Guangdong Unveils Action Plan to Boost Advanced AI, "AI +" Brain-Computer Interface

The following table shows the ferrous and nonferrous metals movement on the SHFE and DCE on 23 Apr , 2026

The General Office of the Guangdong Provincial People's Government issued the "Guangdong Province Action Plan for Accelerating High-Level Application of Artificial Intelligence Across All Domains, All Times, and All Industries." The plan proposed supporting in-depth cooperation between industry enterprises and artificial intelligence enterprises, focusing on core aspects of satellite and rocket manufacturing and ground facility construction, building an innovation mechanism integrating industry, academia, research, and application, accelerating R&D of advanced satellite platforms, payloads, and space computing-related technologies, coordinating ground infrastructure construction, and promoting low-cost mass production of satellite and rocket products. Through artificial intelligence, the plan aimed to continuously optimize R&D and design processes, conduct flight vehicle motion simulation and iterative scheme optimization, improve final assembly and testing efficiency, promote the integration of civil and commercial aerospace standards, expand satellite application scenarios, and enhance development efficiency.

The General Office of the Guangdong Provincial People's Government issued the *Action Plan of Guangdong Province for Accelerating the Promotion of High-Level Application of Artificial Intelligence Across All Domains, All Times, and All Industries*. The plan proposed "AI +" intelligent robots. It called for deepening the application of AI throughout the entire process of robot production and manufacturing, focusing on tackling core technologies such as human-robot interaction and decision-making planning, generative large models, and full-body coordinated control of humanoid robots, promoting deep adaptation between AI algorithms and robot hardware, and optimizing design and manufacturing processes. The plan prioritized the development of humanoid robot design and manufacturing, promoted the coordinated R&D of AI with robot "brain," "cerebellum," and body, and sought breakthroughs in key technologies such as multimodal perception fusion and adaptive decision-making. It called for the R&D of embodied AI large models and device-edge-cloud integrated collaborative embodied AI networks to support cross-scenario transfer learning for robots. The plan supported Guangzhou, Shenzhen, and other cities in building embodied AI training ground systems to provide data training and verification support for model R&D and validation.