Windows doesn't drop orphaned dev servers, unreleased AI model weights, or leaky vendor drivers. RamReaper watches committed memory in real time, terminates zombie process trees, and neutralizes kernel pool leaks before swap thrashing hits.
A single $19 lifetime license deploys seven specialized background sentinels into your Windows system tray.
They operate 100% offline, hunting specific failure modes so your rig stays clean.
When VS Code, Cursor, or your terminal terminates unexpectedly, headless child processes like python.exe (ComfyUI / PyTorch) or node.exe stay running in the background holding multi-gigabyte models. The Sentinel polls Win32 Toolhelp32 process lineages 24/7. When a parent PID dies, it checks your allow-list (protecting background jobs and services) and cleanly severs orphaned process trees.
Ever run into Error: listen EADDRINUSE :::3000 or port 5173 occupied when no browser or terminal is open? A ghost development server is silently locked to your local port. The Interceptor queries Win32 iphlpapi.dll socket tables, targets abandoned headless listeners with zero network traffic, asking for confirmation or matching your allow-list before freeing the port.
Local AI models lock 8 to 24 GB of unshared VRAM in your graphics card and stay cached indefinitely. After 45 minutes of zero inference requests, The Spectre safely signals local Ollama instances to unload model weights from GPU memory via REST keep_alive: 0, restoring full VRAM headroom for gaming or rendering.
After long coding sessions or heavy folder browsing, explorer.exe routinely balloons past 900 MB with fragmented GDI handles. The Resurrector gracefully restarts explorer.exe when it bloats past thresholds; your open application windows and work stay completely open.
A bad loop or leaking Electron app can consume 150 MB every minute until your entire machine freezes in SSD swap thrashing. The Commit Hunter measures true PSAPI PrivateUsage rate deltas and warns you with a native toast alert before your frame rate degrades.
Task Manager only shows user-space processes. When a buggy hardware driver leaks kernel memory (like a vendor RGB utility driver quietly leaking tens of gigabytes of nonpaged pool), Task Manager shows zero process memory and your rig hard-locks. The Kernel Warden reads kernel pool usage without installing a driver (NtQuerySystemInformation(22)), scans loaded third-party driver binaries for tag bytes, and safely disables leaking services with clear warnings.
Activates only at 3:00 AM when your workstation has been locked and completely idle with zero user input for over 30 minutes. Sweeps stale %TEMP% compiler artifacts left behind by rustc, clang, and npm, cleans orphaned Docker container layers, and audits kernel pool growth rates so your rig is completely fresh every morning.
Nobody wants to drop $900 on two sticks of memory just to stop a slowdown. Until prices come down, the smart move is to squeeze every gigabyte you already paid for. Most “I need more RAM” moments are really something holding on to memory it should have let go: a dead dev server, a forgotten AI model, a leaking driver. Find that first. And if you've got money to spare and want 128 GB anyway: all the power to you. But for the rest of us regular folks, money doesn't grow on trees, especially in this market.
100% offline. Zero telemetry. Sits quietly in your notification area next to your clock.
