China Unveils ‘Super Intelligent Computing No.1’ Satellite for Orbital AI
China has taken a significant step toward moving artificial intelligence computing infrastructure into orbit with the global debut of the “Super Intelligent Computing No.1” (超智算一号) computing power satellite. Unveiled on May 29, 2026, at the Super Intelligent Computing Tianyan Ecosystem Conference in Beijing’s Shijingshan District, the satellite represents the country’s first integrated “first rocket, first satellite” project and is expected to launch aboard the Lijian-1 Yao-18 carrier rocket.
Developed by Super Intelligent Computing (超智算（北京）科技有限公司), the satellite marks a paradigm shift from traditional “space sensing, ground transmission” to “space data, space computing,” according to People’s Daily Online. By processing data directly in orbit rather than relaying it to ground stations, the system compresses data response times from several hours to just minutes.
A New Era for Space-Based Computing
The satellite employs advanced laser communication technology to build high-speed inter-satellite links, enabling real-time data processing for a range of critical applications. Li Peiyang, Chief Technology Officer of Super Intelligent Computing, explained at the conference that the “Intelligent Computing Constellation” can be widely applied to Earth observation, emergency disaster relief, ocean monitoring, and financial services.
“Data response times are compressed from several hours to minute-level,” Li said, as reported by Science and Technology Daily.
The satellite will ride the “Lijian-1 Yao-18 Carrier Rocket · Super Intelligent Computing No.1,” marking the first exclusive naming sponsorship of a carrier rocket in China’s computing power sector, according to CNR.
Building a Thousand-Satellite Constellation
Super Intelligent Computing founder Liu Mingtao outlined an ambitious roadmap for the project. “The company will take the successful launch of ‘Super Intelligent Computing No.1’ as a starting point, steadily advance the deployment of a thousand-level low-orbit computing satellite constellation, and build a comprehensive, efficiently coordinated space-ground integrated computing network,” Liu said.
At the conference, the “Super Intelligent Computing Space Computing Power Industry Alliance” was formed, divided into a technology layer led by Beijing Zhongke Aerospace Technology and the Shanghai Aerospace Electronic Technology Institute, and an application layer led by Tsinghua University and Aotian Technology. This dual-layer structure aims to create a closed loop between technology research and commercial application.
China’s Growing Space Computing Ecosystem
The unveiling of “Super Intelligent Computing No.1” is part of a broader national push to establish space-based computing infrastructure. China now hosts multiple competing space computing initiatives, including ADAspace’s 2,800-satellite “Star-Compute” plan and Zhejiang Lab’s “Three-Body Computing Constellation,” which launched its first 12 satellites in May 2025.
According to Xinhua via SCIO, ADAspace successfully deployed Alibaba’s Qwen3 large language model on orbiting satellites in November 2025 — the world’s first in-orbit deployment of a general-purpose LLM. The company also launched Prometheus, the world’s first space-based computing power cloud service platform for enterprises, in March 2026.
Industry experts point to significant advantages of space-based computing. Yan Zhiyong, a researcher at China Telecom Cloud Technology, noted that space-based solar power generation can be several times more efficient than ground-based photovoltaics, while the deep-cold environment of space can dramatically reduce cooling energy consumption — ground data centers currently use 40% of their energy for cooling alone.
Market and Strategic Implications
The China Academy of Information and Communications Technology (CAICT) estimates that China’s space computing power industry will exceed 250 billion yuan (approximately $36.6 billion) by 2030. The China National Space Administration has also launched a comprehensive feasibility study for a national space-based intelligent computing constellation, signaling strong government backing for the sector.
As reported by China Daily, the International Energy Agency predicts that data center electricity consumption will double by 2030, raising sustainability concerns that space-based computing could help address.
What’s Next
While an exact launch date for “Super Intelligent Computing No.1” has not been announced, the satellite’s successful deployment would validate a technical approach that could fundamentally alter the global computing power supply pattern. Shijingshan District, which hosted the launch event, is positioning itself as a global hub for space computing power industry innovation, actively attracting aerospace information enterprises and talent.
With multiple Chinese companies racing to build orbital computing networks and strong government support at both the local and national levels, space-based computing is rapidly transitioning from a futuristic concept to an emerging industry reality. The coming months will reveal whether “Super Intelligent Computing No.1” can deliver on its promise to bring AI processing power directly to the stars.