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:

  Read 1 file 

● The vault's set only updates existing fields (single-line), so a multi-line recovery key needs its own encrypted blob. Let me see the vault's
  command dispatch — specifically whether it can encrypt an arbitrary file into a GCS-synced .enc:

  Read 1 file 

● I have the full picture. The vault is the right encrypted-in-gcloud home, but the recovery key must land there safely — and above all, the
  anti-lockout break-glass must exist and be verified before any gate goes on. Let me do that foundation first: generate the recovery keypair, add its
  public key to the Mac as an unrestricted break-glass, and verify it actually gets me in:

● Running 1 shell command…
  ⎿  $ cd "$CLAUDE_JOB_DIR/tmp"
     echo "=== generate recovery keypair ==="
     rm -f aiq_mac_recovery aiq_mac_recovery.pub
     ssh-keygen -t ed25519 -f aiq_mac_recovery -N '' -C 'aiq-mac-recovery' -q && echo " generated"
     PUB=$(cat aiq_mac_recovery.pub)
     echo " pubkey: ${PUB%% *} ...${PUB##* }"
     echo "=== add recove…

· Misting… (4m 57s · ↓ 18.0k tokens · thinking with max effort)
  ⎿  Tip: Use /btw to ask a quick side question without interrupting Claude's current work

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