China builds institutional framework for space computing push
HELSINKI - China is establishing an industrial policy framework to support a push to build space-based computing infrastructure, with the emergence of influential coordinating bodies.
The Space Computing Working Committee of the China Computer Industry Association, established under the guidance of the Ministry of Industry and Information Technology's (MIIT) Electronic Information Department, held its inaugural meeting in Beijing June 3, according to a report from China News Service. Wang Jianyu of the Chinese Academy of Sciences (CAS) was elected chairman, while the committee claimed to have already received applications from more than 100 organizations spanning radiation-hardened chips, computing hardware, power supply and thermal management systems, data transmission, constellation infrastructure and launch services.
It is the second such committee formed in 2026, following the establishment of the Space Computing Power Professional Committee at the 2026 Space Computing Industry Conference in Beijing's Yizhuang economic zone in April. In contrast to the earlier mentioned committee, which appears more hardware focused, the Space Computing Power Professional Committee is concerned with standards, applications and terrestrial-space integration. The parallel formation of two bodies with overlapping mandates appears characteristic of Chinese industrial policy, with different institutional parents serving different parts of the value chain.
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The developments follow China's adoption of a new strategic 15th Five-year Plan in March, the space-related aspects of which included plans for constructing what is termed an integrated sky-Earth-ground, communication-navigation-sensing-computing fused comprehensive service system. CASC, the country's state-owned main space contractor, also calls for a gigawatt-scale space-based computing infrastructure for the same 2026-2030 period.
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These institutional and policy frameworks are developing at the same time as a number of companies are pursuing avenues to get compute capabilities into orbit.
Beijing-backed Orbital Chenguang raised Pre-A1 funding and secured $8.4 billion in credit lines in April. Shanghai Bailing Aerospace received early stage funding of tens of millions of yuan, targeting a 100 kW-class computing platform. ADA Space and Zhejiang Lab launched 12 satellites for the edge-computing Three-Body constellation in May 2025, allowing the subsequent deployment of 11 AI models across six interlinked satellites. The constellation's ultimate target is 1,000 satellites in orbit delivering one exaFLOP of computing power, making the constellation roughly comparable to today's most powerful terrestrial supercomputer. Shanghai-based Oriental Tiansuan and photonics startup Guangbenwei announced in May the development of what they claim will be the world's first space-based optical computing satellite, according to Chinese-language Science and Technology Daily.
While China is putting institutional foundations in place, including industrial coordination, funding mechanisms and supply chain architecture, the gap between the ambition of serious on-orbit capability and actual hardware remains large. The projects face challenges in areas including thermal management and radiation-hardened computing hardware.
At the same time, China is making concerted efforts to boost satellite manufacturing capacity and greatly increase its launch options and payload capabilities through a growing range of new and reusable launch vehicles and expanding its spaceports, making large-scale space infrastructure projects more viable.
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