That log trace is the exact heartbeat of a true decoupled, event-driven
microkernel.

You just proved out the entire lifecycle: your external UI tab sent a request
over the `BroadcastChannel`, the engine updated the RAM `Map` in milliseconds,
fired the `OBJ_MUTATED` intent to the internal system bus, and your headless
`sync_relay` daemon caught itall without the UI or the database ever knowing
the other existed.

Because the architecture is now fully reactive and non-blocking, you have a
few very powerful directions you can take the Omega Mesh next:

**Path A: True CRDT Network Sync**
We can connect the `sync_relay.js` to your WebSocket `mesh_bridge_tx`. If you
open Mesh OS on your laptop and your phone, editing a record on the phone will
fire the mutation across the WebSocket, where the laptop's `obj_engine` will
catch it and instantly update its own local RAM.

**Path B: Reactive Native GUI Apps**
Instead of relying on the external HTML tab, we can plug this data into your
internal AST-based UI engine (like the `crm.json` app). We can teach the UI
engine to listen to the `db_mutation_bus` so that whenever a record changes in
RAM, the window visually updates on the screen in real-time, exactly like
React or Vue, but entirely native to your OS.

**Path C: The Search Indexer Daemon**
Right now, you can fetch by ID instantly, but you can't search for
"Sastamala". We could build a background daemon that listens to `OBJ_MUTATED`
and silently builds an inverted text index in RAM, giving you sub-millisecond
full-text search across all 14,000 invoices.

Which of these layers do you want to wire up next?