A KVM-over-IP client with terminal-based BIOS access, drive emulation, and immutable data snapshots.
Traditional KVMs suffer from dropped frames, network lag, and compression artifacts. Our engine ensures buttery-smooth streaming directly from the hardware, so you never miss a frame. Drag the slider to compare.
Built on a hardware-isolated Btrfs architecture, the system never overwrites original data files. It records the delta and instantly freezes the new state as read-only, ensuring absolute protection against ransomware and unauthorized modifications. Learn more
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USBridge-KVM 2.0 provides ultra-low latency by natively embedding the Moonlight streaming protocol. Powered by the Radxa Zero 3W (RK3566 SoC), it achieves 25–50 ms latency at 720p and 50–75 ms at 1080p, delivering a smooth, direct-connection feel that drastically outperforms legacy hardware.
The hardware intercepts the raw HDMI signal and uses an on-board offline text recognition (OCR) engine to convert graphical pre-boot environments into an interactive text stream. I designed this to run completely offline, allowing you to access and configure your BIOS via a standard terminal SSH session. This text-based output also enables autonomous bare-metal management via AI agents using the Model Context Protocol (MCP).
I built the core design of the immutable snapshot engine to ensure your user data and system states cannot be encrypted, overwritten, or deleted externally. Thanks to strict hardware isolation, even if malware gains full root privileges on the target server, they physically cannot overwrite or delete the backups and snapshots stored on the KVM.
When changes occur, the system never overwrites the original data files—it only records the delta (change differential) and instantly freezes the new data state as read-only. Built on the open Btrfs filesystem, there is zero vendor lock-in.
Yes, it acts as a complete replacement for complex PXE boot infrastructures. Through hardware-level drive emulation, you can mount ISO, VDI, or VMDK images from your local machine, and the target server will instantly recognize the mounted image as a standard physical hard drive.
No, it will not. I integrated a dedicated Read-Write Overlay mode that redirects all new session writes to a separate layer, keeping your master image completely untouched.
Yes, the KVM features a dedicated Hardware Power Management expansion module for direct server power control. By connecting directly to the front-panel jumper connections, you can perform clean shut-downs, hard resets, or cold power-ups bypassing the target OS.
No, you achieve zero-config NAT traversal even when routing traffic remotely over secure Tailscale networks. I embedded Tailscale integration for seamless, secure NAT traversal with minimal overhead.
