Tracecraft profile verification

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

Verification

Checked every axis of the handed profile against the accepted records and annotations, resolving duplicate identities through the supplied reconciliation. The profile uses the canonical memory handoff, transcript-part and history-claim records; the two evaluator routes remain distinct. Static shipped instructions, configuration credentials, external host loops and current-trial fixtures are excluded consistently. No source reads or new quotations were needed.

The supplied correction answer and changed profile resolve the previous ranking objection. MEM-OBJ-session-meta identifies sorting among the metadata consumers, and the memory annotation on RT-RTE-session-mirror records recency/size ordering and the default limit of 20. The profile now separates informational display from this ranking effect, emits wired ranking, and updates its inventory note and rationale. Registration display is not assigned this effect. Neither the corrected finding nor its dependent passages asserts observed agent uptake. No refusal of this verifier was supplied.

  • Storage substrate: The bucket-object inventory supports service-object storage, while the local mirror checkpoint and optional durable evaluator JSONL support files. Opaque payloads do not obscure these substrates; host SQLite remains an acquisition source. The grouped bucket unit shares storage and coverage, and its constituent operative parts are named and cited. The bounded known assessment is supported by MEM-OBJ-session-parts, MEM-OBJ-mirror-state, MEM-RTE-evaluator-readback and the other object records cited in the profile.
  • Representational form: Symbolic envelopes, paths and control fields are separated from message and handoff prose. Arbitrary shared values and artifacts remain unresolved. The transcript unit retains natural-language and symbolic findings without classifying opaque nested fields or checkpoint alternatives completely. Its grouping is coarse but explicitly partial. See MEM-OBJ-memory-live, MEM-OBJ-message-content, MEM-OBJ-handoff, MEM-OBJ-artifact-file and MEM-OBJ-session-parts.
  • Lineage: Import, version copying, compiled coordination/access fields, Git-derived paths and evaluator derivation have recorded local warrants. Known code assembly does not settle original caller authorship or host checkpoint derivation; these remain in partial units. See MEM-OBJ-memory-history, EPI-RTE-git-files, MEM-OBJ-session-parts and MEM-RTE-evaluator-readback.
  • Behavioral authority: The profile distinguishes claim-owner validation and veto from dependency-state routing/enforcement, inbox-cursor suppression, later-ingestion routing, inspection information and metadata ranking. External-agent reference use is afforded rather than upgraded by wired CLI output. Handoff, opaque-file and later evaluator effects remain unresolved. See RT-RTE-step-control, RT-BAP-step-polling, MEM-OBJ-inbox-cursor, MEM-OBJ-mirror-state and MEM-OBJ-session-meta.
  • Write agency: Generic caller submission leaves human control unresolved. Automatic per-flush ingestion, cursor advancement, Git-field insertion, compact output and evaluator emission are separately supported admission mechanisms, not inferences from physical I/O or authorship. See RT-RTE-session-mirror, MEM-OBJ-inbox-cursor, EPI-RTE-git-files, RT-RTE-session-compact and MEM-RTE-evaluator-readback.
  • Curation operations: Same-entry replacements support evolve; direct-mail deletion supports decay. Cursor suppression does not remove retained duplicates. Byte concatenation reduces object count without reducing the represented claims, and ingress redaction does not establish maintenance over prior retained content. Direct API and opaque host transformations remain unresolved rather than excluded to obtain complete coverage. See RT-RTE-memory-write, RT-RTE-mail-exchange, RT-RTE-session-compact and EPI-RTE-regex-scrub.
  • Read-back direction: Requested CLI deliveries and subsequent mirror access-state requests support pull. Automatic filtering within those requests is not an independent push. Unresolved handoff delivery and uninspected durable evaluator consumption keep the axis partial. See RT-RTE-mail-exchange, MEM-OBJ-mirror-state, MEM-OBJ-handoff and MEM-RTE-evaluator-readback.
  • Read-back signal: Local inapplicability covers the established pull operations only. The unresolved handoff and evaluator selectors correctly prevent system-wide inapplicability or a positive identifier signal inferred from stored recipient labels. See MEM-OBJ-handoff and MEM-RTE-evaluator-readback.
  • Trace learning: Automatic mirror/scrub/compact writes retain traces for inspection, not an established derived continuation or behavior-shaping artifact with a later guidance consumer. Caller payloads, host checkpoints and evaluator adoption remain unresolved. The profile emits neither an unsupported yes nor a system-wide no. See MEM-OBJ-session-parts, RT-RTE-session-mirror and MEM-RTE-evaluator-readback.
  • Trace source: No accepted qualifying learning chain establishes a source finding. Recorded host activity and evaluator trials alone cannot populate this conditional axis. Unresolved derivation and adoption branches prevent inapplicability. See MEM-OBJ-session-parts and MEM-RTE-evaluator-readback.

The emitted findings preserve their local bases; implementation is not promoted to observed operation or causal benefit. No unresolved cross-report conflict changes these classifications. Remaining uncertainty is expressed in the values' own assessments and notes, not deferred to a synthesis caveat. No material unsupported value, false complete coverage or consequential omission remains in the handed profile.

Blockers

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Limits

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