The current network is fully supportive of IPv6, which provides IPv6 services to clients such as mobile Internet access, fixed broadband, wire, etc., and builds a consistent network base for IPv6 network evolution and flow upgrading. Until the overall advance of IPv6 began, Chinese movement was launched as a basic telecommunications operator.

“We started to promote IPv6 development in 2003 and, after many years of effort, have achieved IPv6, from technical research, industry to a web-breaking, commercial scale: In terms of technical research, a CNGI pilot network covering eight regions and 30 routers was built in 2003 to test IPv6; in terms of industrial promotion, early demand for equipment to support the IPv6 function in 2013, providing a solid basis for the deployment of the current network; in the case of the off-the-shelf network building in 2014 and the deployment of the VoLTE operation, IPv6 technology programme was used to achieve a breakthrough in the size of IPv6 network; in terms of deployment, in 2019, the network infrastructure was completed, with a total movement of 52 per cent of the total IPnet flows, as compared to 617 per cent of IPnet flows.

The national fourteenth five-year plan clearly sets out the China strategy to accelerate the construction of the digital divide, which is a key productivity that underpins the digital economy, the digital society and the digital government. At the same time, industries such as intellectual governance, intellectual manufacturing and intellectual health have accelerated the digitization transition, creating new requirements for flexible connectivity, experience security, safe segregation, etc., while traditional networks are difficult to meet, and network connectivity is at a critical juncture for industrial and technological transformation. IPv6+, as a corollary of the next generation of Internet advances, provides new opportunities for network technological innovation, providing networking services such as time-bound, bandwidth security, smart movement control, precision control, etc. for the thousands of industries, as key support for the digitization of industries and networking of powerful countries. Advancing the universal application of IPv6 requires a combination of content, networks and end-users to build up end-to-end IPv6 capabilities and boost the scale of IPv6 flows.

“In this process, Chinese movements are willing to take advantage of our network advantage, user advantage, to leverage IPv6 technological innovations in the Internet industry, to apply innovations, to work together with industry to advance network-strong nation-building in an effort to make a greater contribution to the overall leadership of IPv6 technology, networks, users and volume of flows. At the same time, there is a need to strengthen advocacy and outreach in IPv6, to increase the reach and acceptance of IPv6, and to allow users to visit IPv6 networks spontaneously to gain more efficient, safe, accessible and smart web services.” White honour.

Development of IPv6 is a long-term and complex system undertaking involving various aspects of technology, policy, management, etc., and how will the process be challenging for telecommunications operators? This is a great deal: “In the overall development and evolution of IPv6, our operators are in fact the middle of IPv6, which may have operations, content and ends. At present, we now have more than 50 per cent of the flow of mobile networks than, although it is, three households, with the main limitation of upstream content. Upstream content retrofits may or may not have some internal drivers.

On the other hand, it may involve more people, many of whom have an impact at the end. The family gateways involved by our operators are largely supported. However, because some families were internally buying these IPvs, his ability to support IPv6 was uneven, thus leading to a very slow increase in flows. Total Internet traffic accounts for at least 90 per cent of total Internet traffic, and a large component is at the end of the road. The end-to-end inner driving forces are to be allowed to take advantage of IPv6 and to take the initiative. Since, after all, the reform of IPv6 will require a certain cost, it will be difficult if the content side does not have such a driving force, but the end block may also need a normal push to ensure that the end-level is met.”