PowerLockGuard is a compact Windows utility built for managing unattended computer tasks. It monitors the CPU activity of developer processes and artificial intelligence agents. When all tracked work is finished, the program initiates a clean shutdown or suspend sequence. A separate module detects power loss and immediately places the system into a deep sleep state to preserve active memory contents. This prevents corruption of in-progress work and avoids unnecessary consumption of computational resources or API tokens.
The software operates through two primary mechanisms. A Work Watchdog component uses configurable thresholds and timers to distinguish between active computation and idle periods. It can also identify and terminate unresponsive processes that consume excessive resources. The Charger Guard component provides instantaneous protection against unexpected power disconnection by freezing the system state in RAM. The application requires no installation and generates no network traffic, functioning as a self-contained executable for offline use.
PowerLockGuard is developed by GMK Solution, a firm with experience in technical web development and data-driven analysis. The program is designed for users who run overnight simulations, machine learning training, or autonomous coding agents on laptop and desktop computers. It addresses the specific problem of managing power states for long-running background operations without manual intervention. The tool provides a method to ensure work completes safely and hardware enters a low-power state automatically.
| Primary monitoring engine tracking CPU usage of defined processes | Preconfigured profiles for AI agents, builds, and development tools |
| Selectable CPU idle cutoff points from 1.5% to 10% | Threshold configuration accommodating lightweight scripts and heavy compilations |
| Configurable delay before acting on detected idle state | Buffer timer accounting for API latency and temporary pauses |
| Identification of deadlocked or runaway processes consuming excessive resources | Visual alert highlighting with priority grid positioning |
| Automatic termination of flagged processes before sleep or shutdown | Hardware protection preventing overheating during unattended periods |
| Real-time double-buffered list view with per-process metrics | Flicker-free grid displaying name, PID, CPU, RAM, and state |
| Direct process ignoring or termination from telemetry interface | Configuration-free control over monitored process list |
| Custom anti-aliased meter replacing standard progress indicators | Gradient-based state communication for active, stuck, and idle conditions |
| Alternating current adapter monitoring with immediate sleep triggering | Millisecond S3 deep sleep preserving RAM state on unplug |
| Security measure securing session upon charging cable disconnection | Theft deterrence with battery conservation in public settings |
| Custom process name, script, or executable acceptance as monitoring target | Proprietary tool tracking beyond default profile lists |
| Standalone executable with zero dependencies and minimal footprint | Offline operation without network telemetry or background bloat |