Remote Pi

Control your Pi coding agent from your phone. Pair with a one-time QR code and chat with your local agent — even when you're away from your computer.

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Links

• Official site — https://remote-pi.jacobmoura.work
• Package documentation — https://pi.dev/packages/remote-pi?name=remote-pi
• GitHub — https://github.com/jacobaraujo7/remote_pi

Downloads

Platform	Status
Google Play (Android)	Get it on Google Play
App Store (iOS)	Download on the App Store
APK (sideload, Android)	GitHub Releases

What's in this repo

Package	Stack	Role
app/	Flutter (iOS / Android)	Mobile client
pi-extension/	Node + TypeScript	Pi extension exposing /remote-pi
relay/	Rust + Tokio	WebSocket routing + signed mesh membership storage
site/	NextJS	Landing page + legal pages

Architecture

Flutter app ──wss──► Relay (Rust) ◄──wss── Pi extension (Node)
                                                  │
                                           Local Pi process
                                                  │
                                           UDS broker (local mesh)
                                                  │
                                           Other agents on the same machine

• Pairing via short-lived QR code; peers persisted in Keychain (mobile) and ~/.pi/remote/ (desktop)
• Ed25519 authentication — the Relay handshake proves possession of the connection key; App↔Pi pairing is enforced by the endpoints. For Pi↔Pi routing, the current Relay permits a route when a correctly signed Owner blob lists both Pi keys; that check does not prove the Owner paired with or controls either Pi
• TLS protects traffic in transit, but current payloads are not E2E; see relay/README.md for the exact trust boundary

Local agent mesh

When multiple Pi agents run on the same machine, they discover each other through a Unix Domain Socket broker managed by the extension. One agent wins the leader election and binds the socket; the others connect as clients. For targets on that same machine, agents use the opaque addresses returned by list_peers — no relay, no network, no extra config.

Three LLM-facing tools are exposed in the Pi chat:

• list_peers — lists local and cross-PC addresses available to the agent
• agent_send — sends a unicast message and waits for a delivery ACK. Compatible ACK values are received, busy, denied, and timeout; current brokers return received, denied, or timeout, while busy only indicates a dropped message from an old broker leader that must be restarted before resending. Broadcast is sent with no ACK. Asynchronous content replies use re
• agent_request — request/response with timeout, available only as deprecated legacy behavior

This lets you set up local multi-agent workflows (e.g. a backend agent asks a frontend agent for help) entirely on your machine, in parallel with the remote mobile pairing.

Relay

A free community relay is available at:

wss://relay-rp1.jacobmoura.work

It's enough to get started, but the relay operator can see the content of your messages and is a single point of trust for routing. For sensitive work, we strongly recommend running your own relay — it's a single Docker command and the only thing your traffic ever touches is your own infrastructure.

Full security trade-offs and the self-hosting guide live in relay/README.md.

Getting started

Install the Pi extension in any project where Pi runs:

pi install npm:remote-pi

Then in the Pi chat, run:

/remote-pi

The setup wizard walks you through agent name, session name, and relay choice, then prints a QR code. Scan it with the Remote Pi mobile app and you're paired.

Statu

The MVP is functional. Planning notes and roadmap live in plan/.

License

License is per-package — see each subproject's LICENSE file (the pi-extension is MIT). A repository-wide license decision is pending.