Experience 120 FPS zero-lag streaming, out-of-band KVM control, and raw USB passthrough in one unified ecosystem.
Hardware-accelerated H.264 H.265 AV1 with sub-15 ms response.120 FPS 4K clarity and zero-lag interaction, stable on Ethernet and Wi-Fi.
Total hardware control, from zero-latency standard inputs on Free to Raw USB on Pro.Keyboard, mouse, audio, and gamepad out of the box. Pro passes security keys, drives, and controllers straight to the host.
Control the remote machine with AI agents. AI Vision turns the live desktop into structured context.An LLM acts on that context: mouse, keyboard, and OS commands through MCP.
Paint, sculpt, and grade with HDR and 4:4:4, plus full stylus pressure and tilt.Zero visual compromise and local-like response on your workstation, from anywhere.
Connect from any device: native apps or a web browser.Windows macOS Linux iOS Android and the browser.
Bare-metal control below the OS: BIOS, crash recovery, and headless machines.Instant sub-frame response, even when there is no operating system to boot.
Software-defined monitors and multi-screen workspaces. No HDMI dummy plug.A custom EDID so a headless machine still boots into your screen.
Compare protocols in one click, on your real network.Resolution, frame time, and which engine is smoothest on the link you actually use.
Encrypted P2P with automatic NAT traversal. No port forwarding.Reach the machines from anywhere. Nothing is opened to the public internet.
Hardware-accelerated H.264 H.265 AV1 with sub-15 ms input response.Engineered for 120 FPS 4K clarity and zero-lag interaction, stable on Ethernet and Wi-Fi.
By combining direct hardware GPU capture on the host with native graphics frameworks on the client, every frame passes through an ultra-short path. The protocol adapts bitrate and frame pacing to keep latency low, even on crowded 5GHz and Wi-Fi 6 networks.
Total hardware control, from zero-latency standard inputs on Free to low-level Raw USB on Pro.Keyboard, mouse, audio, and gamepad out of the box. Pro passes almost any USB device straight to the host.
Whether you are using standard HID input or redirecting complex USB hardware, packets are delivered with direct kernel-level priority, so work and gaming still feel local.
Render, sculpt, paint, and grade on your workstation from anywhere, with HDR and 4:4:4 color.Zero visual compromise and local-like response, including full stylus pressure and tilt.
Sculpt in Blender, grade in DaVinci, or paint in Photoshop. The remote canvas keeps the color and the pen dynamics, in real time.
Software-defined monitors and multi-screen workspaces. No HDMI dummy plug.A headless machine still gets a display, and the host boots into the screen you set.
The workspace is not tied to a physical panel. Set the resolution on the host, then open that screen in the client.
Bare-metal control below the OS. BIOS, crashed systems, and headless machines, with sub-frame response.Full control stays available even when there is no operating system to boot.
Connect over an encrypted Tailscale mesh, with no port forwarding. The hardware stays in reach even when there is no operating system to boot.
Connect from any device to any workstation, in a native app or a web browser.The full machine stays in reach from the client you already have open.
Native desktop clients, mobile apps, and a browser tab share one interface, with low-latency rendering on each of them.
Compare protocols and engines in one click, on the network you actually use.The test runs inside the client, so the winner is the setup that fits your hardware.
The graphs are measured. Frame pacing shows which engine stays smooth, and that is the session you keep.
Peer-to-peer access with zero config. No ports on the public internet.The machines stay reachable from anywhere, and the path stays private.
Tailscale is built into the platform, so the connection is one click. Traffic stays encrypted end to end, and the router rules stay as they are.
Control the remote machine with AI agents. AI Vision turns the live desktop into structured context.An LLM can act on that context instead of guessing at pixels.
From routine OS administration to visual workflows, AI Vision and MCP turn a remote desktop or a hardware KVM node into an environment an agent can control.
