OKF report verification

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

Verification

The reports support a bounded source-grounded account. No material blocker was found. The local migration-coverage limit below does not invalidate the traced consume/maintain workflow, implemented retrieval, or differentiated Pro controls.

Evidence and record review

I read the complete supplied boundary, four analyst reports, reconciliation, correction-answer files and structural check. The answer files are empty; there are no correction arguments to accept or decline. The structural check says none, so it supplies no structural failure requiring a routed blocker. I reviewed every declared component, object, route, claim and behavioral-authority path, including its source anchors, evidence strength, consumer and qualifications. No analyst declares an evidenced-absence record. Claims of unobserved operation are not converted into claims of absent architecture.

Independent inspection used only SRC-1 at the revision in the Source register. Git HEAD matched that revision and status was clean. The tracked top-level inventory agrees with the boundary. Source reads covered the mechanisms below, including alternate paths rather than only the quoted guard branches. Markdown instructions supply doctrine/design evidence; Ruby and shell dispatch supply implementation evidence. I did not execute the target, tests, examples, model calls or services. No outcome or causal evidence was manufactured from test definitions or source comments.

Skill work and delivery. The skill, consume, produce, migrate, maintain, refine, principles and authoring texts support the instruction-object and external-agent distinctions in RT-CMP-agent, RT-OBJ-skill and RT-BAP-skill-guidance. Consume explicitly transfers durable discoveries to maintain. Maintain requires concept, enumeration and log changes, then structural and semantic closeout. This supports RT-RTE-skill-work, EPI-RTE-semantic-review, EPI-RTE-semantic-disposition and WF-RTE-maintenance-closeout without treating them as another model worker or an enforced semantic acceptance chain. The validate and lint command bodies independently confirm failure on nonconformance versus default advisory lint exit. Already-persisted direct edits are not rolled back. The workflow's requested delivery boundary is supported; successful completion remains unobserved.

Persistence, content and checks. Reader, Folder, Writer, Concept, References, RowFilter and the selected Validator/Linter predicates support the body/metadata, authored-index, log, journal and reference distinctions in the memory shared records and epistemic shared records. Reader excludes hidden paths and retains unusable entries separately. Writer validates its materialized temporary tree before promotion; direct host edits bypass that route. Its cooperating lock and attempted backup restoration do not establish universal write admission or crash-safe group rollback. Thus RT-CMP-cli and RT-RTE-publish-bundle have the appropriate implementation scope.

The trust classifier accepts mappings, gives any human-prefixed verifier precedence, and does not bind that declaration to current body bytes or a fresh date. Pairing consumes that tier and reference identities; machine confirmation does not discharge the human-read obligation. Full concept reads have no corresponding trust prerequisite. The concrete deductions in EPI-RTE-trust-tier, EPI-RTE-read-pairing and EPI-RTE-structural-check therefore retain their stated formal domains, not semantic truth or authenticated review. Keyed attribution checks membership, not source support. The README claims and their qualified comparisons remain supported as claims, not observed achievements.

Retrieval and context. MCP handlers, resources, backend selection and memory residency independently support RT-RTE-mcp-retrieve. I checked filter-before-cut/projection, exact-id live reads, root-index attachment and the optional backend branch. I also traced every bounded_log return through sized_log: blank, bare-title, unsplittable and ordinary groups all reach the byte cut. Full concept/resource reads are different paths, not counterexamples to a per-log-content bound. Fingerprinting uses path, mtime and size; Folder's log fallback can use loaded text. Browser App holds structural snapshots while reading concept content live. These justify the qualification of RT-CLM-live-bodies, not an observed stale incident. The memory read-back annotations correctly distinguish selection, delivery and actual activation; cache eviction is not conversation eviction.

Pro admission and work state. I traced seeded settings through the wrapper, CLI event handling, Target/BundleRoot, Guards, ShellGuard and Closing. Malformed JSON and empty-object input are different branches. An empty object can supply no target; the reports appropriately do not infer that real edit events take that branch. Supported mechanical writer commands are another path through Bash, and general external writes are not enclosed by the named tool matchers. The limitations of RT-RTE-pro-gates, RT-OBJ-settings and RT-BAP-hook-protocol are necessary and retained. The staged-tree pre-commit script and CI template are distinct later doors, not proof of owner approval on every write.

Writes, Conserve and Scaffold independently support RT-RTE-pro-writes: declared line-multiset deltas, keyed selection, cap refusal, planning before closure writes, and per-file rather than set-wide atomicity. Reconcile's Write-only selection, bounded filename terms/hits and deprecated annotations support both analysts' collision-feedback records, not automatic contradiction detection. Snapshot command output requires caller retention; Stop recomputes while SessionStart selects historical snapshot plus cheap live state. Friction automatically appends instrumented events, and the banner selects a covered-event count rather than a durable learned policy. These traces support MEM-RTE-snapshot-context, MEM-RTE-friction-feedback, the associated retained objects, and both memory authority paths. Journal reconstruction and closure extraction remain requested authored work, not automatic compaction or lesson generation.

Other authority changes. Hub mutation checks and TUI registry methods support RT-RTE-registry-manage; browser host comparison is not full origin equality. CLI discovery requires accepted extension code in-process, with duplicate registration checks but no sandbox or transactional undo. Scaffold distinguishes rewritten gem-owned machinery from seeded adopter files. Refine requires proposal/approval separation; principles does not impose the same approval rule. Accordingly RT-RTE-extension-load, RT-RTE-governance-install and RT-RTE-refine-proposal retain valid independent statuses. Localized principles and requested use do not by themselves establish criticism of those principles, iteration, improved capacity or exercised self-improvement.

SPEC §10 and the computation template support EPI-OBJ-computation, EPI-RTE-run-attestation and EPI-RTE-display-gate as a consumer-side contract with separate checking and disposition. Inventory/accessors are not execution. Its license concerns artifact/value fidelity, not policy correctness. No inspected CLI/MCP registered path implements the complete specified chain.

Relations and reconciliation

All six declared Part of: relations have supported containment: two memory subchains and two epistemic check/feedback parts within Pro gates, semantic review within skill work, and workflow closeout within skill work. The snapshot object's relationship to the log is also supported; it is not another identity for every log entry. Broad findings and reference objects remain coarse families with explicitly distinguished consumers, not a complete per-payload inventory.

The three amendments in reconciliation connect matching referents: concept prose, provenance fields and the same Reconcile search implementation. Their supersessions preserve both declarations and complementary findings. No supersession changes requested behavior into observed operation. The remaining overlaps are not identity: predicate generation versus admission, checking versus disposition, machinery versus retained task content, and reference inventories versus computation contracts. I found no unresolved inter-report contradiction requiring a conflict paragraph or missing operative part that prevents the bounded conclusions. Reconciliation's shared-evidence limits do not settle external-host or optional-backend unknowns.

Consequential omission searches and stopping decision

The frozen tree and producer/consumer dependencies guided three additional questions. First, could another shipped path invalidate universal admission or freshness readings? Direct edits, supported Pro writers, resource reads, browser/TUI consumers and optional backend routing were inspected; the reports already exclude those universal readings. Second, could alternate prompts implement isolation, compaction, automatic method revision or a stronger semantic acceptance route? Searches over skills, plugin command routing, Pro guides and MCP implementation, followed by the relevant instruction reads, support selective supply and requested maintenance, not those stronger conclusions. This is not a system-complete negative over uninspected examples or host internals.

Third, could migration modes or shipped computation fixtures change the transformation/attestation account? The secondary spelling-migration procedure creates the local limit below. SRC-1, skills/okf/playbooks/migrate.md, requests moving the old citations into source metadata and then:

Then delete the section. --- skills/okf/playbooks/migrate.md

The tracked MCP reference fixture contains a minimal attester, not the specified fidelity protocol:

def attest(receipt): return receipt.get("job_id") is not None --- gems/okf-mcp/test/integration/fixtures/referenced/references/attesters/revenue.py

This is SRC-1 implementation text inspected additionally for omission checking. Its companion run instruction in gems/okf-mcp/test/integration/fixtures/referenced/references/skills/run-on-bq.md is a stored concept, not wiring to an execution service. Neither establishes an operated receipt comparison/display gate. I dismiss it as a challenge to the explicitly surface-bounded attestation conclusion; it does not support a repository-wide claim that no attester function exists.

Further optional expansion stopped because these selected challenges have dispositions, no known material contradiction remains, and broader example/UI/evaluator inspection is not reasonably needed to preserve the emitted conclusions. Corpus truth, host compliance, external backend internals and measured benefit remain unestablished as the reports already state. Available but unread leaves are not evidence of absence.

Blockers

none

Limits

• The migration inventory is incomplete across modes. MEM-OBJ-concept-body and the skill-work memory annotation characterize verbatim adoption; the epistemic coverage table already leaves full migration assessment uninspected. SRC-1, skills/okf/playbooks/migrate.md, additionally specifies a v0.1-to-v0.2 spelling migration that lifts body citations into metadata and removes their old section. Its instruction includes: “Then delete the section.” The adoption account remains supported, but readers should withhold a claim that every migration mode preserves body bytes or that the reports enumerate every provenance-reshaping route. This local omission changes neither the main maintenance workflow nor the distinction between structural checks and semantic warrant.