Exciting news from space! On May 14, China launched a cluster of 12 innovative satellites as part of the Three-Body Computing Constellation project. These satellites, built on a next-generation intelligent platform by ADA Space in Chengdu and powered with AI systems from Zhejiang Lab in Hangzhou, are set to revolutionize how we process data in orbit. 🚀
Each satellite is equipped with onboard AI computing and high-speed laser inter-satellite links that can transmit up to 100 Gbps. Together, they currently deliver a whopping 5 peta operations per second (POPS) – a performance level comparable to some of the world’s top supercomputers! This on-orbit processing minimizes the lag of sending all data back to Earth, making processes like autonomous navigation, disaster monitoring, and global AI services much more efficient. 🤖
However, the journey to harnessing space computing isn’t without challenges. The harsh space environment—with its extreme temperatures, high radiation, and microgravity—demands cutting-edge materials and constant upgrades. Plus, building a constellation that could eventually include thousands of satellites means significant investment, ongoing energy supplies, and rigorous maintenance. Despite these hurdles, experts see enormous potential in processing data directly in space.
In a bold move, ADA Space is collaborating with 54 universities, research institutions, and enterprises around the world on the Star Compute initiative. The long-term vision is to build a 2,800-satellite constellation that could redefine computing architecture both in orbit and on Earth. Imagine the possibilities: faster streaming, real-time disaster alerts, and even smarter tech services powered by space-based AI! 🌟
The future of space technology is unfolding before our eyes, merging cutting-edge AI with the vast expanse of the cosmos. Stay tuned for more updates as this exciting frontier continues to push the boundaries of innovation!
Reference(s):
From Earth to orbit: China's ambition to advance AI space computing
cgtn.com
