Guoxing Aerospace Completes Technical Verification of AI Large Model in Orbit
TapTechNews October 6th, Guoxing Aerospace announced today that it has completed the technical verification of the AI large model in orbit. It verified the space adaptability of the Guoxing Aerospace AI large model in orbit, the reliability of the computing power satellite platform, and the effective computing power of the high-performance computing power payload in orbit.
Time nodes:
At 10:31 on September 24th, Guoxing Aerospace's one arrow and three satellites was successfully launched in Haiyang, Shandong.
At 20:46 on September 25th, the test team uploaded the AI task to the satellite in the form of remote control instructions through the ground station;
At 21:11 on September 25th, the satellite successfully started running the AI large model through the on-board high-performance computing power payload over the northern Atlantic Ocean, and the process and result of the AI large model's in-orbit operation were displayed in real time through the on-board in-orbit visualization evidence storage system - Star Screen system;
At 22:20 on September 25th, the test team received the first complete data of the test through the ground station.
TapTechNews learned that from September 25th to October 5th, a total of 13 in-orbit operation tests of the AI large model were carried out by the satellite, covering different temperature conditions and various types of inference and question-answering, and the task executions were all successful, successfully completing all the predetermined goals of the technical verification of the AI large model in orbit.
According to the official statement of Guoxing Aerospace, the success of the world's first technical verification of the AI large model in orbit marks a solid step forward for Guoxing Aerospace in promoting the development of space AI, and will lay the foundation for the subsequent construction and realization of the independently controllable star-compute (the Star Computing Plan) networking, and make technical accumulations for the next ground data and sky computing, allowing humans to go further in space.