Maestro is the UI/CA, not the enforcement: the auth service owns its
authorized-keys trust store. This is Maestro's side of the flow.
- lib/authmgmt: mTLS management client (Maestro's own identity cert from
the instance CA) for /internal/{attestation,authorizations,revoke,
pending}; RevokeServiceBestEffort for uninstall.
- handlers/peers: GET /api/peers, /api/peers/attestation, POST
approve/revoke.
- uninstall: revoke the service's authorization in the auth trust store
alongside the CRL identity revocation.
- frontend: TrustedServices panel (pending first-contact authorizations +
approved keys with authorize/ignore/revoke actions).
- spec.yaml: document the new endpoints and schemas.
- housekeeping: untrack pki test log artifacts, gofmt fixes in pki.
Parse has_auth/public_key from the service manifest onto Container
(persisted to InstalledMetadata), fetch manifests for running non-db
containers during reconciliation, hide role=auth containers from the
grid, and ensure dcntrlized-auth starts with the shared database.
The shared dcntrlized-db Postgres service is now treated as Maestro
infrastructure: it is hidden from the service grid and auto-started
before any app container when already installed.
- Container model gains role/hidden/capabilities; registry items gain
hidden; installed metadata persists manifest capabilities so stopped
services still surface them.
- Registry marks the shared database image as hidden (OCI annotation,
label, or name fallback).
- Compose label rewrite merges existing service labels instead of
replacing them, so org.dcntrlized.role/hidden survive.
- New infra helpers ensure the external dcntrlized_net network and
start the database on the prod path and before each StartContainer.
- Watcher skips manifest fetch for db-role containers and persists
capabilities from the manifest.
- spec.yaml documents the new fields.
Admin