While Elon Musk is still debating the business prospects of the Starlink satellite network, China has already taken a bold step into uncharted territory. On May 14, Beijing time, a Long March-2D rocket successfully carried 12 space computing satellites into orbit, officially launching the world’s first space-based computing constellation. Each of these satellites is equipped with high-performance computing chips and connected via high-speed laser communication, creating a “space internet” with unmatched processing power and scalability compared to traditional data centers on Earth.

Conventional data centers are constrained by energy consumption, cooling requirements, and geographic limitations. In space, however, computing satellites rely on continuous solar power and operate without the need for water-based cooling systems, overcoming the long-standing bottlenecks of terrestrial infrastructure. This “space-based computing” paradigm significantly reduces operational costs and reshapes the economics of computation, offering enterprises a cleaner, more affordable, and more sustainable option. With China’s continuous reduction in satellite launch costs, the cost-performance ratio of this model becomes even more compelling.

Among the highlights of this launch, the onboard intelligent computer developed by Zhejiang Lab achieved a historic milestone, boosting single-satellite computing power to the petaflop level. This upgrade transforms satellites from passive data collectors into active processors capable of handling remote sensing imagery, meteorological data, communication optimization, and other complex tasks directly in orbit. Workflows that once required hours or days can now be completed within minutes, revolutionizing how science, emergency response, climate monitoring, and even commercial services are carried out.

On the global stage, China has emerged as the frontrunner in space computing. While other countries are still exploring concepts such as advanced launch vehicles or lunar-based data centers, China has already achieved commercial deployment. Its “sky-ground integrated” computing network seamlessly links terrestrial supercomputers with orbital computing platforms, creating a unique hybrid system that underscores both technological leadership and strategic foresight in the digital economy.

Equally important, the “StarCompute” initiative is attracting a growing ecosystem of partners. Research institutes, internet companies, manufacturers, and financial institutions are all exploring innovative applications built on space-based computing. In the near future, everyday users will be able to access this power through mobile applications, leveraging orbital computing for image processing, AI acceleration, and even collaborative global computing projects. Computation will no longer be a privilege of national-scale facilities—it will be a resource shared with individuals worldwide.

From underwater data centers to orbital computing constellations, China is redefining the geographical boundaries of computing power. This is more than a technological breakthrough; it represents a new dimension of civilization. Space-based computing not only positions China as a leader in the global digital transformation but also opens a new digital frontier for all of humanity. While Starlink continues to grapple with latency and coverage, China’s StarCompute Era has already arrived, turning “computing in space” from science fiction into reality. This is the vision brought by the StarCompute Era Solution.