## Verdict
**ITERATE**

## Claim Checks
- The reviewed artifact is a detailed, human-readable Revision 7 addendum with explicit service/helper bytes, token validation, control/capability schemas, E2E assertions, acceptance criteria, risk gates, and a three-phase approval intent.
- Internal intent is mostly consistent: the dashboard is IPv4-loopback-only; ordinary global/test/real outbound remains off; the sole proposed exception is a one-use, allowlisted Telegram test capability; real-pilot approval remains outside Revision 7.
- AC-1 through AC-9 are mapped to evidence categories, but several stated proofs are not actually supplied by the exact commands.
- The supplied SHA was not independently recomputed because the assignment prohibited any operation beyond reading the target artifact and persisting this evaluation.
- All product/runtime paths cited by the plan remain unverified against the filesystem by explicit assignment constraint. This includes the current source tree, venv, CLI entry points, registry, unit/helper source files, bundled control config, tests, and runtime directories.

## Missing Evidence
1. **Definitely missing runtime ownership/lifecycle.** Readiness requires a fresh `runtime.json`, but the plan does not identify the process that creates and refreshes it, its atomic update/locking rules, startup initialization, cadence, stale-heartbeat recovery, or shutdown behavior. The production unit starts only the dashboard, while the isolated E2E fixture seeds control/token/registry but not `runtime.json` and starts no gateway process. Executors must guess whether the dashboard, gateway, or fixture owns heartbeat/inflight state.
2. **Definitely missing approval authentication/storage contract.** `--actor Richard` is only a caller-supplied string in the shown commands. The plan says Richard uses a separate authenticated console session but defines no authentication mechanism, authorization check, approval record schema/location/mode, tamper resistance, expiry rules for code-readiness/test-send approvals, or evidence that the deployment actor cannot impersonate Richard.
3. **Definitely insufficient AC-6/AC-7 verification.** One ledger intent plus one receipt does not prove exactly one network call. The replay claim has no exact replay command. Success is exercised, but no exact deterministic verification is supplied for failure-before-I/O, failure-after-intent, timeout/unknown result, SIGINT/SIGTERM, crash/restart, or concurrent callers. The table's phrase “injected failures” names no fixture, test IDs, commands, or expected state/exit results.
4. **Definitely underspecified concurrency/crash semantics.** An append-only JSONL ledger cannot by itself enforce a unique capability key. The plan needs a concrete exclusive-lock/transaction protocol, atomic capability-state persistence, fsync ordering, concurrent-dispatch behavior, and recovery rules for crashes between intent append, `dispatch_count` update, network I/O, receipt persistence, and revocation.
5. **Definitely incomplete file/change inventory.** Verification consumes `deploy/config/control.json`, but that directly affected bundled default is absent from File-level changes. The plan also introduces/administers CLI surfaces (`hermes.admin`, approvals, evidence, capability, registry-digest, test-send, ledger) without identifying their implementation/entry-point/storage files or focused tests. If Revision 6 supplies them, the addendum must cite that dependency explicitly enough to eliminate guessing.
6. **Definitely conflicting operational authority.** Commands are declared to run as unprivileged `cube`, yet installation requests explicit owners and the registry is `chown`ed/`chmod`ed despite registry modification being out of scope and the registry otherwise being read-only. The plan must distinguish privileged provisioning from `cube` runtime commands, state required preconditions, and clarify whether metadata remediation is authorized. It must not imply that a failed owner check may be silently repaired during a read-only preflight.
7. **Thin proof for AC-1/AC-2.** `systemd-analyze verify` and installation do not prove the unit/helper are byte-for-byte the specified payloads; the `ss` command is observational rather than an executable exact-one-loopback assertion. AC-2 requires symlink/mode/owner failures before bind, but the verification names only an undifferentiated default pytest suite and no focused test IDs or expected bind/exit evidence.

## Approval Boundary
No production installation, registry metadata mutation, approval creation, capability request/arming, or Telegram dispatch is approved by this critic gate. The exact byte contracts and pure schema/security/E2E implementation can be used as revision inputs, but execution should not begin from this plan until the runtime-state owner, authenticated approval boundary, durable one-shot transaction, failure verification, file inventory, and privilege split are specified. Revision 7 does not authorize the real pilot under any circumstance; even after revision, the live test send remains separately gated by authenticated Richard code-readiness and test-send approvals.

## Summary
- **Clarity:** Strong for static unit/helper/token/API contracts; inadequate for runtime ownership, approval identity, and one-shot transaction behavior.
- **Verifiability:** Partial. Exact happy-path assertions exist, but key security, concurrency, crash, failure, and exact-network-call claims lack executable proof.
- **Completeness:** Not execution-complete due to missing runtime lifecycle, CLI/storage files, approval persistence/authentication, and privilege boundaries.
- **Big Picture:** Least-privilege and fail-closed intent is coherent, but the missing heartbeat owner and spoofable approval description undermine the governing safety model.
- **Principle/Option Consistency:** Mostly consistent; registry metadata mutation and “run as cube” provisioning conflict with read-only/out-of-scope and privilege claims.
- **Alternatives Depth:** Selected/rejected top-level options are clear; durable uniqueness and authenticated approval implementation alternatives are not evaluated.
- **Risk/Verification Rigor:** Risks are recognized, but the highest-risk dispatch/crash/approval paths are asserted rather than deterministically verified.

## Required Changes
1. Define the sole owner of `runtime.json`; production and isolated startup topology; initial state; atomic write/lock/fsync rules; heartbeat cadence; inflight transitions; stale/restart/shutdown behavior; and exact tests proving readiness can become and remain true without masking gateway failure.
2. Define authenticated Richard identity and authorization, approval record schema/path/permissions/immutability, evidence binding/digests, expiry/dependency semantics, and a test proving a deployment actor cannot create either required approval merely by passing `--actor Richard`.
3. Specify a concurrency-safe, crash-consistent capability/ledger algorithm with lock scope and write/fsync order. Add deterministic tests for concurrent callers and every crash window, proving at-most-one network invocation and fail-closed recovery without retry.
4. Add exact commands or named focused tests for replay, failure, timeout/unknown result, interrupt, startup recovery, stale heartbeat, all AC-2 negative cases, and AC-7 final predicates. Use an instrumented fake transport/provider call counter to prove exactly one attempted network call; ledger count alone is insufficient.
5. Complete the file-level inventory for bundled `deploy/config/control.json`, CLI/entry points, approval/evidence/capability persistence, and focused unit/integration tests, or explicitly cite the exact Revision 6 artifacts that already own each responsibility.
6. Split privileged provisioning from commands run as `cube`, state preconditions and expected failure behavior, and clarify whether registry ownership/mode remediation is authorized without changing registry contents. Preserve the stop gate rather than silently repairing an unexpected registry owner.
7. Add executable byte-equality and exact listener assertions, and identify the focused security tests that prove exit 78 occurs before bind for symlink, mode, owner, link-count, size, and malformed-token cases.