triad-heartbeat

To keep triad nodes synchronized and prevent timeout drift, you can schedule automated wake checks across TM-1, TM-2, and TM-3 nodes. This heartbeat mechanism monitors git state sync and queued work to maintain consensus readiness and prevent stale state.

Triad heartbeat consensus scheduling is a deterministic process that coordinates wake checks and work verification across a three-node quorum. It is needed when managing tasks like git state syncing, ledger reconciliation, corruption checks, and queue processing to protect against stale state and ensure timely recovery.

You configure wake checks by enabling a structured triad-state and consensus ledger that applies across all nodes. This setup triggers alerts and reconciles state automatically whenever a node lags, surfacing pending work items for immediate processing.

Yes, heartbeat monitoring supports git state alignment, memory replication verification, and corruption detection across the triad. It verifies that all nodes maintain synchronized consensus readiness and triggers alerts when alignment issues are detected.

No, triad heartbeat monitoring operates without external dependencies. It uses a structured triad-state and consensus ledger internally to gate guarded actions and manage deterministic scheduling for queue processing across the nodes.

Timeout drift occurs in a quorum when nodes fall out of sync due to unmanaged scheduling delays. Scheduled heartbeats apply deterministic wake checks across all nodes, preventing drift by ensuring timely recovery actions and continuous state comparison.