Space computing goes orbital: China opens innovation centre to integrate the entire production chain
On Monday, China opened its first innovation centre dedicated to integrating the space computing production chain, marking a new stage in the sector's coordinated development. When computing moves beyond Earth and satellites become full‑fledged hubs, a new paradigm emerges. Data is processed where it is generated — in orbit, without transmission delays.
Space computing leverages processing, storage and decision‑making on orbital platforms. The centre, led by Beijing University of Posts and Telecommunications and industry leaders, will focus on radiation‑hardened chips, high‑performance satellite computing complexes and large models for space. It will also develop standards and commercialisation, integrating the entire chain from R&D to real‑world applications.
The centre will accelerate "satellite IoT" development, extending connectivity beyond cellular networks. Fu Yunhao, CEO of Tiansuan Xinglian, said: "The centre addresses coordination gaps and fragmentation with a systemic solution combining internal structure and an external alliance." The Beijing alliance will bring together 108 organisations — from universities to private firms.
Space computing offers global coverage, low‑carbon operation and flexible scalability, unlike terrestrial constraints. With 6G and satellite networks advancing, an integrated space‑air‑ground‑sea network is taking shape. BUPT Dean Wang Shanguang noted: "Satellite internet is like a highway, but rest areas and fuel stations are also needed. As networks mature, new services requiring computing power will emerge. Remote sensing will be one of the most important."
The space computing market could reach tens of billions of dollars by 2030. China aims to enter it as a standard‑setter.
As reported by CCTV+, pilot projects are under way, with commercial deployment expected in 2–3 years.
