Gnosis profile verification

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

Verification

I checked all ten axes in the profile, including unit scopes, positive values, evidence bases, coverage assessments and excluded alternatives. I resolved the three superseded epistemic object declarations to the memory declarations through the handed reconciliation. The epistemic functional routes remain distinct from their runtime containers. No source files were read, no new evidence was introduced, and no target operation was executed.

The scoped inventory is supported by MEM-OBJ-entry-text, MEM-OBJ-entry-metadata, MEM-OBJ-entries-fts and MEM-OBJ-metadata. Static doctrine, transient topic aggregates and external host state are not silently classified as accumulated memory. The memory report's coverage account and annotations cover the shipped admission, maintenance and later-consumer alternatives. No accepted record establishes an omitted opaque store or additional delivery branch within this boundary.

  • Storage and form: Files and SQLite have implemented witnesses; repository sharing remains an affordance rather than an observed or automatic replication mechanism. The profile separates prose at its interpreting consumer from symbolic metadata, indexing and timestamp comparisons. Decoded values and stdout do not require additional independently retained-store findings. These distinctions follow the four memory objects and RT-RTE-entry-maintenance.
  • Lineage: Authored and session-extracted content remain afforded paths, not authenticated origins of the shipped corpus. Imported text is supported at the acquisition and replacement edges by EPI-RTE-entry-import and EPI-RTE-entry-replacement. Generated fields and derived access state support other-compiled lineage. The partial assessment correctly prevents those known local paths from resolving upstream provenance.
  • Behavioral authority: Advisory knowledge at the later agent is supported by RT-BAP-agent-guidance. Ranking inputs are supported by EPI-RTE-lexical-selection, entry metadata and RT-RTE-knowledge-read. Lookup fields and freshness state support routing. Existing IDs supply both validation criteria and enforced rejection at EPI-RTE-structure-check and EPI-RTE-edit-check. Some units group fixed-code consumers with the same force and coverage; their scopes and notes retain the different consumers and effects. This does not upgrade one consumer's warrant to another or obscure an unresolved authority branch. Static guidance does not establish instruction authority for every retained body, and structural admission does not establish truth acceptance.
  • Write agency: The partial assessment preserves unresolved human-versus-computational caller control. Neither an editor nor attribution metadata establishes manual admission. Automatic generated-field and cache updates have separate, supported findings in MEM-OBJ-entry-metadata and EPI-RTE-cache-refresh. Their classification does not infer the prose admission decision from physical I/O.
  • Curation: Existing-entry replacement supports evolve; deletion supports decay, not history-preserving invalidate. These values follow EPI-RTE-entry-replacement and EPI-RTE-entry-withdrawal. Unknown caller transformations remain unresolved. Instructions to select session knowledge do not establish consolidation of retained session messages, synthesis or deduplication. Index rebuilding and representation normalization alone do not establish those operations.
  • Read-back direction and signal: RT-RTE-knowledge-read and its memory annotation support the complete scoped request-driven inventory. Ranking, identifier matching and formatted delivery fulfill requests rather than supplying independent pushes. Reading cached access state during search does not introduce unsolicited delivery. Pull is therefore supported, and the push-signal axis is inapplicable within this boundary, not absent across arbitrary host integrations.
  • Trace learning and source: The not-determinable assessments preserve the unresolved caller-controlled session-to-entry branch. RT-RTE-entry-admission, MEM-OBJ-entry-text and EPI-RTE-candidate-choice establish neither automatic trace-fed admission nor the original recorded inputs. Fixed transformations of entries and file metadata do not independently establish a qualifying trace-learning route. The profile correctly withholds both positive source values and a system-wide negative; it does not demand observed improvement as a condition for architectural trace learning.

The emitted findings remain bounded by their actual evidence layers. Unknown provenance, caller control and actual downstream use are expressed in the profile rather than repaired by a publication-only caveat. I found no material unsupported comparison value, false complete-coverage assessment or consequential omitted mechanism requiring correction. Faithfully scoped uncertainty is not an additional verification limit.

Blockers

none

Limits

none