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China Launches Special Campaign for Large Models and IPv6: Generative AI Applications Will Be Required to Fully Embrace the Next-Generation Network

The first phase of a major initiative to upgrade network infrastructure for the intelligent age has officially begun in Xiongan New Area. The Cyberspace Administration of China (CAC) has partnered with regional cyberspace authorities in Beijing, Shanghai, Zhejiang, and Shenzhen, alongside five leading large model developers, to launch the "Artificial Intelligence Large Model IPv6 Capability Enhancement Special Action." This coordinated effort aims to ensure comprehensive support for generative large model applications on IPv6, establishing a robust network foundation for the future of intelligence.
Developed by the Internet Engineering Task Force (IETF), IPv6 is the next-generation Internet Protocol designed to succeed IPv4. Featuring 128-bit addresses, its address space is 2^128—a scale so vast that it can theoretically assign an IP address to every grain of sand on Earth. As large model applications proliferate and token traffic surges, network capacity faces unprecedented demands. IPv6, with its expansive address space, optimized routing, and built-in security features, has emerged as the critical infrastructure supporting these advanced applications.
Spanning one year, this special action involves several key initiatives: scaling up large model IPv6 application capabilities, refining management standards, and upgrading infrastructure support for IPv6. The campaign also focuses on driving traffic growth through large model applications, particularly by increasing the percentage of IPv6-enabled API calls. Furthermore, it promotes the integration and innovation of large models with IPv6, steering the Internet toward a "native intelligence" paradigm.
Concurrently, the Xiongan New Area launched an initiative for IPv6 single-stack deployment. This new city will collaborate across four key areas: building solid foundations, providing broad empowerment, achieving breakthroughs, and fostering an ecosystem. The target is set for 2030, with the goal of implementing large-scale IPv6 single-stack operations across all newly developed zones.
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The first phase of a major initiative to upgrade network infrastructure for the intelligent age has officially begun in Xiongan New Area. The Cyberspace Administration of China (CAC) has partnered with regional cyberspace authorities in Beijing, Shanghai, Zhejiang, and Shenzhen, alongside five leading large model developers, to launch the "Artificial Intelligence Large Model IPv6 Capability Enhancement Special Action." This coordinated effort aims to ensure comprehensive support for generative large model applications on IPv6, establishing a robust network foundation for the future of intelligence.
Developed by the Internet Engineering Task Force (IETF), IPv6 is the next-generation Internet Protocol designed to succeed IPv4. Featuring 128-bit addresses, its address space is 2^128—a scale so vast that it can theoretically assign an IP address to every grain of sand on Earth. As large model applications proliferate and token traffic surges, network capacity faces unprecedented demands. IPv6, with its expansive address space, optimized routing, and built-in security features, has emerged as the critical infrastructure supporting these advanced applications.
Spanning one year, this special action involves several key initiatives: scaling up large model IPv6 application capabilities, refining management standards, and upgrading infrastructure support for IPv6. The campaign also focuses on driving traffic growth through large model applications, particularly by increasing the percentage of IPv6-enabled API calls. Furthermore, it promotes the integration and innovation of large models with IPv6, steering the Internet toward a "native intelligence" paradigm.
Concurrently, the Xiongan New Area launched an initiative for IPv6 single-stack deployment. This new city will collaborate across four key areas: building solid foundations, providing broad empowerment, achieving breakthroughs, and fostering an ecosystem. The target is set for 2030, with the goal of implementing large-scale IPv6 single-stack operations across all newly developed zones.
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