China’s independently developed Origin Wukong superconducting quantum computer has completed more than one million computing tasks for users around the world.
The update was announced by the Anhui Provincial Key Laboratory of Quantum Computing Chips and the Anhui Quantum Computing Engineering Research Center in Hefei. The system has operated continuously for more than two years since entering service.
Researchers said the platform has provided stable quantum computing services to users worldwide. During this period, it received more than 49 million remote visits from 192 countries and regions. These figures reflect growing international interest in practical applications of quantum computing.
Origin Wukong is part of China’s effort to develop advanced computing technologies using superconducting quantum processors. Quantum computers process information differently from traditional computers. They are designed to solve certain complex problems much faster than conventional machines.
Post-Quantum Security Integration
Along with computing services, the platform now includes a post-quantum cryptography protection framework. This security system is designed to protect data from future threats posed by powerful quantum computers. The combination gives the platform both computing and security capabilities.
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According to the research centers, the platform follows an early attack-and-defense model. In simple terms, it combines powerful quantum computing tools with technologies designed to defend against quantum-era cyberattacks. This creates a more secure environment for organizations using the system.
In April 2024, Origin Wukong integrated China’s first post-quantum cryptography software module called Origin Rock. The software acts as an anti-quantum attack shield. Developers say it can resist attacks from both traditional computers and future quantum computers.
The post-quantum security system has already been deployed in multiple enterprises and public institutions. This shows that the technology is moving beyond laboratory testing and into practical use. Organizations are increasingly preparing for future cybersecurity challenges.
Why Post-Quantum Cryptography Matters
Current encryption systems rely on mathematical problems that are extremely difficult for traditional computers to solve. However, advanced quantum computers are expected to handle some of these problems much faster. This creates concerns about the future safety of sensitive digital information.
Post-quantum cryptography, often called PQC, focuses on building encryption methods that remain secure even in the presence of large-scale quantum computers. The goal is to protect government, business, and personal data from future cyber threats. Many countries are now investing heavily in this area.
The importance of PQC is gaining recognition worldwide. In the US, the National Institute of Standards and Technology(NIST), has been evaluating new cryptographic standards for the quantum era. The agency has already approved several post-quantum cryptography standards and continues to assess additional security technologies.
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Security experts increasingly view quantum-resistant encryption as an urgent requirement rather than a long-term goal. Some forecasts suggest quantum computers could challenge existing encryption systems within the next five to ten years. This has encouraged governments and businesses to begin upgrading their security frameworks.
China is also accelerating efforts in this field. According to reports, the country plans to establish national standards for post-quantum cryptography within the next three years. Researchers and industry leaders expect rapid adoption of quantum-resistant security technologies in the coming years.
Origin Wukong Leads Quantum Race
The Origin Wukong project aligns with China’s broader strategy to develop emerging technologies.
The country’s annual Government Work Report highlights future energy, quantum technology, embodied artificial intelligence, brain-computer interfaces, and 6G communications as key development areas. These sectors are viewed as important drivers of future industrial growth.
Guo Guoping, chief scientist at Origin Quantum and director of the Anhui Quantum Computing Engineering Research Center, said the company remains focused on advancing quantum computing principles.
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He said researchers are working toward scalable and programmable quantum computing systems. Such systems are considered essential for expanding real-world applications.
The latest milestone demonstrates how quantum computing is moving from research laboratories into practical service environments. By combining computing performance with advanced security protections, Origin Wukong represents a growing trend in the global quantum industry.
