Core Insights - The establishment of the Embodied Intelligence Joint Research Center between University of Electronic Science and Technology and Dongtu Technology marks a significant step in developing a domestically controlled electronic architecture for intelligent robots in China [1][2] - Dongtu Technology has led the formulation of the world's first international standard for a two-wire broadband industrial bus, AUTBUS, which breaks the foreign technology monopoly in China's robotics sector and enhances safety in intelligent robotics [1] - The Hongdao operating system developed by Dongtu Technology is recognized as the only national-level intelligent robot operating system, supporting the construction of a secure and controllable ecosystem for intelligent robots in China [2] Summary by Sections Establishment of Research Center - The Embodied Intelligence Joint Research Center aims to build a neural network system for intelligent robots in China, marking a new chapter in electronic architecture for robots [1] International Standards and Technological Advancements - AUTBUS is the first internationally recognized standard in China's robotics field, providing comprehensive control over industrial communication semantics, data interfaces, protocol standards, and chips [1] - The standard is also recognized as a national standard for industrial control and automotive industry standards, ensuring a reliable foundation for the safety of intelligent robots [1] Operating System and Innovation - The Hongdao operating system facilitates the integration of data across various fields, including robots, CNC machine tools, and factory control, enabling platform-based applications [2] - Dongtu Technology received awards for technological innovation, highlighting its capabilities in the field [2] Future Collaboration and Development - The collaboration aims to empower the core electronic architecture of intelligent robots, enhance efficient application of large model training, and contribute to the collaborative development of the intelligent robotics industry [3] - Future efforts will focus on developing a robot industry cluster in the southwestern region of China, complementing other major economic areas [3]

Core Insights - The establishment of the Embodied Intelligence Joint Research Center between the University of Electronic Science and Technology and Dongtu Technology marks a significant step in developing a domestically controlled electronic architecture for intelligent robots in China [1][6] - This collaboration aims to break the reliance on foreign standards and technologies in the robotics sector, which is crucial for the high-quality development and industrial safety of China's robotics industry [3][4] Group 1: Strategic Collaboration - The partnership between the University of Electronic Science and Technology and Dongtu Technology is a strategic alliance to build a neural network system for intelligent robots in China [1][6] - The collaboration is expected to empower the autonomous control of core electronic architecture for intelligent robots, enhancing the efficiency of large model training applications [6] Group 2: Technological Advancements - Dongtu Technology has led the development of the AUTBUS international standard, which is the first internationally recognized standard in the robotics field independently established by China, breaking the long-standing foreign monopoly on industrial network technology [4] - The AUTBUS standard enables the replacement of foreign industrial bus standards like CAN and EtherCAT, providing a foundation for autonomous communication technology in robotics [4] Group 3: System Integration and Innovation - The Intewell operating system developed by Dongtu Technology is recognized as the only national-level intelligent robot operating system, facilitating the integration of data across various fields such as robotics and factory control [5] - The innovative architecture of intelligent robots, based on the Intewell operating system and AUTBUS standard, allows for unique IPv6 identification for each control node, ensuring secure and sustainable development of robotic systems [5][6] Group 4: Future Development and Impact - The collaboration aims to foster the development of a robotics industry cluster in the western region of China, complementing other major economic areas and contributing to the national new industrialization efforts [6] - This initiative is expected to inject strong momentum into achieving technological self-reliance and ensuring industrial safety in China [6]