JAZ synthesis verification

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

Verification

The handed public synthesis supports publication as a bounded implementation account. I checked its substantive statements against the handed boundary, runtime, memory, epistemic and workflow members, applying the reconciliation's two rollout supersessions. I also checked carriage of the report and profile verifications' settled limitations. No synthesis refusal was supplied and the synthesis answers are empty. I made no source reads, added no evidence and treated structural acceptance as distinct from semantic support.

Evidence boundary and execution. The synthesis identifies the frozen commit, cutoff, enclosing-runtime responsibility and lack of supplied execution or causal experiments consistently with the boundary. Its ordinary invocation progression, shared sync/async structure, unbounded default iteration and supplied-result distinctions follow RT-RTE-agent-loop, RT-CMP-python-repl and RT-RTE-hook-admission. Completion backstops are not presented as answer-correctness checks or control over all host effects. The containment paragraph preserves the caller-controlled builtin overwrite, separate compiler checks, granted tools and child overrides. Enabled timeout pragmas and best-effort guards remain conditional rather than becoming hard ceilings; see RT-CLM-repl-policy and EPI-RTE-swe-tools.

Delegation and delivery. The selected workflow is explicitly a shipped request backed by machinery, not an observed decomposition. The parent owns partitioning and aggregation; selected child inputs, inherited scope, separate conversations and shared references retain their distinct consequences. The local root type contract is not made a child guarantee. Depth enforcement remains tied to attributed trees, with raw-worker and captured-closure qualifications beside the public claim. Type rejection, default retry behavior, terminal backstops and final delivery agree with RT-RTE-recursive-invoke, RT-RTE-hook-admission and the workflow account. Readers are expressly denied an inference from list shape to complete or correct item processing. The distinction between predicate exceptions, counter-based refusal and substantive acceptance is supported by EPI-OBJ-return-value, EPI-RTE-budget-forcing and the epistemic conclusion.

Retention and reuse. The public account preserves the difference between abbreviated observations and whole continuing history, and does not describe terminal history as a complete checkpoint. Its live console payloads, helper transcripts and human readline recall remain separate consumers, with per-value display caps distinguished from a total budget. These claims follow EPI-RTE-observation-projection, MEM-OBJ-repl-history, MEM-OBJ-conversation-history, MEM-OBJ-helper-history and MEM-OBJ-readline-history. ATIF repr summaries are not promoted to object serialization. Replay still executes code, can fall back to live calls and compares only selected representations; neither rollback nor safe repetition is inferred. See MEM-OBJ-atif-trajectory, RT-RTE-trajectory-replay and EPI-RTE-replay-comparison.

Change and improvement. The synthesis leads with the positive trace-fed contributions: durable executable artifacts and training-sample exports with intended later consumers. It uses the canonical MEM-OBJ-rollout and MEM-RTE-rollout-export, not the superseded epistemic declarations as additional mechanisms. Abnormal workflow finalization, pre-edit source capture, lack of installation, hidden-reasoning sidecars, tokenless-query withdrawal and alternative nonmonotone exports remain visible. RT-RTE-workflow-emission, MEM-OBJ-token-stamp and MEM-RTE-weight-update support these distinctions without closing a trainer/update loop. The helper's confirmation gate applies to tagged code proposals, not all configuration changes; persistence remains conditional and connectivity is not quality evidence. See RT-RTE-settings-admission and RT-BAP-settings-load.

The theory-builder conditions, theory-directed learning, reflection, autonomous theory building and exercised self-improvement are independently described as unestablished by this account, not absent from all possible tasks or implementations. That scope is consistent with the epistemic conclusion and the named change routes. The synthesis does not erase the positive capacities because subsequent operation or benefit is unobserved. Its scenario-relative conclusions and proposed evidence changes follow the specific missing contracts and causal links rather than introducing a product ranking or general recommendation.

Settled limitations. The Limitations table carries the report verification's additional Copilot session-reuse/trimming finding as an incomplete adapter-context inventory, preserving the supported local routes while withholding exhaustive comparisons. It also carries the profile verification's omitted human diagnostic-consumer authority classification without invalidating emitted partial findings; the underlying consumer remains supported by MEM-OBJ-trajectory-directory. The remaining rows retain opaque payloads, remote state, partial replay/converter coverage, workflow fidelity, open training/update linkage, attributed performance reports and host contracts with their prevented conclusions and resolving evidence. The handed reconciliation identifies no unresolved conflict requiring an additional row. These are faithfully carried limits of the accepted account, not newly discovered synthesis defects. No further blocker or local unresolved finding is established by this review.

Blockers

none

Limits

none