Global First: Guoxing Aerospace Completes Space Computing Power Test for Ground Robot Control Using OpenClaw

Recently, the Joint Space Computing Laboratory of Guoxing Aerospace and Shanghai Jiao Tong University completed a technical test using the open-source agent OpenClaw: remotely controlling a ground humanoid robot via space computing power using natural language commands.

This is the world's first realization of remote driving of ground robots with space computing power, and the first complete closed loop of "natural language command → space AI reasoning → ground robot execution", verifying the feasibility of space computing power providing AI cognitive services for ground silicon-based agents.

Previously, Guoxing Aerospace disclosed the "Xingsuan" plan, which intends to build a space computing power network consisting of 2800 satellites, including 2400 inference satellites and 400 training satellites, deployed in multiple orbits. The goal is to achieve 100,000 P-level inference computing power and 1 million P-level training computing power (1P = 1000 trillion operations per second), serving silicon-based agents and AI models in land, sea, air, and space fields.