EAL-Bench 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 supplied records, their annotations, reconciliation's identity dispositions and the settled verification limits. No new target-source inspection or evidence was added. The judgment concerns support and meaning, not a repetition of deterministic citation or quotation checks.

Boundary and progression. The synthesis names SRC-1, the frozen revision, cutoff and implementation/doctrine basis, and distinguishes whole-system scope from exhaustive inspection. Its research purpose and missing-execution qualifications agree with the Source register and EPI-CLM-benchmark-test. Its host-owned plan, separate model decisions and scoring-only benchmark effect boundary follow RT-RTE-study-execution and RT-RTE-executor-score. The public account does not mistake fictional authorization semantics for deployed organizational permissions.

Formation and handoff. The profile account preserves enabled-capacity conditions, visible-citation limits and the distinction between protocol admission and semantic acceptance in RT-RTE-writer-admission. Its bounded repair and no-prior-state empty fallback are supported by the workflow account. It does not infer substantive writing success from downstream artifact availability. MEM-OBJ-memory-artifact, MEM-OBJ-memory-attempt and RT-BAP-memory-evidence support the separation of payload, audit metadata and executor-visible content. The omitted source history and model-interpreted force are consequential and remain explicit.

Alternatives and recovery. Whole-candidate review and minimum-error oracle selection remain separate in the synthesis, as required by RT-RTE-candidate-selection. Source-capability filtering is not promoted to entailment checking; paired replay is supported by memory's annotation on RT-RTE-authority-gate, without an operation upgrade. RT-RTE-event-admission, MEM-OBJ-event-log and MEM-OBJ-reduced-state support the distinct reducer, log and compact-state consumers. Checkpoint continuation, new saved replay and event restoration are not conflated: see RT-RTE-checkpoint-resume, MEM-RTE-saved-replay and MEM-RTE-event-recovery. The reviewer-backed resume exclusion, intermediate delivery and withheld exactly-once guarantee preserve their supported scope.

Evaluation and authority. The synthesis correctly separates memory assessment, response scoring and matched attribution. EPI-RTE-memory-assessment, EPI-RTE-annotation-admission and EPI-RTE-variant-construction support its claims about encoded-reference evaluation, annotation eligibility rather than fidelity, and deliberate variants rather than endogenous writer error. EPI-RTE-failure-attribution supports the three-part attribution criterion and the retained population/chronology qualifications. The public text does not strengthen that criterion into independent causal identification. RT-RTE-alternate-consumers supports both the public/Inspect measurement boundary and the separate effectful handler countercase.

Feedback and independent properties. The synthesis leads with the supported automatic trace-fed revision route in RT-RTE-closed-feedback, then retains neutral controls, rejection/seed retention, final-step termination and optional logs. It distinguishes delivery, behavioral activation and benefit. Its theory-building discussion withholds affirmative conclusions rather than inventing missing runtime condition assessments or treating uncertainty as absence. That is consistent with the epistemic bounded conclusion. Reflection, computational operations, criticism-related learning and self-improvement are not bundled into one verdict. For self-improvement it names a boundary, horizon and objective, recognizes retained state as potentially behavior-determining, and identifies the missing subsequent causal dependence; no exercised or successful improvement is asserted. The inference-only and provider-mutability qualifications follow RT-CMP-writer-model, RT-CMP-executor-model and RT-CMP-reviewer-model.

Settled limits and public readability. The Limitations table carries both supplied verification limits and their consequences. It explicitly identifies BM25-selected earlier messages, empty-profile history rebuilds and hybrid notes, withholding complete context/read-back/mixed-form comparisons rather than suppressing those mechanisms. It separately identifies event-recovery rejection as under-enumerated in the partial profile, withholding complete consumer authority comparisons without denying supported enforcement in MEM-RTE-event-recovery. Other rows preserve unavailable primary archives, unobserved benefit, semantic and annotation uncertainty, supplied-row attribution limits, unread alternative paths and external-provider/recovery boundaries. Reconciliation establishes no unresolved cross-report conflict requiring another row; its annotation-object supersession does not invalidate any synthesis citation. The text explains the source-native progression without requiring supporting-member context, and its proposed evidence changes address the conclusions currently withheld rather than offering adoption advice or a product ranking.

No additional unresolved defect meets the blocker or limit threshold. The inherited limits remain material, but are already faithfully carried in the public text; they are not new synthesis faults.

Blockers

none

Limits

none