Origin Wukong quantum computer receives post-quantum protection: a new frontier in cybersecurity
China's superconducting quantum computer Origin Wukong has achieved a breakthrough in cybersecurity by integrating a post-quantum cryptography (PQC) architecture. To date, the system has successfully completed over 1 million computing tasks in a secure mode, confirming the practical applicability of hybrid algorithms.
The 72-qubit processor uses the built-in software module Origin Rock, which ensures data transmission protection against attacks from both classical and quantum algorithms. Developers from the Anhui Province Quantum Chip Laboratory emphasize that the PQC framework prevents data theft for future decryption—so-called "harvest now, decrypt later" attacks.
Since its public launch, Origin Wukong has been operational for over two years, recording 49 million visits from users in 192 countries. Chinese enterprises and government agencies are already testing the technology, reflecting a high level of trust in the development.
Strategic Context
The integration of PQC protection into Origin Wukong aligns with China's ambitious plan to establish national standards for post-quantum cryptography. Authorities aim to approve these standards within the next three years to ensure the security of critical infrastructure. This is particularly significant amid the global quantum technology race, where the U.S. currently maintains leadership, but China is rapidly accelerating its pace.
My expert opinion: Integrating PQC into quantum systems is not just a technological step but a preventive measure against future threats. While the cryptocurrency industry, according to Quantus analysts, is not yet ready for the transition to post-quantum cryptography, China is already demonstrating working solutions. This creates a significant competitive advantage in the long term.