The production composition hardwired the macOS Keychain (/usr/bin/security),
which made Linux deployment impossible. Now:
- SecretStore gains a stable provider identity persisted in
secret_references.provider; services stop hardcoding 'macos-keychain'
- shared reference codec (secret-reference.ts) understands both
keychain:// and secret-file:// references
- FileSecretStore: single 0600 JSON map under the data root, atomic
temp+rename writes, serialized in-process, same validation envelope
- production composition picks the backend via
MULTI_SIMADMIN_SECRET_BACKEND (default: Keychain on darwin, file store
elsewhere) and readiness probes the matching backend
- Wire identity, metrics and update services into the assembled API.
- Add connection authorization modes and scoped console authorization.
- Preserve notification group IDs for filtered delivery.
- Extend maintenance, backup, resource and module flows with runtime metadata and upstream safety.
Deletion now follows the published contract: prepare returns the one-time
token and the console spends it on DELETE /api/v1/instances/:id with
If-Match, where the generic execute endpoint had been rejecting it as an
operation the safe transport cannot replay.
An online device is told to release its own binding first. A refusal keeps
the record and reports UNBIND_FAILED on the job item so the console can say
why the node is still there; a node that never answers a heartbeat is
forgotten locally.
Add central notification channels, rules, queue and delivery logs, fleet
organization groups and tags, device discovery, the device action catalog,
instance module reads, the log centre, connection settings and system
maintenance as native /api/v1 routes backed by the existing secret store,
audit trail and pinned upstream transport.
Drop the redundant advanced table so fleet stays resource-first cards.
Keep multi-select batch service/system restart via prepare→execute, card
restarts, overview system ops, and progressive fleet loading.
chick