Predictive input
Pre-renders the cursor and keystroke echo on the client before the host frame arrives, masking 20–60 ms of round-trip. The hard part is rolling back gracefully when the host frame disagrees.
One ships now — adaptive quality, which tunes bitrate, codec, and resolution from your network signal in real time. Three more are in research, two are planned. Every model runs on-device or on the host — Remio never sees your session.
A working remote desktop has six places where AI can earn its keep: the encoder, the agent layer, the input loop, the decoder, the voice path, and the session signal. Remio builds one capability into each — status below is honest, not aspirational.
Reads round-trip time in the first second, then picks the bitrate envelope that keeps the picture sharp without spiking lag. LAN or 4G, chosen automatically. The one capability that ships today.
A real OS desktop for Claude, GPT, Gemini, or your own model — native input, full screen access, an encrypted session. Most of the plumbing exists; a stable agent-facing surface is what's left.
Stream at a lower resolution, rebuild the pixels on your device's neural engine. Text edges stay crisp and UI chrome stops looking like a JPEG — sharper than the bitrate suggests, entirely on-device.
Pre-renders the cursor and keystroke echo on the client before the host frame arrives, masking 20–60 ms of round-trip. The hard part is rolling back gracefully when the host frame disagrees.
Speak commands to your remote host — open an app, switch a Space, take a screenshot. Speech-to-text runs on-device; recognised intents route through the same keyboard and dock paths the touch UI uses.
Learns the shape of your normal sessions — typical devices, hours, app patterns — and flags drift. The baseline lives on the host, so new geographies or unusual timing surface as an alert before any session data moves.
Bolting AI onto a web-wrapped remote desktop is window dressing. Remio runs the model where the frame is — on the same Apple Neural Engine and on-device acceleration the stream already uses. Fewer hops, no cloud round-trip, and no screen data leaving the device that owns it.
Sub-millisecond command parsing · MetalFX upscaling on-device · zero screen data leaves your devices.

Each phase brings one more capability into the streaming pipeline. Phases sequence rather than overlap, so every capability gets a real shipping window.
Bitrate, codec, and resolution tuned in real time from network round-trip, on-screen content type, and client battery level. Host-side, zero configuration. Rolling out across Mac, Windows, and Linux hosts.
An agent platform for Claude, GPT, Gemini, and any tool-using model. Predictive input that masks 20–60 ms of round-trip locally. Neural upscaling for sharper frames at lower bitrate. Each ships independently as it stabilises — no monolithic release.
Voice control mapped to host-side actions through the same dock and keyboard paths the touch UI uses. Behavioural session security that learns the shape of normal sessions on the host and flags geographic, temporal, or pattern drift before screen data moves.
Every AI capability runs on-device or on your host machine. Remio's relay forwards encrypted bytes when peer-to-peer is impossible, and cannot decrypt them. There is no Remio cloud endpoint that touches your pixels, keystrokes, or inference output.
Adaptive quality tunes on the host. Neural upscaling runs on the client's Neural Engine. The agent platform routes commands through your encrypted peer-to-peer channel — the model is whichever one you connect to. None of it touches a Remio server.
Remio does not collect screen content, keystrokes, or inference output — for training or anything else. On-device models execute inside the client sandbox and never write frames to disk. The relay sees only opaque encrypted bytes.
Install Remio on the computer you want to reach and the device you reach it from. Adaptive quality is on by default; future capabilities arrive as silent updates — no account migration, no separate AI plan.