Beijing Space Computing Innovation Center Launches, Pioneering Satellite-AI Collaboration

On June 29, the Beijing Space Computing Innovation Center was officially launched in Zhongguancun, Haidian, at the highly anticipated Global Digital Economy Conference Space Computing Forum. This milestone marks a shift in China's industrial strategy for the cutting-edge field of space computing into a phase of practical, coordinated progress.
The center operates under an innovative "company + alliance" dual-drive model, with Beijing Tian Suaxinglian Technology Co., Ltd. managing daily operations. According to reports, the innovation center has four key responsibilities: first, leading joint research on common technologies, focusing on collaborative development of satellite AI chips, intelligent satellite platforms, space large models, and integrated cloud platforms; second, providing public infrastructure services by building a comprehensive ground verification platform from chips to systems for the supply chain's upstream and downstream; third, driving standard formulation and gathering the industry ecosystem through open-source and open development principles; and finally, promoting commercialization by applying space computing services to urban governance and broader social scenarios.
This initiative is not an isolated effort. Since April this year, the first domestic space computing industry collaboration platform—the Space Computing Special Committee—has been established in Beijing, setting an ambitious goal to build a space computing native industry system during the 14th Five-Year Plan period. The Ministry of Industry and Information Technology has also previously stated its support for forward-looking research on space computing technology, encouraging computing resources to expand into this emerging dimension.
With the Beijing Space Computing Innovation Center now operational, it is expected to connect the "meridians and collaterals" of air, space, and terrestrial computing networks in the future. This not only strengthens our ability to process space data but also signals that a range of commercial applications based on space computing will move from concept to reality, injecting fresh momentum into the high-quality development of China's digital economy.
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On June 29, the Beijing Space Computing Innovation Center was officially launched in Zhongguancun, Haidian, at the highly anticipated Global Digital Economy Conference Space Computing Forum. This milestone marks a shift in China's industrial strategy for the cutting-edge field of space computing into a phase of practical, coordinated progress.
The center operates under an innovative "company + alliance" dual-drive model, with Beijing Tian Suaxinglian Technology Co., Ltd. managing daily operations. According to reports, the innovation center has four key responsibilities: first, leading joint research on common technologies, focusing on collaborative development of satellite AI chips, intelligent satellite platforms, space large models, and integrated cloud platforms; second, providing public infrastructure services by building a comprehensive ground verification platform from chips to systems for the supply chain's upstream and downstream; third, driving standard formulation and gathering the industry ecosystem through open-source and open development principles; and finally, promoting commercialization by applying space computing services to urban governance and broader social scenarios.
This initiative is not an isolated effort. Since April this year, the first domestic space computing industry collaboration platform—the Space Computing Special Committee—has been established in Beijing, setting an ambitious goal to build a space computing native industry system during the 14th Five-Year Plan period. The Ministry of Industry and Information Technology has also previously stated its support for forward-looking research on space computing technology, encouraging computing resources to expand into this emerging dimension.
With the Beijing Space Computing Innovation Center now operational, it is expected to connect the "meridians and collaterals" of air, space, and terrestrial computing networks in the future. This not only strengthens our ability to process space data but also signals that a range of commercial applications based on space computing will move from concept to reality, injecting fresh momentum into the high-quality development of China's digital economy.
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