I read this as implementation - I’ll clone the v5 observer into a new append-only v6 evidence root, rebind and verify every current-state input, seal it independently, then arm the persistent observer and stop at the emitted handoff without activating anything.


The v5 lifecycle logic is reusable, but its wrapper and current-state verifier are stale: the live authority is already `ready`, while candidate/profile bindings and activation checklist now point to `6aaef77d…`. I’m rebinding those exact inputs and adding the activation-through-cleanup deterministic coverage before sealing; I will also resolve the actual gateway unit name rather than infer service state from the obsolete v5 documentation.


Implementation is starting now. The new v6 will retain the v5 classifier and recursive inotify behavior unchanged except for explicit current-candidate/checklist/readiness bindings and the placeholder-free cutover command; the wrapper will independently prove both the preserved Hermes wheel and the exact 44-module profile wheel parity.


The v6 implementation and deterministic lifecycle tests are complete. I’m at the sealing phase: rerunning diagnostics, compile, lint, and all 28 tests against the final bytes, then I’ll create the one-time inventory/seal, run the independent no-network verifier, and only after those pass arm the long-lived observer.


The seal and independent verifier passed with unchanged live authorities. I’m arming the final observer in a detached tmux session now, with a filesystem creation subscription established before launch; after confirming its inotify descriptors, ready document, single READY ledger event, and exact command, I will stop at that handoff.


I read this as implementation - delivered and armed the v6 observer, stopping before activation.

- Root: `/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6-6aaef77d`
- Seal: `34b9b4d8677c0a4f977c659f99bad1e9a9d94e289a10c25fdcb12faf14be1168`
- Inventory: `a063abd045380fe013c64a4670614982b18f6a8c4955bb41ce7410ab25953c80`
- Sealed files: 8
- Tests: 28 passed
- Profile module parity: 44/44
- Candidate inventory: 1,534 files
- Independent proof: `619b16e85e93337224b56e944ecd25e9ceceecc4852c9a4d4ebe58dba6754015`

**Background observer**

- tmux session: `task26-observer-v6-6aaef77d`
- PID: `411203`
- inotify FD: `3`
- Recursive watches: 70
- Event count: 1
- Sole emitted handoff: `READY_OPERATOR_ACTIVATION_CUTOVER`

**Live evidence**

- Ready SHA-256: `2d3f2a9a234e810676f47d1ebf68d7d9141aaf79d33415a31ccbbac979d3039e`
- Events SHA-256: `74f6f4df980fec8cd4dcca384ce2bfa54d394233396fc5f0392637b5a764e60f`
- Authority SHA-256: `a5e05a06e6be4f5d64f6cdd4f0529da4b6c46f012f8807531d6907e55a60ae0b`

**Exact activation command**

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/dualcoach_admin customer activate --profile-root /home/cube/.hermes/profiles/dualcoachtest --data-root /home/cube/.hermes/profiles/dualcoachtest/data --customer-id task26_live_2e_r2_20260815_8527916639 --checklist-evidence '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-activation-checklist-6aaef77d-task26-live-2e-r2/activation-checklist-receipt.json' --bootstrap-session cb_PCczfFXoI4GjvCxLBs1oRA --expected-generation 5 --package-root /home/cube/.hermes/profiles/dualcoachtest/workspace/checkin_cli
```

**Preserved invariants**

- Gateway service active/running; Telegram connected.
- Customer disabled.
- Adaptive activation and delivery false.
- Bootstrap generation 5, `AWAITING_ACTIVATION`.
- Owner review approved and finalized-ready.
- Zero deliveries.
- No activation, send, Telegram interaction, service action, provider/token/Git/plan/todo/ledger mutation, or prior-evidence modification performed.


I read this as a focused fail-closed correction - I’ll create an append-only v6.1 successor, bind the command to the canonical registered customer root, exercise the real `customer_admin` root resolver in regression tests, verify the failed attempt left all authorities unchanged and the service healthy, then reseal independently without starting any observer.


The failed command was fully pre-mutation: registry, bootstrap, readiness/customer authority, owner callbacks, and gateway-state hashes exactly match the v6 independent baseline; no delivery ledger exists, and the gateway remains active/running with Telegram connected. I’m now building v6.1 solely from the sealed v6 source artifacts, excluding all v6 runtime outputs.


The correction now reaches beyond string pinning: the new regression calls both the shipped registered-customer resolver and the shipped G1 root validator against live read-only authority, requiring the old profile-level root to fail and the canonical customer root to pass. I’m running final validation before sealing.


Final validation passed: 29 tests, including the real production resolver/G1 regression; zero diagnostics, compile and Ruff clean. The corrected arm-only handoff retained authority hash `a5e05a…` and resolved the exact customer root. I’m sealing and running the independent verifier now; no observe-mode process will be launched.


I read this as a focused fail-closed correction - v6.1 is sealed and verified without activation or observer startup.

- Root: `/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.1-6aaef77d`
- Seal SHA-256: `12cff1a96c5df6d843d29b49874ef07ec0c0e27bef4eabd9a218f043339ec76f`
- Inventory SHA-256: `cc7dbc8caf264588680cf2887328b31473fc9dc08087d687f487422e3c1282e0`
- Independent proof SHA-256: `392385c84c8d2bcd2aba99ca0653bc1c5b1220aa1691fe9e364fcbe107dd1f0a`
- Tests: 29 passed
- Real `customer_admin` resolver/G1 regression: passed
- v6 predecessor remained unchanged.

**Observer script command — not run**

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/python '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.1-6aaef77d/observer_v61.py' observe --profile /home/cube/.hermes/profiles/dualcoachtest --ready '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.1-6aaef77d/live-v61-ready.json' --events '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.1-6aaef77d/live-v61-events.jsonl'
```

**Exact corrected handoff**

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/dualcoach_admin customer activate --profile-root /home/cube/.hermes/profiles/dualcoachtest --data-root /home/cube/.hermes/profiles/dualcoachtest/data/customers/task26_live_2e_r2_20260815_8527916639 --customer-id task26_live_2e_r2_20260815_8527916639 --checklist-evidence '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-activation-checklist-6aaef77d-task26-live-2e-r2/activation-checklist-receipt.json' --bootstrap-session cb_PCczfFXoI4GjvCxLBs1oRA --expected-generation 5 --package-root /home/cube/.hermes/profiles/dualcoachtest/workspace/checkin_cli
```

Verified invariants:

- Failed attempt caused zero registry, customer authority, bootstrap, or delivery mutation.
- Delivery ledger remains absent.
- Customer remains disabled; activation/delivery remain false.
- Bootstrap remains generation 5 `AWAITING_ACTIVATION`.
- Gateway remains active/running, PID `343199`; Telegram connected.
- No tmux session or v6.1 observer process started.
- No activation, network, service, Git, plan, todo, or ledger mutation performed.


I read this as an append-only deployed-state rebind and handoff correction - I’ll derive v6.2 from sealed v6.1, bind the new candidate/deployment/current authority, replace the customer start action with the exact Korean production alias, test the real Telegram adapter’s alias behavior plus downstream lifecycle, then seal and independently arm-only verify without starting an observer or taking any live action.


The deployed authority matches the requested post-activation state: PID `535046`, service active/running, Telegram connected, customer enabled, bootstrap generation 6 `ACTIVE`, feature activation/delivery false, no delivery ledger, and update `629525116` remains a durable `blocked_receipt`. The deployed candidate and receipt verify exactly; I’m creating v6.2 from sealed v6.1 source only and rebinding the changed Hermes runtime plus incident/candidate inventories.


V6.2 now emits only the Korean customer start instruction (`send:오늘 체크인`) and explicitly expects the inline `오늘 체크인 시작` control. The downstream state machine is unchanged; I’m validating the real installed adapter, deployed candidate/wheel parity, live read-only arm state, and all lifecycle regressions before sealing.


One inherited pre-activation G1 audit assertion correctly became invalid after activation-created customer artifacts; the registered-root resolver itself still passes the canonical root and rejects the profile root. I’m making that inherited test deterministic for the deployed phase while retaining its real resolver and wrong-root G1 checks, then rerunning the full suite once on final bytes.


Final validation is green: 30 deterministic tests, real installed adapter behavior passed, zero diagnostics, compile/Ruff clean, and live authority hashes remain unchanged. I’m sealing the final bytes and running the independent arm-only verifier; no observe process, customer action, or service action will be started.


I read this as an append-only deployed-state rebind and handoff correction - v6.2 is sealed and verified without starting an observer or performing customer actions.

- Root: `/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.2-f38d0373`
- Seal SHA-256: `ca54d55c79edcd6e87eae90646191bab55943980dce21f3e8b647b9dd900fc69`
- Inventory SHA-256: `15fac736a787870677343b1f394ebbe4a56d3b81c541557d691fc8e5a7b0f74b`
- Independent proof: `6e71b4f734d0d423dfe52ba7315c36ff201638b7bd230626ac3a3ccab1f5d264`
- Tests: 30 passed
- Real installed Telegram adapter alias regression: passed
- Sealed files: 8
- V6.1 predecessor seal preserved: `12cff1a96c5df6d843d29b49874ef07ec0c0e27bef4eabd9a218f043339ec76f`

**Exact handoff**

- Status: `READY_CUSTOMER_START_CHECKIN`
- Action: `send:오늘 체크인`
- Expected inline control: `오늘 체크인 시작`

**Built-in observer command — not run**

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/python '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.2-f38d0373/observer_v62.py' observe --profile /home/cube/.hermes/profiles/dualcoachtest --ready '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.2-f38d0373/live-v62-ready.json' --events '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.2-f38d0373/live-v62-events.jsonl'
```

Verified current state:

- Service active/running, PID `535046`; Telegram connected.
- Customer enabled; bootstrap generation 6 `ACTIVE`.
- Adaptive activation and delivery false.
- Zero deliveries.
- Historical update `629525116` remains blocked and unreplayed.
- No observer/tmux process, customer action, network call, service action, or live-state mutation performed.


I read this as an append-only timeout-policy correction - I’ll derive v6.3 from sealed v6.2, raise only the accepted per-stage cap to six hours while retaining the existing six-hour total cap, add parser/runtime boundary regressions with unchanged defaults, bind the current recovery/deployed authority, then seal and independently arm-only verify without starting any observer.


The recovery evidence proves polling offset lower bound `629525117`, target `629525116` absent, service PID `545777`, and unchanged customer business authority. The six-hour stage fits the existing six-hour total deadline exactly, so v6.3 will keep total cap/default `21600`, keep stage default `1800`, and raise only stage cap to `21600`; this preserves a single global bounded deadline rather than expanding it to twelve hours.


V6.3 now keeps defaults at `1800/21600`, caps both stage and total at `21600`, and exposes parsing/bound validation separately so the six-hour acceptance and over-cap rejection tests execute deterministically without waiting. I’m validating final behavior and deployed bindings before sealing.


Validation passed: 34 tests, including unchanged defaults, accepted six-hour stage, and independent stage/total over-cap rejection; zero diagnostics and lint/compile clean. Arm-only reports both caps as `21600` with unchanged authority and handoff. I’m sealing final bytes and running independent verification now.


I read this as an append-only timeout-policy correction - v6.3 is sealed and verified without starting an observer.

- Root: `/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.3-f38d0373`
- Seal SHA-256: `2833428cfab41826a5cb54f90bb51c56f40b2468850d02687f7341c791b7f803`
- Inventory SHA-256: `a2b44e21b6c60678251d75eb7642ead0aec961a704949baeeb133eb4d9d2cf34`
- Independent proof: `ae054b85d4788144140868cf155b0ca97052976f50a75c8af0511cf63e94e2a3`
- Tests: 34 passed
- Sealed files: 8

Timeout policy:

- Defaults unchanged: stage `1800`, total `21600`.
- Caps: stage `21600`, total `21600`.
- Stage `21600` accepted; values above either cap rejected.
- Existing six-hour total remains the global bound.

**Exact built-in command — not run**

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/python '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.3-f38d0373/observer_v63.py' observe --profile /home/cube/.hermes/profiles/dualcoachtest --ready '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.3-f38d0373/live-v63-ready.json' --events '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.3-f38d0373/live-v63-events.jsonl' --stage-timeout 21600 --total-timeout 21600
```

Verified current state:

- Candidate `f38d0373…` and recovery seal `00d44de…` bound.
- Polling offset lower bound `629525117`.
- Customer enabled; bootstrap generation 6 `ACTIVE`.
- Adaptive activation/delivery false; zero deliveries.
- Service active/running, PID `545777`; Telegram connected.
- No observer/tmux startup or live, service, network, Git, plan, todo, or ledger mutation.


I read this as an append-only deployed bootstrap rebind - I’ll derive v6.4 from sealed v6.3, bind the new candidate/deployment and canonical service-state gate, change the initial handoff to require one fresh Korean alias after arming with no replay claim, preserve the six-hour policy and downstream lifecycle, then seal and independently arm-only verify without starting an observer or taking live action.


I read this as implementation - create, seal, and independently verify append-only observer v6.4 without live actions.

Created:

`/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.4-4a6c7ee5`

- Seal SHA-256: `1de58545eba0f315e825372569fff35c1c2c3fc7552ecdb2d915b6c61daeb5c2`
- Inventory SHA-256: `680f8219e093410b012fa304ad0d8f560ad77454c4fd1d26f80ef7a12b8a10ac`
- Independent proof SHA-256: `050a2c26a31d8134426091d0be1f30268196ff7b376bf082d37487dbfbdb4076`
- Verification: 34 tests passed; Ruff, compile, diagnostics, sealed inventory, and arm-only verification passed.
- V6.3 seal remained unchanged.
- Fresh alias requirement explicitly excludes replay/acceptance of the pre-arm 12:10 message.
- No observer/tmux, customer, network, service, Git, plan, todo, or ledger action was performed.
- Fresh live paths remain absent.

Exact command, not run:

```bash
/home/cube/projects/richard/hermes-agent/.venv/bin/python '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.4-4a6c7ee5/observer_v64.py' observe --profile /home/cube/.hermes/profiles/dualcoachtest --ready '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.4-4a6c7ee5/live-v64-ready.json' --events '/home/cube/projects/richard/traning coach/.omo/evidence/task26/task26-continuous-lifecycle-observer-v6.4-4a6c7ee5/live-v64-events.jsonl' --stage-timeout 21600 --total-timeout 21600
```