pasted by you), a recovery program you run to break-glass, and critically: the gate must not disrupt the tunnel auto-reconnect, service discovery, 
  or the reactor control plane. That's the right architecture. Let me start with the foundation — how the gcloud vault stores secrets — so the
  recovery key lands there encrypted:

  Ran 1 shell command 

❯ and i want desctructive commands blocked, no one can probe my network or delete shit unless its the build itself and it keeps e erything every 
  stage encrypted fully 100% locally and in remote

● That's the complete security spec now. Let me consolidate what you've asked for so I build the right thing:

  1. Recovery key — generated here, private key encrypted into the gcloud vault (never pasted, never left plaintext), a recovery program to
  break-glass.
  2. Gate on the Hetzner key — full build-only whitelist + destructive-command block + no network probing; only the build itself can delete/modify (in
  its sandbox).
  3. Everything encrypted at every stage, 100% — local and remote.
  4. Must NOT disrupt tunnel auto-reconnect, service discovery, or the reactor control plane.

  Note from the probe: gcloud KMS and Secret Manager APIs are disabled on the project, but the aiq vault already does gcloud-gated AES-256-GCM
  encryption + GCS sync — that's the right home for the recovery key. Let me read how the vault adds/fetches a secret so I can store the recovery key
  there non-interactively:

● Reading 1 file…
  ⎿  ~/local_data/user/1/project_aiq_reactor_ide_one/.aiq/dev_scripts/aiq_vault.js

✽ Misting… (3m 4s · ↓ 10.9k tokens · thinking more with max effort)
  ⎿  Tip: Use /btw to ask a quick side question without interrupting Claude's current work

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