China Forms Space Computing Committee With 100-Plus Applicants as 2026-2030 Orbit Push Accelerates
Updated
Updated · SpaceNews · Jun 4
China Forms Space Computing Committee With 100-Plus Applicants as 2026-2030 Orbit Push Accelerates
1 articles · Updated · SpaceNews · Jun 4
Summary
Beijing on June 3 launched the Space Computing Working Committee under MIIT guidance, adding a new coordinating body for China’s push to build space-based computing infrastructure.
More than 100 organizations have already applied, spanning radiation-hardened chips, computing hardware, power and thermal systems, data links, constellation infrastructure and launch services—showing an effort to organize the full supply chain.
A second committee was also created in April, with the newer bodies splitting focus between hardware and standards, applications and terrestrial-space integration as China folds space computing into its 15th Five-Year Plan.
Companies are moving in parallel: Orbital Chenguang secured $8.4 billion in credit lines, Shanghai Bailing is targeting a 100 kW platform, and ADA Space’s planned network aims for 1,000 satellites delivering 1 exaFLOP.
The policy buildout still runs ahead of proven on-orbit capability, with thermal management and radiation-hardened hardware major hurdles, even as China expands launch vehicles, payload capacity and spaceports.
As China builds its orbital data empire, can it conquer the extreme physics of space before its rivals do?
Are space data centers an eco-friendly solution to AI's energy crisis, or a new pollution problem for Earth's orbit?
China’s Space Computing Surge: Building a 28,000-Satellite Constellation for Global AI Leadership
Overview
In 2026, China accelerated its space computing ambitions by establishing the Space Computing Professional Committee under the guidance of MIIT and CAICT. This move marked a national effort to harness the transformative potential of space-based data processing and network applications. Space computing offers real-time in-orbit processing, which greatly improves the efficiency of handling space data. It also promises low-cost energy, wide-area coverage, and stronger global connectivity and anti-jamming capabilities. These advantages expand the boundaries of network applications, giving space computing both profound strategic value and strong industrial prospects for China’s future development.