AI-guided repair
A fixed protocol — diagnose before touching, verify at every step
Diagnose first, touch later
The AI works through a set order — hardware, kernel, drivers, network, storage — running one check at a time and reading the result before deciding the next move. It doesn't skip steps or make assumptions.
Least-dangerous fix first
Reload a module or restart a service before anything riskier. Snapshot the config before a change that could bite. Confirm it worked after every step.
Survives a reboot
Any fix that needs a restart sets a resume script first, so the AI picks up exactly where it left off when the machine comes back.
Fix machines you're not sitting at
Diagnose and repair anything on your Tailscale network. The AI runs commands on the remote machine, reads the results and carries on — across reboots included.
USB Driver Porter
Plug in an unknown device → capture how it talks → get a Linux driver
30-second profile
Plug the device in and run a short capture. The profiler records how it actually communicates — that profile drives everything that follows. Then it picks one of three routes, based on how custom the device turns out to be:
Known device class
Keyboards, serial adapters, storage and other standard types. You get udev rules and a modprobe config — nothing to compile.
Some vendor-specific protocol
You get a small userspace program or an audio plugin that speaks the device's protocol. Still runs in user space — no kernel build.
Fully custom protocol
You get a complete kernel module, DKMS-packaged so it survives kernel updates, and cross-compiled for Raspberry Pi 3, 4 and 5.
AI PC Technician
Sold as a one-time desktop licence for Linux. Final price is being set now — contact us for the current price and availability.
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