## 2026-06-21 11:06 UTC - Homarr dmz-backup readback

- kube-bot performed a read-only source check for the Homarr backup pilot on `dmz-backup`.
- Infisical `Backup_Restore/prod` was used only to retrieve the technical SSH target metadata/key into a temporary file; no Secret values were printed or stored in notes. Temporary key material was deleted after the check.
- SSH key fingerprint and `dmz-backup` ED25519 host-key fingerprint were checked against Infisical metadata before remote access.
- Remote artifact exists: `/srv/dmz-backup/k3s-dmz/tenants/pidoka/prod/homarr/20260620T104142Z__dmz-k3s__pidoka__homarr__metadata__pilot.tar.gz.age`.
- Remote artifact metadata: size `10694` bytes, owner `openclaw:openclaw`, mode `644`.
- Remote SHA256: `b90154a732f756a10de218f30d28fa9afd8bd15644781aa207011188ca4a5f19`.
- Remote `sha256sum -c` against the adjacent `.sha256` file returned `OK`.
- Scope unchanged: encrypted metadata/manifests only; no Secret values, no PVC payload data, no Longhorn snapshot/backup, no cluster change, no restore, no decrypt on `dmz-backup`.
- Open blocker remains Synology-side: `Backup_K3S_DMZ` share is missing and diskstation-bot SSH to DiskStation is failing, so Synology pull cannot continue until share/access is repaired.

## 2026-06-21 12:50 UTC - DiskStation SSH verified

- Read-only SSH test to Synology DiskStation succeeded using Infisical `Backup_Restore/prod` DiskStation SSH secrets.
- Target: `diskstation-bot@192.168.1.40`.
- Key fingerprint verified against Infisical metadata before use: `SHA256:oiBvFEMidHDopWBe9XpKITrWpFdIoAR6I6E/M3LHW1I`.
- Remote identity: `uid=1029(diskstation-bot) gid=100(users) groups=100(users),101(administrators),65537(ki-bots)`.
- Remote hostname: `DiskstationMB`.
- Remote working directory: `/volume1/homes/diskstation-bot`.
- No Secret values were printed or stored in notes. The private key was written only to a temporary file for the SSH test and removed after the command.
- Next step: diskstation-bot can continue the Synology-side backup pull/share work; kube-bot should stay read-only unless asked for source artifact or restore-chain verification.

## 2026-06-21 13:09 UTC - DiskStation KI_Agenten share prepared

- Mislav created Synology DSM shared folder `KI_Agenten` on `volume1`.
- Recommendation during DSM creation: enable data checksum for advanced integrity; leave file compression disabled because `.age`/`.tar.gz` artifacts are already compressed/encrypted.
- SSH as `diskstation-bot@192.168.1.40` verified the share path exists at `/volume1/KI_Agenten`.
- Created agreed backup structure under `/volume1/KI_Agenten/backups/k3s-dmz/tenants/pidoka/prod/homarr/` with subdirectories `logs`, `status`, `scripts`, and `docs`.
- Existing/visible helper directories also include `/volume1/KI_Agenten/backups/k3s-dmz/{logs,status,scripts,docs}`.
- No Secret values were printed or stored. DiskStation SSH key was retrieved from Infisical only into a temporary file and removed after use.
- Next recommended step: with Mislav's OK, run the first Synology pull of the verified Homarr `.age` pilot artifact from `dmz-backup` into the new `KI_Agenten` structure, then read back size and SHA256.

## 2026-06-21 13:12 UTC - DiskStation SSH secrets reverified

- Mislav explicitly asked to secure/check SSH secrets first before continuing any pull work.
- Verified Infisical `Backup_Restore/prod` contains non-empty DiskStation SSH entries: `DISKSTATION_HOST`, `DISKSTATION_SSH_USER_TARGET`, `DISKSTATION_SSH_PRIVATE_KEY`, `DISKSTATION_SSH_PUBLIC_KEY`, `DISKSTATION_SSH_KEY_FINGERPRINT`, and `DISKSTATION_SSH_STATUS`.
- Private key was retrieved only into a temporary file, parsed with `ssh-keygen`, and deleted after use.
- Fingerprint match verified: `SHA256:oiBvFEMidHDopWBe9XpKITrWpFdIoAR6I6E/M3LHW1I`.
- Target metadata remains `diskstation-bot@192.168.1.40`.
- No Secret values were printed or stored in notes.

## 2026-06-21 13:13 UTC - DiskStation DSM API secrets not yet secured

- Mislav additionally requested securing DiskStation DSM/API access secrets for `diskstation-bot`, not only SSH.
- Checked Infisical `Backup_Restore/prod` by secret names only: no `DSM_*`, `SYNO_*`, or `DISKSTATION_API_*` secret set exists there yet.
- Checked current runtime environment and common local file names by name only: no available DSM/Synology/FileStation API credential source was found.
- Do not reconstruct API passwords from Slack/logs. Store only from an authoritative source: diskstation-bot's current secret store/runtime, Mislav-entered Infisical values, or a newly created DSM API credential.
- Suggested Infisical naming when values are available: `DISKSTATION_API_URL`, `DISKSTATION_API_USER`, `DISKSTATION_API_PASSWORD`, `DISKSTATION_API_AUTH_METHOD`, `DISKSTATION_API_STATUS`; do not persist DSM session IDs/SIDs as durable secrets.

## 2026-06-21 13:30 UTC - HOB Cattaro migration for kube-bot

- Vigil/Mislav requested self-migration of Cattaro Infisical credentials into House-of-Bots Infisical project `hob-cattaro`.
- Initial script run authenticated after `.hob-cattaro-creds` was fixed, but skipped all four expected keys because `CATTARO_INFISICAL_*` environment variables were not injected in kube-bot's container.
- kube-bot used authoritative existing runtime and documented metadata instead:
  - `CATTARO_INFISICAL_URL` from documented Cattaro Infisical URL `http://192.168.1.121:8088`.
  - `CATTARO_INFISICAL_PROJECT_ID` from documented Backup_Restore project ID `ba0a79d9-32fe-474c-be2f-88384a3d9749`.
  - `CATTARO_INFISICAL_CLIENT_ID` from injected `INFISICAL_CLIENT_ID`.
  - `CATTARO_INFISICAL_CLIENT_SECRET` from injected `INFISICAL_AUTH_KEY`.
- Wrote these four secrets into HOB Cattaro project path `/kube-bot` and verified each secret name exists there.
- No Secret values were printed or stored in notes.
- Follow-up from Mislav: rechecked `CATTARO_INFISICAL_URL` in HOB Cattaro path `/kube-bot`; secret name is present.

## 2026-06-21 17:38 UTC - Homarr restore-staging transport verified

- Mislav gave green light for a restore-process dry run initiated by kube-bot.
- diskstation-bot staged the verified Homarr pilot artifact from DiskStation back to `dmz-backup`.
- kube-bot verified read-only on `dmz-backup` using Infisical `Backup_Restore/prod` `DMZ_BACKUP_*` SSH metadata/key in a temporary file; no Secret values were printed or stored. Temporary files were removed after use.
- Restore staging path verified:
  `/srv/dmz-backup/k3s-dmz/_restore-staging/pidoka/prod/homarr/20260621T1733Z-homarr-pilot-restore/`
- Files present:
  - `20260620T104142Z__dmz-k3s__pidoka__homarr__metadata__pilot.tar.gz.age` — `10694` bytes
  - `20260620T104142Z__dmz-k3s__pidoka__homarr__metadata__pilot.tar.gz.age.sha256` — `136` bytes
- SHA256 verify on `dmz-backup`: `OK`.
- Expected SHA256: `b90154a732f756a10de218f30d28fa9afd8bd15644781aa207011188ca4a5f19`.
- Scope unchanged: no decrypt, no K3s change, no productive restore. Next safe step is an artifact/decrypt/manifest check in an isolated restore workspace, only after explicit OK.

## 2026-06-21 17:46 UTC - Homarr decrypt and restore dry-run probe

- Mislav approved continuing with decrypt and restore rehearsal.
- kube-bot copied the staged Homarr `.age` artifact from `dmz-backup` read-only into a temporary local restore workspace and verified the adjacent `.sha256`: `OK`.
- Decrypt with Infisical `Backup_Restore/prod` `BACKUP_HOMARR_AGE_PRIVATE_KEY` succeeded. The key was written only to a temporary file and removed after use; no Secret values were printed or stored.
- Decrypted archive:
  - size `10494` bytes
  - SHA256 `64802165be001fd7c5dab1a59bf0f97934ce47aa31863fcf0c622d0bfa66db87`
- Archive checksum file `SHA256SUMS` verified all contained files: `OK`.
- `metadata.json` confirms this artifact is only `metadata-manifest-pilot`:
  - no Secret values
  - no PVC filesystem payload
  - no Longhorn snapshot/backup payload
  - no cluster mutation during backup creation
- Kubernetes server dry-run for regular K8s manifests succeeded for ConfigMap, Deployment, PV, PVC, Service and ServiceAccount. Warnings were expected because these are live-object snapshots without last-applied annotations.
- Including Longhorn `Volume` live-object dump in server dry-run failed with a resourceVersion/status conflict. Conclusion: Longhorn live CR dumps are useful as metadata, but not directly applyable restore manifests.
- No real cluster change was performed. Next required improvement before a meaningful restore rehearsal: create a restore artifact that includes either PVC payload/Longhorn backup references or a sanitized restore manifest set for an isolated namespace.

## 2026-06-21 18:00 UTC - Backup/restore setup hardening notes

- Mislav asked both bots to complete the setup after the successful Homarr pilot:
  - diskstation-bot handles direct DiskStation -> `dmz-backup` access.
  - both bots document backup/restore process for their own side.
  - Nextcloud/Collective space will be provided later for shared documentation.
  - both bots should remember both Infisical installations and document architecture/nodes.
  - kube-bot should decide when the Homarr `.age` artifact model is sufficient and when rsync, S3, Restic/Kopia, DB dumps or Longhorn backup are better.
- kube-bot read-only verified Infisical access without printing Secret values:
  - Cattaro/Intranet Infisical `Backup_Restore/prod` login OK; expected secret-name groups present: `DMZ_BACKUP_*`, `DISKSTATION_*`, `BACKUP_HOMARR_AGE_*`.
  - HOB Cattaro `/kube-bot` login OK; expected bridge secrets present: `CATTARO_INFISICAL_URL`, `CATTARO_INFISICAL_CLIENT_ID`, `CATTARO_INFISICAL_CLIENT_SECRET`, `CATTARO_INFISICAL_PROJECT_ID`.
- Updated documentation:
  - `INFRASTRUCTURE.md`: DiskStation IP, `KI_Agenten`, restore direction, restore-staging paths, Infisical memory markers.
  - `inventory/backup-folder-structure-dmz-backup-20260619.md`: `_restore-staging` model, trigger/cleanup rules, dmz-backup deletion rule after DiskStation SHA verify.
  - `inventory/backup-strategy-draft.md`: Homarr pilot result and boundaries.
  - `inventory/backup-restore-artifact-classes-20260621.md`: artifact classes and when to use age tarballs vs rsync/Restic/S3/DB dumps/Longhorn backup.
- Follow-up from diskstation-bot: direct DiskStation -> `dmz-backup` SSH access is now configured and tested:
  - `diskstation-bot@DiskStation -> openclaw@192.168.20.90`
  - Status: `OK`
  - DiskStation-side docs created:
    - `/volume1/KI_Agenten/backups/k3s-dmz/docs/BACKUP_RESTORE_PROCESS_K3S_DMZ.md`
    - `/volume1/KI_Agenten/backups/k3s-dmz/docs/ARCHITECTURE_AND_SECRETS_K3S_DMZ.md`

## 2026-06-21 18:12 UTC - Secret inventory check for diskstation-bot and kube-bot

- Mislav asked whether the new DiskStation -> `dmz-backup` SSH secrets are stored in Cattaro Infisical and asked kube-bot for the status of Nginx node, K3s cluster node, ArgoCD and GitHub secrets.
- Checked Cattaro Infisical by secret names only; no values printed or stored.
- `Backup_Restore/prod` contains a `DMZ_BACKUP_*` secret set:
  - host/user/public key/private key/fingerprint/hostkey/target path names are present.
  - `diskstation-bot` subsequently confirmed the exact DiskStation-side key by parse/login/fingerprint:
    `SHA256:oiBvFEMidHDopWBe9XpKITrWpFdIoAR6I6E/M3LHW1I`.
- `platform-kubernetes/prod:/bots/kube-bot/ssh` contains kube-bot SSH secret sets:
  - `SSH_KEY_NGINX_*` and `SSH_HOST_NGINX_PROXY`.
  - `SSH_KEY_DMZ_*`, `SSH_HOST_DMZ_CONTROL_PLANE`, `SSH_HOST_DMZ_WORKER`.
  - `SSH_KEY_IT15_*`, `SSH_HOST_IT15`.
- ArgoCD/GitHub status remains not clean enough:
  - local docs indicate IT15 ArgoCD has repository credential context for `platform-gitops`.
  - no dedicated ArgoCD or GitHub secret names were found in Cattaro Infisical under common kube-bot paths checked.
  - Follow-up required: define Infisical paths for ArgoCD admin/repo credentials and GitHub token/key if still needed, then rotate or import from the authoritative source without exposing values.

## 2026-06-21 19:07 UTC - DMZ Infisical recovery token status

- Mislav asked whether kube-bot already has and stored the `infisical-dmz` token.
- Checked local documentation and Cattaro Infisical by secret names only; no values printed or stored.
- Local documentation currently says DMZ Infisical is deployed by IT15 ArgoCD in namespace `platform-infisical`, with initial secrets held as Kubernetes Secrets in that namespace.
- Cattaro Infisical checks did not show a dedicated `infisical-dmz` recovery/token secret set under the common platform/kube-bot paths checked.
- Current status: not cleanly stored for recovery outside the DMZ cluster. This remains an open hardening task.
- Safe next step requires explicit OK because it handles secret material: define a Cattaro Infisical path such as `platform-kubernetes/prod:/platform/infisical-dmz/recovery`, then rotate or import only the required recovery tokens/initial secrets from the authoritative source without printing values.

## 2026-06-21 19:24 UTC - ArgoCD GitHub token Infisical placeholder

- Mislav found the GitHub token for ArgoCD and asked for the exact Infisical location.
- Created the Cattaro Infisical folder path in project `platform-kubernetes`, environment `prod`:
  `/platform/argocd/github`
- Created placeholder/metadata secret names only; no real token value was printed or stored in notes:
  - `ARGOCD_GITHUB_TOKEN` — currently contains an intentionally invalid placeholder, must be replaced by Mislav.
  - `ARGOCD_GITHUB_TOKEN_STATUS` — `placeholder_needs_real_value`.
  - `ARGOCD_GITHUB_TOKEN_PURPOSE` — IT15 ArgoCD repository access for `GitMasterOne/platform-gitops`.
  - `ARGOCD_GITHUB_REPO_URL` — repository URL metadata.
- Added GitHub project/repository metadata in the same path:
  - `ARGOCD_GITHUB_OWNER`
  - `ARGOCD_GITHUB_PROJECT`
  - `ARGOCD_GITHUB_REPOSITORY`
  - `ARGOCD_GITHUB_REPO_FULL_NAME`
- Before using this in ArgoCD, verify the token value has been replaced and update status to `active` or rotate/import via an approved secret-handling flow.

## 2026-06-21 19:32 UTC - ArgoCD GitHub token access verified

- Mislav replaced the placeholder `ARGOCD_GITHUB_TOKEN` and set `ARGOCD_GITHUB_TOKEN_STATUS=active`.
- Verified without printing the token:
  - Infisical secret name present in `platform-kubernetes/prod:/platform/argocd/github`.
  - Status value is `active`.
  - GitHub REST API access to `GitMasterOne/platform-gitops` returned HTTP `200`.
  - Repository is visible as private repo, default branch `main`.
  - Read-only `git ls-remote --heads` against `https://github.com/GitMasterOne/platform-gitops.git` succeeded and returned `refs/heads/main`.
- Token was only passed through memory/environment to the verification process; no token value was printed or stored in notes.

## 2026-06-21 19:36 UTC - ArgoCD documentation recheck

- Mislav asked whether ArgoCD was already clean and requested checking local documents/concepts.
- Rechecked `SESSION_HANDOFF.md` and `inventory/argocd-readiness-20260615/README.md`.
- Correction to the earlier narrow Infisical-path check:
  - Docs already recorded a GitHub PAT in Cattaro Infisical at `platform-kubernetes/prod:/platform/gitops/github/GITHUB_PAT_PLATFORM_GITOPS`.
  - Docs also recorded IT15 ArgoCD Repository Secret `argocd/repo-platform-gitops` for `https://github.com/GitMasterOne/platform-gitops.git`, with password/PAT sourced from Infisical.
  - `platform-argocd-projects` had been verified `Synced/Healthy`.
  - DMZ Infisical had been deployed via IT15 ArgoCD and IT15 apps `platform-infisical-dmz`, `demo-guestbook-cattaro-stage`, and `platform-argocd-projects` were documented `Synced/Healthy`.
- Still-open hardening items from docs:
  - avoid real apps in broad `default` AppProject / tighten AppProjects over time.
  - rotate/store ArgoCD initial admin credential cleanly.
  - finish DMZ Infisical runtime secret recovery/backup.
  - continue old DMZ ArgoCD to IT15 ArgoCD migration app by app.