Origin Quantum said Saturday that its fourth-generation superconducting quantum computer, the “Origin Wukong-180,” has officially gone online and is now accepting computing tasks from users worldwide, marking another major step in China’s accelerating race to build advanced domestic quantum technology.
The company described the system as China’s first large-scale attempt to systematically integrate independently developed quantum computing infrastructure into the broader artificial intelligence ecosystem, signaling Beijing’s ambition to compete more aggressively with the United States in next-generation computing technologies.
The new machine is powered by a 180-qubit superconducting quantum chip under a single-chip architecture, more than doubling the scale of its predecessor, the 72-qubit “Origin Wukong” system launched in January 2024.
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According to the company, the upgrade represents a substantial leap in both computing power and system integration capability. Origin Quantum said all four major components of the system were independently developed inside China, including the quantum chip system, measurement and control infrastructure, environmental support system, and operating system.
That claim carries strategic significance as China continues seeking to reduce reliance on Western semiconductor and advanced-computing technologies amid intensifying geopolitical and technology tensions with the United States.
Quantum computing has become one of the most fiercely contested technological frontiers globally because of its potential to revolutionize industries ranging from artificial intelligence and cybersecurity to drug discovery, financial modeling, and military simulations. Unlike conventional computers, quantum machines process information using quantum bits, or qubits, which can exist in multiple states simultaneously.
In theory, sufficiently advanced quantum systems could solve certain classes of problems exponentially faster than classical supercomputers.
The launch of Origin Wukong-180, therefore, reflects more than a technical milestone. It is part of China’s broader strategy to establish technological leadership in strategic industries that Beijing considers essential for economic security and geopolitical influence. Chinese authorities have poured billions of dollars into quantum research over the past decade, viewing the field as critical to future military, industrial, and AI competitiveness.
The announcement also highlights how the boundaries between artificial intelligence and quantum computing are beginning to converge. Origin Quantum said the latest system is designed to support AI applications and has already begun integrating quantum-powered AI tools, including its “Origin Brain” quantum large model and the QPanda3 Runtime MCP platform.
Globally, technology companies and governments are increasingly exploring whether quantum systems can eventually accelerate AI training, optimization, and inference tasks that currently require enormous computing resources and electricity consumption.
Although practical large-scale quantum advantage remains years away in many areas, firms are racing to establish early ecosystems and developer networks before the technology matures. Origin Quantum’s earlier 72-qubit system, also called “Origin Wukong,” has reportedly handled more than 900,000 quantum computing tasks from users in over 160 countries and generated approximately 50 million remote visits since launch.
The company also said it achieved China’s first overseas export sale of independently developed quantum computing power in 2025, an achievement Beijing is likely to frame as evidence of growing global competitiveness in advanced computing.
The rollout comes as the global quantum race intensifies dramatically. In the United States, companies including IBM, Google, Microsoft, and startups such as IonQ and Rigetti Computing are competing to build increasingly powerful quantum systems.
Meanwhile, governments across Europe and Asia are rapidly increasing investments amid concerns that quantum breakthroughs could reshape economic and military power balances.
China’s emphasis on fully independent development is particularly notable. Washington has tightened restrictions on advanced semiconductor exports and AI-related technologies to China in recent years, pushing Beijing to accelerate domestic alternatives across critical computing sectors.
Quantum computing is viewed as one area where China believes it still has an opportunity to narrow or potentially surpass parts of the Western technological lead. Still, experts caution that qubit counts alone do not determine practical capability.
Quantum systems remain highly unstable and error-prone, and many researchers argue that the true challenge lies in improving error correction, coherence, and reliability rather than merely increasing qubit numbers. Even so, the launch of Origin Wukong-180 signals that China is moving aggressively from experimental research toward commercial deployment and ecosystem-building.
The development also underpins how the AI boom is now spilling into adjacent advanced-computing sectors. As artificial intelligence models become larger and more computationally demanding, governments and companies are increasingly searching for entirely new computing paradigms capable of handling future workloads.
Quantum computing, once viewed largely as a distant scientific pursuit, is increasingly being positioned as part of the long-term infrastructure underpinning the next era of AI competition.