Private work · port

RADXA_PICO_CLAW

A port of PicoClaw — the ultra-light Go AI agent — to Radxa single-board computers.

  • Upstream PicoClaw (Sipeed), MIT
  • Language Go
  • Target Radxa SBC · ARM64
  • Status not published
A single-board computer: a chip on a board, with two pin headers and a port.
Illustration: a single-board computer with solder points and traces leading out.

What it is

PicoClaw is Sipeed's ultra-light personal AI assistant in Go: under 10 MB of RAM, a boot measured in milliseconds, and one binary for RISC-V, ARM, MIPS and x86. This project ports that agent to the Radxa single-board computers.

What the upstream project publishes

Every figure below is the upstream project's own, taken from its README at the time of writing. None measures this port: the page describes what is being ported, not what has been measured on a Radxa board.

PicoClaw (sipeed/picoclaw), figures as published by the project
Property Published value
Memory Under 10 MB in the original build; 10–20 MB in recent ones, as the project notes.
Boot Under one second on a 0.8 GHz single core, by the project's own table.
Architectures RISC-V, ARM (armv6, armv7, arm64), MIPS and x86, from one Go binary.
Hardware Any Linux board from about $10, per the project.
Licence MIT.

What this page does not claim. Radxa boards do not appear in PicoClaw's published hardware list, which covers Raspberry Pi, Allwinner, SOPHGO, SpacemiT and Loongson parts among others. That absence is why a port is a piece of work rather than a build flag, and it is also why nothing here says the result boots in under a second: nobody has measured it on a Radxa board in this repository.

Stack

  • Go
  • Radxa SBC
  • ARM64
  • Linux

The port's own repository is private.