从机器到机器人：ATEC2025科技精英赛在港完成“真实世界”极限测试

Core Insights - The ATEC 2025 competition showcased advanced robotics in real-world scenarios, emphasizing the transition from remote-controlled tools to autonomous intelligent agents [1][3][5] - The event aimed to address whether robots can adapt to complex environments outside of laboratory settings, with a focus on their ability to perceive, analyze, decide, and execute tasks independently [3][5][7] Event Overview - The competition was hosted by The Chinese University of Hong Kong and involved 13 top teams from around the world, with Zhejiang University winning the $150,000 prize for their autonomous robot performance [1][3] - ATEC 2025 featured tasks such as bridge crossing, orienteering, autonomous watering, and garbage sorting, all designed to test robots' capabilities in real-life situations [3][5] Technological Focus - The event encouraged "no remote control" operation, pushing robots to rely solely on their sensory and decision-making systems to tackle challenges, which highlighted the importance of robustness and stability in robotic systems [3][5][7] - Teams explored various technological paths, including the integration of traditional modular algorithms with cutting-edge end-to-end models, aiming for a balance between stability and intelligence [5][7] Industry Implications - ATEC aims to stimulate innovation in robotics by addressing real-world problems, with the belief that only genuine challenges can drive significant technological advancements [7][8] - The competition reinforced Hong Kong's position as a hub for AI and robotics research, setting a clear industry benchmark for autonomous intelligence in robots [8]