China opens a new era of computing with fourth generation quantum machine
The Origin Wukong-180 integrates fully self-developed hardware and software, reflecting a move towards complete control over the quantum computing technology stack.
China has launched its fourth-generation superconducting quantum computer, marking a further step in the country’s push to scale advanced computing infrastructure. Developed by Origin Quantum, the system, named Origin Wukong-180, has begun accepting quantum computing tasks from users worldwide.
The machine is built around a 180-qubit superconducting chip and integrates fully self-developed core systems, including the chip architecture, measurement and control systems, environmental support, and operating software. According to the company, the platform represents full-stack domestic capability across the quantum computing chain.
Origin Wukong-180 builds on earlier generations of the system, following the third-generation version that has already processed tens of millions of remote accesses and hundreds of thousands of computing tasks across more than 160 countries.
The company also reports milestones such as China’s first export of quantum computing services and the establishment of the country’s first quantum chip production line.
Researchers and developers view systems like Origin Wukong-180 as part of a broader shift toward practical quantum computing applications in areas such as AI, cryptography, finance, biochemistry, and engineering design, where large-scale computational power could reshape existing technological limits.
Why does it matter?
The development signals a broader shift in global technological competition, where quantum computing is becoming a strategic layer of future digital infrastructure alongside AI and advanced semiconductor systems.
As countries race to build scalable quantum capabilities, control over this technology could influence breakthroughs in secure communications, complex simulations, and financial modelling, while also reshaping supply chains for high-performance computing.
Wider global access to such systems may accelerate scientific discovery, but it also raises questions about technological dependence, standards-setting, and long-term geopolitical balance in the digital economy.
Would you like to learn more about AI, tech, and digital diplomacy? If so, ask our chatbot!