Prime Agent profile verification

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

Verification

I checked all ten axes of the memory profile, including each positive finding, its basis, the assessment of its unit, unresolved alternatives and the axis inventory. The evidence was the handed runtime, memory, epistemic and workflow records and their annotations. I applied the supplied reconciliation: it establishes no supersessions, distinguishes overlapping epistemic groupings from the finer memory parts, and leaves resource admission disputed. No source files were read, no records were added and no target execution was performed. The supplied profile answers are empty; there is no refusal to adjudicate.

Storage and form. File and in-memory findings follow the harness stores, session histories/reconstructed context and namespace capture/restore mechanisms. Encoding is not counted as another substrate. The profile separates natural-language harness content and summaries from callable contracts, machine controls, session boundaries and checkpoint structure. It does not classify arbitrary enclosed values from a readable manifest. The positive symbolic checkpoint finding concerns serialization/executable structure, not every value restored from it. Provider-side accumulation remains uninspected rather than being inferred from remote parametric inference. These distinctions are supported by MEM-OBJ-harness-entry, MEM-OBJ-skill-contract, RT-OBJ-factory-machine, RT-OBJ-session-context, MEM-OBJ-kernel-state, MEM-OBJ-kernel-manifest and MEM-RTE-kernel-revival.

Lineage and write agency. Direct authoring, trace-derived entries/summaries and code-derived checkpoint/history projections have separate derivation scopes. Known transformations do not resolve initial populated-store provenance or enclosed namespace inputs. Automatic admission is supported for model cells, refinement application, summary commitment and checkpoint capture; generic callers remain unresolved. Explicit human resource authoring supports the local manual finding, not a blanket human veto over model-authored edits. This follows RT-RTE-python-effects, RT-RTE-harness-refine, MEM-OBJ-refinement-result, MEM-OBJ-compaction-summary, MEM-RTE-branch-navigation and RT-RTE-skill-install.

Behavioral authority. The emitted forces have actual consumers: factual context and supplemental directions at models; stored template instructions and model/thinking routing at factory/child consumers; lexical fields at rankers; retained experience/history at durable-update consumers; and boundary/fingerprint/audit records at reconstruction, refresh and rollback consumers. Machine guard requirements supply validation and an enforced progression veto separately from task instructions. Neither those forces nor summary learning authority establish truth acceptance or improved capacity. Arbitrary revived values retain unresolved authority. The relevant distinctions are supported by RT-BAP-harness-digest, MEM-RTE-digest-delivery, MEM-RTE-harness-inspection, MEM-BAP-subagent-template, RT-BAP-machine-guards, MEM-OBJ-refinement-result and MEM-OBJ-kernel-state.

Curation. Summary compression and bounded digest/history projections support consolidation; entry revision supports evolution; audited withdrawal supports invalidation; and explicit namespace pruning supports decay. Ordinary serialization skips are qualified as limiting restart survival, not deleting live values. Semantic indeterminacy in the epistemic account does not remove an implemented compression operation or turn a possible fidelity defect into synthesis. Generic refinement instructions do not establish deduplication, promotion or a new claim absent from the inputs. See RT-RTE-context-compact, MEM-OBJ-compaction-summary, MEM-RTE-digest-delivery, MEM-OBJ-refinement-result, RT-RTE-harness-refine and MEM-RTE-kernel-revival.

Read-back direction and signal. Requested harness inspection, machine lookup, session/branch selection and child collection are pull operations. Independent automatic digest selection, stored-template resolution, planner projections, context reconstruction and kernel restoration/notice delivery support push findings within their respective chains. Requested returns are not themselves reclassified as push. Lexical matching is supported on the digest selector; actual ID/title matching selects stored child templates; bounded history, context and checkpoint availability/budget selection support coarse findings. Catalog names and checkpoint filenames alone do not establish identifier push. The pull-only signal unit is locally inapplicable, while unresolved alternatives keep the axis partial. See MEM-RTE-harness-inspection, MEM-RTE-digest-delivery, MEM-OBJ-subagent-entry, MEM-BAP-subagent-template, MEM-OBJ-refinement-result, MEM-RTE-branch-navigation, MEM-RTE-kernel-revival and WF-RTE-builder-report.

Trace learning and source. Refinement, compaction and optional abandoned-branch summarization each connect recorded activity to automatic durable editing/summary production and a later consumer. Their wired yes findings require neither novelty nor observed improvement. Session turns and tool activity support the emitted session-logs and tool-traces findings. Mixed derived/custom input provenance remains unresolved in separate units. The trajectory label and event serialization do not independently establish trajectories or event-streams. No bounded absence record licenses a no finding. See RT-RTE-harness-refine, RT-RTE-context-compact, MEM-OBJ-compaction-summary, MEM-RTE-branch-navigation and RT-OBJ-session-context.

Coverage and conflicts. All axes remain partial, with named uninspected retained-control/recovery alternatives and provider-side uncertainty. Payload, initial-content and generic-caller gaps remain local rather than being erased by positive witnesses. The resource findings retain the runtime's afforded basis; the profile does not resolve the whole-route implementation disagreement by upgrading it from the epistemic ledger. This preserves the supported resource affordances without claiming complete wiring or observed use. See RT-RTE-skill-install, RT-RTE-daemon-session, RT-RTE-child-spawn and RT-CMP-provider-model. The local inventory limitation below does not invalidate the emitted unions, but prevents treating these partial axes as complete per-object comparison data.

Blockers

none

Limits

• The profile explicitly includes retained child results and gives their requested collection a known unit in read_back_direction, but does not give those results distinct units in storage_substrate, representational_form, lineage, behavioral_authority or write_agency. RT-RTE-child-spawn and WF-RTE-builder-report establish retained completed answers and later collection, separately from the excluded live factory registry and bindings. The profile keeps these axes partial and includes broader child/recovery uncertainty, so the omission does not assert absence or complete coverage and does not defeat its supported positive findings. Consumers should withhold a complete per-object comparison of retained child answers, including their persistence substrate and authority at the later collecting consumer; collection coverage alone does not supply those classifications.