I read this as a forensic recovery audit - I’ll inspect the stopped gateway’s live and immutable evidence, derive a non-replay restoration path, and write only the requested JSON deliverable.


The evidence converges on a committed r70 launch that failed during durable-state validation; I’m now correlating the failure receipt with the sealed startup contract and the untouched live roots before deciding recoverability.


The r70 registration cannot be repaired in place: its one-time row is valid but permanently binds an older directory-pin digest, while current customer bytes and inode identities are legitimate. The safe route is an authorized stopped-predecessor r71 upgrade that creates a fresh canonical authority; I’m finalizing its fail-safe restart override and one-use rollback guards.


The audit decision is complete: recovery is possible through the existing r71 package, but only under fresh operator authority because the prior operational window has expired. I’m validating the evidence artifact and final stopped-state assertions now.


I read this as a forensic recovery audit - completed without touching services or live state.

Created:

`/home/cube/projects/richard/traning coach/.omo/evidence/nutricoach-telegram-checkin-stepper/task-10-r70-safe-restore-analysis.json`

Verdict: **RECOVERABLE**, conditional on fresh operator authorization for the stopped-predecessor r71 sequence. Direct r70 restoration has no safe path.

Verified:

- JSON valid; LSP diagnostics clean
- Evidence SHA-256: `b2f2ef975593be67936a67d451805532cda63e43700b0675c286a49e958c3a38`
- Unit remains `inactive/dead`, PID `0`, `NRestarts=26`
- No recovery override was installed
- No service, authority, network, customer, provider, or Git action performed


I read this as a correction audit of my runbook preconditions - I’ll derive the supported sealed verifier invocation, recompute every typed/path-specific baseline, distinguish my transcription errors from live drift, and write only the corrected JSON evidence.


Both reported blockers are runbook defects, not live drift: I transcribed the events digest by splicing the binding-hash suffix, and I truncated the established draft ID. The supported verifier uses the known Python 3.12/pydantic environment with sealed wheels and controller source explicitly pinned on `PYTHONPATH`; I’m proving that exact read-only invocation before emitting the correction.


I read this as a correction audit of my recovery preconditions - completed read-only.

Created:

`/home/cube/projects/richard/traning coach/.omo/evidence/nutricoach-telegram-checkin-stepper/task-10-r70-safe-restore-precondition-correction.json`

Findings:

- Both hash/path mismatches were runbook typos, not live drift.
- `/usr/bin/python3` was invalid for the typed verifier.
- Correct sealed verifier invocation passed with the supported Miniconda Python and explicitly pinned sealed `PYTHONPATH`.
- All corrected file hashes and directory hash streams pass.
- Service remains `inactive/dead`, PID `0`, `NRestarts=26`.
- All r71 effect roots, runtime override, and matching processes remain absent.
- No launcher authority or live action was exercised.

Evidence SHA-256: `df540f85487d3c773d5e4212fcf6b2d67b1899a5fe800a5114992ac6d1bc068c`