ADASPACE introduced right now that from March 11 to 13, it efficiently accomplished a milestone technical experiment in collaboration with the Shanghai Jiao Tong College Area Computing Joint Laboratory. Based mostly on the open-source agent OpenClaw, the staff achieved the world’s first occasion of utilizing space-based computing energy to manage floor robots.
In response to the corporate, the system permits distant management of a humanoid robotic by means of pure language instructions by leveraging house computing sources. This marks the first-ever realization of a whole closed-loop system: “pure language command → space-based AI inference → floor robotic execution.” It additionally represents the primary validation of house computing energy offering AI cognitive companies to silicon-based clever brokers on Earth.
Through the experiment, an operator issued voice instructions, which have been acquired by OpenClaw and transmitted to the “Star Computing” Program’s Group 01 house computing heart. A big mannequin pre-deployed on orbiting satellites carried out inference utilizing space-based computing energy, after which the choice outcomes have been despatched again to Earth. OpenClaw then interpreted the outcomes and efficiently managed the robotic to execute the instructed actions.
The mission additionally marks the primary extension of AI Token-based service invocation into house, verifying the feasibility of house computing in serving silicon-based brokers. This demonstrates that “Area Computing as a Service” now has foundational technical assist, enabling people to remotely management robots anyplace on the planet at any time through space-based computing.
ADASPACE famous that when terrestrial computing infrastructure is inadequate or unavailable, house computing can function a high-performance different for AI-powered methods reminiscent of humanoid robots, quadruped robotic canines, autonomous autos, and drones.
Wang Yanfeng, Government Dean of the College of Synthetic Intelligence at Shanghai Jiao Tong College and Director of the Area Computing Joint Laboratory, highlighted that OpenClaw’s safety problem basically lies within the battle between “functionality and permission.” Native methods typically have extreme privileges whereas counting on exterior giant fashions, exposing information to dangers throughout public web transmission. Area computing, nevertheless, reconstructs safety boundaries throughout a number of dimensions:
- Communication layer: Devoted encrypted protocols guarantee end-to-end information safety
- Knowledge layer: Uncooked information bypasses the general public web; delicate information stays usable however invisible
- Bodily layer: Computing infrastructure deployed in house is inherently remoted from terrestrial dangers
Supply: IThome
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