Semantic Engine profile verification

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

Verification

Checked all ten axes in the memory profile, including every positive finding's support and basis, unit boundaries, unresolved alternatives and inventory assessments. Applied the supplied reconciliation: the four epistemic document/chunk object duplicates resolve to their memory counterparts; the runtime database container remains valid; canvas and Atlas remain distinct consumer parts. No target-source reads or new evidence were needed.

The earlier mixed-warrant objection is repaired. Natural-language canvas labels and symbolic GeoJSON geometry/IDs now have separate afforded findings from wired archive/SQLite parts. Query parent-ID reload and canvas author filtering likewise have separate wired and afforded routing findings. The changed axis references and rationale preserve these distinctions. This agrees with the qualified producer/consumer route in MEM-RTE-canvas-display, the display parts in MEM-OBJ-geojson, and the local lookup in RT-RTE-query-documents. The repair does not merely place a caveat beside an unchanged wired canvas finding.

Storage distinguishes local files and SQLite from numerical encoding; the potential Atlas substrate remains uninspected. Form distinguishes interpreted text, fixed-rule symbolic fields and distributed numerical embeddings without treating the latter as updated provider weights. The local object inventory supports these findings through MEM-OBJ-archives, MEM-OBJ-docs-content, MEM-OBJ-chunks-content, MEM-OBJ-docs-metadata and MEM-OBJ-chunks-embedding. Uncertain binary coercion limits interoperability, not identification of the declared substrate or dense representation. The separate canvas findings retain their afforded warrant.

Lineage preserves imported acquisition and subsequent compilation, including source reshaping, segmentation, generated fields and embedding derivation. It does not let those known paths resolve arbitrary initial vectors or opaque remote topics. See RT-RTE-ingest-documents, EPI-RTE-source-reshaping, RT-RTE-embed-chunks and MEM-OBJ-chunks-embedding. Grouping homogeneous derivation findings does not change their local coverage or evidence basis.

Behavioral authority identifies informational text consumption, vector ranking and parent-link routing at their actual consumers. It does not grant instruction priority or factual warrant from delivery, or learning authority from numerical durability. The ranking effect is supported by RT-BAP-vector-ranking; root reload and terminal reference are supported by RT-RTE-query-documents. Canvas author selection and informational display remain afforded, while remote authority remains unresolved under MEM-RTE-atlas-export and EPI-RTE-atlas-topics.

Write agency separates software admission after initiation from the operator's explicit decision to remove the dataset's vectors. The manual finding relies on the specific removal authorization in RT-RTE-clear-embeddings, not generic caller identity. Automatic download, ingestion, embedding and qualified projection replacement retain their respective mechanisms and warrants. Initial admission and external editing are not inferred from these witnesses.

Curation's decay finding follows vector removal without retained vector history; source text is a separate surviving part. Afforded evolution follows replacement of the projection artifact. These findings are supported by RT-RTE-clear-embeddings, MEM-OBJ-chunks-embedding and MEM-RTE-canvas-display. Segmentation, primary acquisition and numerical encoding do not alone establish consolidation or synthesis over retained claims. The opaque topic request remains unresolved rather than supplying an emitted operation value.

Read-back units distinguish requested archive/embedding inputs, query selection and root delivery, and qualified projection/export or browser requests. Automatic selection inside those requests is not a separate unsolicited supply operation. The profile correctly withholds a whole-boundary pull-only claim because Atlas consumers remain uninspected. Local push signal is inapplicable, but the axis as a whole remains unresolved rather than inapplicable. See MEM-OBJ-archives, RT-RTE-embed-chunks, RT-RTE-query-documents, MEM-RTE-canvas-display and MEM-RTE-atlas-export.

Trace learning and trace source emit neither an unsupported positive nor a system-wide negative. The recorded document transformations do not establish original trace inputs to a qualifying automatic durable update, and initial vector provenance and external processing remain unresolved. The accepted records contain no bounded trace-learning absence declaration. EPI-ABS-claim-acceptance concerns factual acceptance, not that missing warrant. The profile therefore retains uncertainty rather than manufacturing a negative or assigning trace origin from archive/feed container names. See MEM-OBJ-chunks-embedding, RT-RTE-query-documents and EPI-RTE-atlas-topics.

All emitted values retain source-level wired or afforded bases; none asserts observed operation or causal benefit. Partial axes preserve included opaque alternatives, and axes without positives do not claim complete negative coverage. Coarse local grouping does not alter supported extracted findings where scope, coverage and warrant agree. The stated uncertainties are faithful bounds on the classifications, not additional unresolved publication defects.

Blockers

none

Limits

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