at the extracted units and axes: opaque backend state, profile visibility, optional cache/embedding/provider behavior and unobserved activation prevent complete-value statistics and stronger operational conclusions. These are faithfully scoped uncertainties, not additional verification limits. I found no unresolved cross-report disagreement affecting the classifications and no material defect requiring replacement values or further inspection.

Blockers

none

Limits

none