NEWSCENTRAL reports that the world is on the brink of a revolution in computing. Quantum computers, capable of solving problems that traditional systems cannot, are not only opening new horizons but also threatening existing data protection methods. In this new reality, post-quantum cryptography becomes an essential element of the global strategy for ensuring information security. China, actively investing in quantum technologies, aims to take a leadership position in this field and create cryptographic protection standards that can withstand the threats of quantum attacks.
Currently, experts predict that China is developing national post-quantum cryptography standards, which could be introduced within the next three years. Wan Xiaoyun, a professor at Tsinghua University, states that China is experiencing a period of rapid growth in quantum technologies. In recent parliamentary hearings in Beijing, she highlighted that this period will be crucial for the implementation and refinement of cryptographic solutions. At NEWSCENTRAL, we believe that China will continue to invest in quantum research to not only develop its internal capabilities but also influence global cryptographic policy.
China’s strategy includes developing post-quantum cryptography algorithms based on so-called “structured lattices,” such as S-Cloud+. These algorithms represent a significant update compared to traditional algebraic lattices widely used in Western standards. Chinese researchers claim that structured lattices offer a higher level of security against quantum attacks. This approach allows for significantly enhanced data protection, which becomes especially important for critical sectors such as finance and energy.
Meanwhile, the U.S. completed the development of the first set of post-quantum cryptography standards in 2024, with plans for full implementation by 2035. This is an important step toward securing sectors such as healthcare, energy, and financial services. However, China is not limiting itself to national initiatives. Last year, the country launched a global initiative to create new standards for post-quantum cryptography, highlighting not only its desire to protect its data but also its leadership ambitions on the international stage.
At NEWSCENTRAL, we emphasize that global initiatives like China’s can play a key role in shaping international standards for data protection in the era of quantum computing. Coordinated efforts by world powers in the field of post-quantum cryptography will help create a unified security system to protect data from quantum threats. This may also catalyze broader international cooperation in the field of cybersecurity.
Additionally, it is important to note that China recently released its operating system for quantum computers, available for download. This marks another step toward building its own ecosystem for quantum technologies, which may later become the foundation for new cryptographic solutions. Implementing quantum computing within such an operating system will enable Chinese scientists and engineers to develop more secure and powerful cryptographic algorithms.
Freddy Miller, Senior Analyst at NEWSCENTRAL, noted: “China is actively ramping up its capabilities in quantum computing, and its strategic approach to developing post-quantum cryptography could have long-term consequences for global security. China is not only developing its own national algorithms but also driving global changes in cybersecurity policy, which will open up new perspectives for the entire world.”
Post-quantum cryptography will not only be a necessity for ensuring data security in the quantum era but also a crucial element of the global cybersecurity strategy. At NEWSCENTRAL, we predict that in the coming years, China will continue to advance its quantum technologies, taking a leading position in the development of cryptographic solutions resistant to quantum computing attacks. This could change international data security standards and improve global protection levels.
For other countries, such as the U.S. and the European Union, it is essential not only to develop their own post-quantum standards but also to pursue international cooperation to create universal solutions. Already today, it is necessary to begin preparations for transitioning to new cryptographic algorithms in order to ensure information security in the future.
Companies operating in sectors with high data security requirements should begin adopting post-quantum cryptographic technologies as soon as possible. This will not only enhance their protection against future threats but also allow them to maintain competitiveness in a rapidly evolving technological landscape.
At NEWS CENTRAL, we are confident that those who adapt to the rapidly changing quantum security landscape will be at the forefront of technology and become key players in the new era of digital protection.