WikiSkill synthesis verification

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

Verification

I checked the complete public synthesis against the handed boundary, runtime, memory, epistemic and workflow records, applying the supplied reconciliation's seven duplicate-object supersessions. I also checked carriage of the report verification's four limits and the reconciliation's remaining conflict. The profile verification declares no additional limits. The synthesis answers are empty and no refusal or previous synthesis verification was supplied. No source files were read, new evidence added or analyst records corrected.

The opening contribution and evidence boundary are supported. The synthesis leads with a documented experience-to-procedure pathway and an attributed benchmark result, not independently established learning or execution. Its capture identity, cutoff, partial-loop boundary and doc-grounded evidence basis agree with the boundary. Throughout, design descriptions remain separate from reported operation, implementation, exercised dependence and causal benefit.

The operational progression preserves consequential ownership and conditions. RT-RTE-task-execution supports full skill injection and distinct task effect boundaries, including tool-free reasoning and shell or simulator actions. The public text does not turn spreadsheet prompt restrictions into confinement. RT-CMP-model-backends supports textual adaptation without specified parameter updates while leaving endpoint fixity unresolved. MEM-OBJ-raw, EPI-OBJ-imported-evidence and EPI-OBJ-produced-predictions support the distinction between retained interactions, imported evidence and generated candidates. Declared immutability is not presented as verified protection or truth endorsement.

The maintenance account preserves the eight-trace maximum, five-failure/three-success stratification, per-trace cap, current-wiki context, model-selected edits and surrounding-system application in RT-RTE-wiki-maintenance. Pattern claims, index summaries and maintainer narrative retain their distinct roles in MEM-OBJ-patterns, MEM-OBJ-index and MEM-OBJ-log. The synthesis does not infer stored-log deletion from delivery caps. Its separation of requested diagnosis, formulation and retention follows EPI-RTE-wiki-diagnosis, EPI-RTE-wiki-formulation and EPI-RTE-wiki-retention. Indeterminate generation semantics is neither upgraded to established conjecture nor reduced to mere summarization; persistent wiki influence is not claim-level acceptance.

The proposal and admission account accurately distinguishes reduced initial context, selected file reads, prompt-only reading requirements, proposal submission and harness veto in RT-RTE-skill-proposal. MEM-OBJ-skill and MEM-OBJ-purpose support separate instructions and retained rationale without establishing synchronized maintenance or universal rationale delivery. The public text preserves provisional validation exposure before acceptance, strict improvement over the incumbent, rejection of ties and decreases, and skill-only rollback. EPI-RTE-validation-scoring and EPI-RTE-skill-disposition support measured procedural acceptance, not explanation truth or transfer assurance. Retained feedback and later instruction integration remain distinct in MEM-OBJ-skill-impact, EPI-CLM-objective-audit and EPI-RTE-skill-integration. Default indirect wiki influence is qualified by the experimental access alternative in MEM-BAP-wiki-guidance, rather than asserted as a universal capability limit.

The representative workflow preserves the scope of WF-CLM-loop-evolution: reported rejection at Iteration 0, acceptance at Iteration 1, later refinement without an established Iteration 4 admission outcome, and no independent causal transcript. The workflow account supports final skills/wiki return rather than deployment or sign-off. The 48.7%–63.7% result matches RT-CLM-wiki-benefit and is explicitly attributed to the maintenance/access bundle, not an isolated retrieval or file effect. Long-run context-fit and explanatory-warrant qualifications follow RT-RTE-wiki-maintenance and EPI-CLM-knowledge-growth, without asserting an implementation-wide absence.

The independent property assessments do not strengthen their records. RT-RTE-wiki-maintenance and RT-RTE-skill-proposal support claimed localized content and consumption, uninspected content-directed criticism, and claimed further-round retention with criticism-specific iteration unresolved. The public account separately qualifies criticism-based learning, reflection and computational role ownership. It does not infer exercised reflection or autonomous theory building from assignment of model roles. RT-RTE-validation-gate supports a claimed dispositional self-improvement pathway while leaving subsequent causally dependent operation uninspected. Missing execution is not presented as disproving capacity, and validation gains are not equated with unseen-task success. The proposed evidence that would change these assessments names the missing implementation, linked operation, criticism chain or independently varied treatment without claiming those observations exist.

The Limitations table faithfully carries all four settled report limits with their affected records and prevented conclusions: necessarily complete maintainer tracker delivery, rejected-file reconstructability, rationale delivery/companion maintenance, and exact log/replay/recovery/return particulars. In particular, it names both the broader runtime position in RT-RTE-validation-gate and the specialist uncertainty in MEM-OBJ-skill-impact and EPI-RTE-impact-retention. It withholds necessary complete maintainer delivery without denying proposer access or persistence. Additional rows preserve the boundary, causal-attribution, explanation/criticism and partial context/consumer coverage qualifications already expressed by the records. These are faithfully scoped uncertainties, not newly discovered defects. No substantive statement requires a new blocker or verification limit, and the bounded public account remains intelligible without reading its supporting members.

Blockers

none

Limits

none