resume-watchdog-audit

Task scheduler exit codes on headless Windows systems often point to Interactive logon type restrictions, which block autonomous watchdogs from executing. The audit distinguishes these specific infrastructure failures from logic errors by analyzing objective artifacts like registry timestamps and task exit codes.

To audit autonomous agent health after a reboot, run a read-only health check of the fleet registry ledger and task scheduler status. This verifies if the resume watchdog is actively reviving instances or has silently stalled without triggering alerts.

The best way to verify resume watchdog liveness is a multi-layer audit checking the n² layer watchdog and n³ layer meta-watchdog scheduling. This uses objective artifacts like registry ledger timestamps, task scheduler exit codes, and transcript activity to confirm operational status.

Yes, you can use PowerShell to query system task states and verify the integrity of the resume-watchdog-audit lifecycle. It requires PowerShell access to read registry ledger timestamps and analyze task scheduler exit codes in headless Windows environments.

Autonomous agent watchdogs fail silently on Windows when scheduled tasks stall due to logon type restrictions or process deadlocks. This leaves dead sessions unrecovered without alerts, which the audit diagnoses by checking registry timestamps and transcript activity.

Yes, a meta-watchdog monitors the primary watchdog's scheduling at the n³ layer. The audit verifies both the watchdog's liveness at the n² layer and the meta-watchdog's scheduling to ensure complete recovery of dead sessions.