Core Viewpoint - The approval and release of the national standard GB/T 45579-2025 for robot intelligent visual evaluation marks a significant advancement in the global robotics standardization landscape, facilitating the transition of China's robotics industry from "function realization" to "intelligent grading" [1][2]. Group 1: National Standard Significance - National standards play a crucial role in supporting industrial development and promoting technological progress, with a consensus emerging on the need for standard upgrades to drive high-quality economic development [2]. - The new standard addresses the current industry challenge of "having products but no standards," providing a framework for evaluating the intelligent level of robotic products and guiding market development [2]. Group 2: Testing and Evaluation Framework - The standard specifies that robot intelligent visual testing includes visual algorithm testing and complete machine testing, defining 19 key evaluation indicators across five categories: human posture estimation, face recognition, character recognition, object recognition, and safety [2]. - It applies to various types of robots, including industrial, service, and special robots, and innovatively defines three levels of visual intelligence, helping companies accurately position their products and identify development directions [2]. Group 3: Industry Collaboration and Development - Collaborating with leading industry players to establish a unified intelligent evaluation system will enable objective measurement of robotic intelligence levels, enhancing resource utilization and promoting sustainable industry development [3]. - The standardization is essential for driving technological upgrades and compliant market development, with companies like JAKA Robotics leveraging their technological advantages to further the intelligent development of the robotics industry [4]. Group 4: Contributions to Standardization - JAKA Robotics has previously participated in the formulation of multiple national standards, aligning with the "14th Five-Year Plan" for the robotics industry, which emphasizes the role of national technical standards in driving innovation [5][6].