FrameCode-VibeWork synthesis verification

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

Verification

The handed public synthesis supports publication as a bounded account of host-mediated governance and memory with optional executable assistance. I checked its substantive statements against the handed records, their annotations and the reconciliation's four object supersessions. Those supersessions preserve wiki prose, wiki metadata, product contracts and QA runs under their canonical memory identities; the synthesis uses those identities while retaining the distinct epistemic phase routes. The earlier verifications declare no blockers or limits requiring additional carriage. The reconciliation disposes of the stale memory integration-issue descriptions against the corrected runtime rather than retaining a substantive conflict.

The account is intelligible without the supporting members. It identifies SRC-1, the frozen commit, cutoff, whole-shipped-system boundary and external dependencies. Its distinction between Python implementation findings and Markdown doctrine/design agrees with the boundary. Neither the opening nor the scenario assessment turns inspected implementation into observed host operation or causal benefit. No source ambiguity required an additional source read; I read no source files and executed no target code.

Progression and controls

The entry account preserves host ownership of decisions, the standard plan flow and its narrow no-plan alternatives. Its routing and retrieval claims are supported by RT-RTE-governed-change, RT-RTE-context-delivery and RT-CLM-context-controls. Mandatory references are not represented as delivered bodies. Supplied selectors and caller-owned semantic facts remain conditions of routing. Complete chunks are conditional on optional budgeting; ordinary slicing, estimated optional-array cost and the absence of a host-window guarantee remain adjacent to that claim.

The execution and delivery account faithfully compresses the workflow account and its package and change annotations. Authority, actual host tools, non-overlap, main-agent review, regression evidence, bounded exceptions and explicit deferral are prescribed controls, not observed performance or executable ownership enforcement. Delivery remains a repository outcome, not deployment or mandatory publication.

The hook and MCP paragraph retains the consequential alternate paths in RT-RTE-hook-lifecycle and RT-RTE-mcp-checks. Opt-in activation and host honoring of responses remain necessary. Plan presence is not scope matching; shell edits and fail-open stop branches prevent universal enforcement. MCP direct-path containment is confined to that interface, and returned route references are not mistaken for outside-root reads.

Retention, warrant and later behavior

The retention account keeps raw evidence, curated understanding, historical handoffs and canonical authority distinct. Promotion criteria do not establish an actual acceptance event or novel inference. This follows MEM-OBJ-wiki, EPI-RTE-wiki-review and EPI-RTE-wiki-integrate. The handoff's work-derived synthesis, later verification and archival retention are supported by MEM-RTE-session-handoff. A prescribed model-host admission branch without separate per-item human approval is not inflated into an implemented FCVW transcript service or demonstrated learning benefit.

Read-back distinctions survive compression: selected bodies, outlines, references, queue metadata and digests differ, while SessionStart supplies only coarse plan identities. The current RT-RTE-mcp-checks and RT-RTE-hook-lifecycle support these findings despite the stale integration-issue wording. The trust paragraph also preserves metadata precedence, independent validation, stale copies, ranking rather than universal withdrawal, and possible omission of rationale; see RT-CLM-context-controls, the memory delivery annotation and EPI-RTE-evidence-check.

The checking and future-behavior account gives deterministic checks only their supported consistency license. Digest warnings do not become semantic invalidation. QA's approved-intent requirement, every-divergence user direction and contract-bound declared-result checks remain separate from authenticated execution or consent. These distinctions are supported by EPI-RTE-source-review, EPI-RTE-qa-check and EPI-RTE-divergence-decision.

The independent theory-builder conditions, uninspected improved capacity, afforded reflection, unresolved autonomy and dispositional self-improvement follow RT-RTE-asset-admission. The strongest contribution leads: an evidence-responsive method-revision procedure. Persistence does not substitute for performed criticism or subsequent revision-dependent operation. Upgrade replacement remains distinct from semantic improvement and atomic rollback. The benchmark and local driver remain bounded evaluators, not downstream model-benefit or component-causal evidence.

The limitations table carries the consequences of missing execution, mixed provenance, conditional retrieval guarantees, declared QA evidence, unassessed alternatives and unresolved improvement attribution. Its resolution requests name evidence or implementation changes that could alter those conclusions. These are faithfully scoped uncertainties, not additional defects. No unsupported absence, complete-coverage claim, product ranking or universal guarantee requires a blocker or new publication limit.

Blockers

none

Limits

none