China is rapidly converting quantum research into real economic momentum as large-scale commercialization, industrial manufacturing, and global cloud deployment move forward in parallel. This progress was marked by the recent launch of a new superconducting quantum computer in Hefei, eastern China. The system is designed not as a laboratory experiment but as a purpose-built commercial machine, capable of delivering ultra-high-speed quantum computing through cloud access to research institutions and enterprises.
Codenamed Tianyan-287, the system is fully domestically produced and built upon China’s independently developed quantum chip technology. Unlike earlier experimental models, this platform is engineered for long-term, stable service. Jointly developed by the China Telecom Quantum Group and QuantumCTek, the machine achieved key engineering breakthroughs, including the continuous stable operation of its ultra-low-temperature dilution refrigeration system and an AI-powered automated calibration system for precise chip control. Once connected to China Telecom’s quantum computing cloud platform, the system becomes part of a rapidly expanding national quantum service network that already serves users in over 60 countries and regions.
This milestone reflects a broader national strategy to cultivate new economic engines through next-generation technologies. China’s latest five-year development plan prioritizes frontier fields such as quantum technology, biomanufacturing, brain-computer interfaces, and next-generation communications. This policy direction is accelerating the transformation of laboratory breakthroughs into industrial-scale supply chains, strengthening both technological independence and industrial competitiveness.
The integration between academic research and industrial production continues to deepen. At the World Internet Conference Wuzhen Summit, Shanghai Jiao Tong University’s Wuxi Photonic Chip Institute, together with quantum enterprise TuringQ, received top recognition for their large-scale programmable photonic quantum processor. Their pilot line now achieves full-cycle integration from device design to system-level deployment, advancing photonic quantum computing toward standardized industrial production. In Shenzhen, construction is underway on China’s first dedicated photonic quantum computer manufacturing base, which is expected to deliver continual industrial output once completed.
Across the broader supply chain, China’s domestic quantum ecosystem is rapidly maturing. From core components and materials to complete systems and application platforms, a growing network of specialized enterprises is accelerating localization and scalability. In critical areas such as dilution refrigeration for superconducting quantum processors, China now supports multiple domestic manufacturers, alongside fast-developing supporting technologies. This comprehensive industrial chain now spans basic research, chip design, advanced materials, precision manufacturing, system integration, and application deployment—forming a powerful closed-loop innovation system.
Real-world deployment is already creating measurable economic and social value. In Hefei, a 220 kV smart substation now operates key services over quantum-encrypted communication links, supporting power dispatch, inspection robots, and drone patrol systems. Quantum computing has also been successfully applied to new power-flow optimization algorithms, validating its potential for next-generation energy infrastructure.
In intelligent transportation, quantum-inspired optimization solutions have been deployed in large commercial parking facilities, enabling autonomous navigation and high-precision parking while significantly improving efficiency and reducing waiting time. This demonstrates how quantum computing concepts are already influencing everyday urban operations.
Quantum precision measurement is also accelerating industrial quality control and healthcare innovation. At the Quantum Technology and Industry Conference in Hefei, a quantum magnetic impurity analyzer demonstrated ultra-fast detection of trace contaminants in lithium battery raw materials, reducing inspection time and operational manpower while enhancing product reliability. The technology has already been adopted through partnerships with leading domestic battery manufacturers, reinforcing China’s dominance across the new energy value chain.
In the medical field, quantum sensing instruments are now capable of detecting extremely weak magnetic signals generated by cardiac activity and blood flow, enabling new pathways for early screening of cardiovascular conditions. These advances highlight the growing intersection of quantum physics, biomedicine, and intelligent diagnostics.
With sustained policy support, deep industrial capacity, and expanding real-world adoption, China’s quantum sector is evolving from foundational research into a high-growth industrial ecosystem. As research and commercialization become more tightly integrated, quantum technology is emerging as a key driver of China’s future technological competitiveness, industrial upgrading, and high-quality economic development.