At the 2026 Space Computing Industry Conference, Zhao Ce, Deputy Director of the Ministry of Industry and Information Technology’s (MIIT) Information and Communications Development Department, unveiled a strategic blueprint designed to transition China’s space capabilities from simple data transmission to sophisticated on-orbit processing. This shift marks a pivotal moment in Beijing’s digital strategy, as the government seeks to integrate 'communication, navigation, remote sensing, and computing' into a single, cohesive orbital ecosystem.
To achieve this, the MIIT is championing a 'synergistic' policy framework that encourages regional governments to leverage their industrial strengths for pilot programs. The goal is to move beyond the current fragmented landscape of satellite services toward a standardized architecture that encompasses hardware, software, and cybersecurity. Key technical priorities include the development of radiation-hardened chips and high-speed inter-satellite laser communications, which are essential for maintaining high-performance computing in the harsh environment of space.
The strategic value of space computing lies in its ability to support emerging terrestrial sectors, most notably the 'low-altitude economy.' By processing data in orbit, China hopes to provide the real-time spatial intelligence required for the mass deployment of drones and electric vertical take-off and landing (eVTOL) aircraft. This decentralized approach reduces the latency inherent in traditional ground-based processing, enabling faster response times for autonomous systems and emergency communications during natural disasters.
Furthermore, the MIIT is urging the industry to accelerate the fusion of computing power with satellite internet constellations. By fostering a 'commercial loop' where technical iterations are driven by real-world application, China aims to build a robust industrial ecosystem. This vision positions space as the ultimate 'edge' for the global digital economy, where the ability to process data at the point of collection becomes a critical competitive advantage in both civilian and strategic domains.