The Beijing Space Computing Innovation Center was unveiled at the 2026 Global Digital Economy Conference on Monday in the capital city, marking a major step in China's efforts to advance coordinated development in the space-based computing sector.

Positioned as the country's first dedicated platform focused on linking the entire industrial chain, the center aims to coordinate upstream and downstream industry players to build a full-stack space computing ecosystem that covers chips, hardware, platforms, intelligence, networks and applications.

The center has outlined six priority areas of development, including space-based computing chip design, high-performance computing payloads, satellite platforms and ground testing infrastructure, large model deployment, integrated space-ground cloud computing technologies, and satellite application innovation with scenario validation.

Alongside the center, an expert committee and an innovation alliance were established. The alliance has drawn 108 founding member organizations, drawing universities, research institutes, state-owned enterprises and private firms. It aims to accelerate the breakthroughs in core technologies, strengthening industrial collaboration, developing unified standards, building capacities for public services and supporting real-world applications.

In-orbit processing

Space computing refers to the deployment of computing systems on satellites. Equipped with radiation-resistant chips, onboard servers and storage systems, these satellites can process data directly in orbit rather than transmitting it back to Earth for analysis.

By linking multiple satellites into networks, they can collect, analyze and make decisions in real time before transmitting the most valuable results to the ground.

Space provides unique advantages for computing, including abundant solar energy, low temperatures and near-vacuum conditions that resemble a green data center in orbit. Once deployed at scale, such networks could reduce dependence on terrestrial fiber and ground stations, enabling near-global coverage.

China has already begun early-stage deployment. In May last year, a Long March-2D rocket launched 12 satellites from the Jiuquan Satellite Launch Center, forming the world's first space computing satellite constellation.

Wide applications

Potential applications for space computing span multiple sectors.

In disaster monitoring, satellites could rapidly detect wildfires, flooding and earthquake damage, improving emergency response times. In agriculture, they could enable real-time tracking of crop growth, identify pests and diseases, and evaluate drought conditions. In remote environments such as oceans and polar regions, space computing systems could help identify illegal fishing activity and analyze ice dynamics.

Read more: What is space computing, and why move computing power into orbit?