The State Administration for Market Regulation has released a set of national standards for the interconnection of intelligent entities, bidding farewell to the "information silos."

On June 26, the State Administration for Market Regulation held a press conference on the standardization of intelligent body interconnection. Zhu Meina, Deputy Director of the Standard Technology Department of the State Administration for Market Regulation, stated at the press conference that the release of the series of standards for intelligent body interconnection is an important part of the systematic layout and phased advancement of China's artificial intelligence standardization system. In order to implement the decision-making arrangements of the Party Central Committee and the State Council to promote the high-quality development of the artificial intelligence industry, the State Administration for Market Regulation, together with the Ministry of Industry and Information Technology and other departments, jointly implemented the "One Hundred National Standards Construction Plan for Artificial Intelligence," coordinating the advancement of 146 national artificial intelligence standard projects covering key areas such as computing power, large models, embodied intelligence, intelligent bodies, and terminals. According to Zhu Meina, in the field of basic support, the publication of the "Artificial Intelligence Server System Performance Testing Method" standard incubates the performance testing benchmark for artificial intelligence computing products, guiding the upgrading of China's AI server ecosystem towards scale and collaboration. In the area of key technologies, the release of the "Artificial Intelligence Large Model" series of standards unifies the full process specifications for the development, evaluation, and deployment of large models, establishing a solid foundation for innovation in core artificial intelligence technologies. In the field of product applications, the introduction of the standard for "Artificial Intelligence Terminal Intelligence Grading" clarifies the criteria for grading intelligent terminals, effectively identifying "pseudo-intelligence" products, regulating the market order, and providing support for the implementation of relevant industry support policies, driving the overall intelligence upgrading of the terminal industry chain. A series of key standards promote the systematic iteration of artificial intelligence technology from single breakthroughs to comprehensive systems, effectively reducing industry research and development costs and scaling deployment thresholds, providing comprehensive support for the standardized and orderly development of the industry.