browzy.ai profile verification
Type: agentic-system-analyses/types/agentic-system-verification.md
Verification
I checked all ten axes in the memory profile against the handed records and annotations, applying reconciliation's three supersessions. The profile uses the canonical memory declarations for raw sources, wiki articles and conversation compaction. The image-description part remains distinct from the binary-image container. No source reads, new records or new quotations were needed. The supplied profile answers file was empty; no predecessor objection was treated as an established defect.
Storage and form. File, SQLite/relational and process-memory/Map findings have recorded writers, retained parts and consumers. The profile does not confuse FTS with embeddings or JSON encoding with a substrate. Readable text and symbolic access controls are distinguished from unresolved binary image form and provider-side accumulated state. The broad file and text units are coarse, but their notes identify the included parts and do not assign an opaque payload the form of its display summary. Support: MEM-OBJ-raw, MEM-OBJ-images, MEM-OBJ-articles-fts, MEM-OBJ-query-cache, MEM-OBJ-web-cache and RT-CMP-llm-provider.
Lineage. Imported material, model-authored content, deterministic compilation and trace extraction have separate explanatory warrants. The derivation units group several objects, but the finding notes locate model authorship and code compilation on their respective paths. Known local derivation does not purport to resolve original external authorship. The profile preserves that uncertainty and does not mistake saving raw messages for extracting knowledge. Support: EPI-RTE-image-description, EPI-RTE-template-article, MEM-RTE-demo-seeding, MEM-OBJ-sessions and MEM-OBJ-session-digest.
Authority and admission. Knowledge at content consumers, schema instruction supply, retrieval ranking and selector routing/enforcement have identifiable retained inputs and effects. The broad authority units retain the distinction between each finding's actual consumers; they do not make every object in a unit exercise every listed force. Learning authority at the digest update is separated from downstream human-context authority. Automatic admission is not inferred from physical writing alone: the records describe software disposition without per-content approval. Manual schema editing has an explicit owner decision. Partial skip, workflow initiation and clipboard opt-in are not promoted into article approval. Support: RT-BAP-wiki-context, RT-BAP-schema-instruction, RT-RTE-source-compilation, MEM-RTE-interactive-compile, MEM-RTE-demo-seeding and RT-RTE-schema-change.
Curation. Digest/prefix reduction, bounded forgetting and recorded replacement support consolidate, decay and evolve respectively. These findings do not assert successful semantic improvement. Requested novelty, preservation and merging are not sufficient to classify synthesis, deduplication or accepted correction; the unresolved model-transformation unit correctly preserves that distinction. The discarded compactor result does not become retained memory. Support: EPI-RTE-template-article, MEM-OBJ-session-digest, MEM-OBJ-sessions, MEM-OBJ-query-cache, MEM-OBJ-raw, RT-RTE-insight-draft and MEM-RTE-conversation-compaction.
Read-back and selection. Requested retrieval/cache returns and automatic context supply are distinguished at different operations, not counted as two directions merely because a requested result is delivered. Push findings name a host selector supplying memory to an inference or human consumer. Lexical selection, availability/budget filtering and actual session/source-ID matches support their respective signal findings. Requested cache keys alone are not identifier push. The absent effective matched-section branch is not used to erase the separate oversized-article selection mechanism. Support: RT-RTE-answer-question, RT-RTE-library-query, RT-RTE-session-digest, RT-RTE-insight-draft, RT-RTE-source-compilation and MEM-OBJ-wiki-index. A local diagnostic-consumption omission remains below.
Trace learning and source. Saved conversational turns feed automatic digest generation, retained summary/meta writes and a later human banner. That is a wired trace-learning witness under the profile definition, which does not require a later model consumer or demonstrated improvement. Caught module-resolution failures qualify operation, not the existence of source wiring. Draft retention without an established later consumer and discarded compaction do not independently support positive trace-learning findings. The qualifying digest input supports session-logs; timestamps and JSON roles do not establish additional trace-source values. Support: MEM-OBJ-sessions, MEM-OBJ-session-digest, RT-RTE-session-digest, MEM-OBJ-drafts and MEM-RTE-conversation-compaction.
All ten axis assessments are partial. Unresolved provider, personalization and other host alternatives remain included, rather than silently excluded to obtain complete coverage. The profile emits no bounded absence or inapplicability finding requiring a missing absence warrant. Wired values remain source-level capacity findings, not observations or causal benefit. Coarse grouping does not invalidate the supported existence findings, but the profile is not an exhaustive route-by-route comparison.
Blockers
none
Limits
- The partial read-back direction and signal inventories omit a distinct diagnostic-consumption chain: MEM-RTE-health-review and EPI-RTE-wiki-checks establish requested loading of retained wiki articles and automatic supply of their slug/title/summary list to the consistency model, with a minimum article-count gate. The profile rationale describes other requested-load and automatic-supply chains but does not retain this one as a comparison unit. The existing pull, push and coarse findings remain supported by their own witnesses, and both affected axes already express partial coverage. Consumers should withhold exhaustive diagnostic-route inventories and route-level selection comparisons; this omission does not change the supported system-level positive values.