近日，一段优必选 Walker S2工业人形机器人规模化量产交付的视频在网络上刷屏。视频里，数百台人形机 器人整齐划一地列队行进，场面堪比科幻电影，迅速成为全球科技圈热议的焦点。 然而，伴随着视频热度不断攀升，争议也随之而来 ——美国机器人"独角兽"公司Figure AI的CEO布雷特·阿 德科克（Brett Adcock） 公开质疑视频真实性，称画面后排大量单元存在 CGI伪造痕迹。 ▍ 质疑与回应，技术真实性的交锋 这一争议的 导火索 ，是优必选在 11月13日发布的主题为"亮剑集结，全力以'付'"的交付实拍视频。片中，数 百台Walker S2在大型仓库中同步行进，官方称其标志着首批全尺寸工业人形机器人正式进入量产交付阶段。 无人机航拍、电影级运镜、 360度环绕视角…… 极具冲击力的画面让不少网友直呼震撼，同时也引发两极讨论：有人惊叹于技术进步，有人担忧 "人类是否将 面临失业潮"，甚至有人怀疑"这会不会又是一场AI生成的骗局"。 随着争议持续发酵， Figure AI公司CEO布雷特·阿德科克通过社交媒体公开发声。他声称通过分析光线在机 器人头部的反射情况，发现只有前排机器人呈现真实的光线反射效果， ...

Group 1: Event Overview - The 2025 World Robot Conference in Beijing showcased over 1,500 exhibits from more than 200 domestic and international robot companies, with over 100 new products presented [2][12] - The event highlighted the increasing presence of humanoid robots in daily life, moving beyond mere demonstrations to practical applications [12][19] Group 2: Humanoid Robots and Their Capabilities - Humanoid robots demonstrated advanced skills, such as the G1 combat robot showcasing human-like coordination and the T1 and K1 robots that recently won the RoboCup [3][6] - The TianGong 2.0 humanoid robot performed complex tasks, indicating significant advancements in environmental perception and autonomous task planning [6][12] - Various companies displayed dexterous robotic hands capable of intricate tasks, emphasizing the importance of hand functionality in humanoid robots [9][10] Group 3: Industrial Applications - The conference featured robots designed for industrial applications, such as the AEON robot from Hexagon, which automates high-precision inspections of large components [12][13] - The Walker S2 robot from UBTECH demonstrated autonomous battery swapping, enhancing its operational efficiency for continuous industrial tasks [13][14] - The integration of AI and humanoid robots is expected to improve their adaptability and efficiency in various industrial settings [14][21] Group 4: Emerging Technologies - The conference showcased advancements in brain-machine interface technologies, which are being integrated into rehabilitation robots to assist patients with motor impairments [16][18] - Companies are exploring the development of robots with olfactory capabilities, aiming to enhance their functionality in security and detection tasks [11][18] Group 5: Challenges and Future Outlook - Despite rapid advancements, the humanoid robot industry faces challenges in perception, decision-making, and adaptability to complex environments [21][22] - The industry is expected to evolve with increased collaboration between domestic and international developers, enhancing research and development efforts [22]

Group 1: Low Altitude Economy - The "East China Low Altitude Economy Industry Alliance" was officially established during the "2025 International Low Altitude Economy Expo" in Shanghai, involving seven civil aviation and unmanned aerial vehicle test zones in East China [1] - The alliance includes collaboration with renowned institutions such as Nanjing University of Aeronautics and Astronautics and Shanghai Jiao Tong University [1] Group 2: Industrial Robotics - UBTECH has launched the "Walker S2," a full-size industrial humanoid robot designed for smart manufacturing scenarios, featuring the proprietary "Co-Agent" technology for autonomous and collaborative operation [1] - The Walker S2 stands at 1.76 meters tall and is capable of human-like walking and precise operations, with a battery swap technology that supports continuous operation 24/7 [1] Group 3: Brain-Computer Interface Industry - Nanjing held a conference to promote the brain-computer interface industry, releasing a draft action plan aiming for Nanjing to become a research and innovation hub in this field by 2027 and a national leader by 2030 [2] - Research institutions predict that the market size of China's brain-computer interface industry could exceed 120 billion yuan by 2040 [2]

Core Viewpoint - The article discusses the advancements and applications of humanoid robots, particularly the Walker S series from UBTECH, in industrial settings, highlighting their potential to enhance efficiency and productivity in manufacturing processes [1][12]. Group 1: Development and Training of Humanoid Robots - The Walker S1 humanoid robot has been integrated into various factories, including Geely's 5G smart factory, with over 500 units of intent orders received [1]. - The evolution of humanoid robots from performing basic tasks to more complex operations is emphasized, with the Walker S1 showing a 25% increase in material handling speed compared to its predecessor [4][11]. - The robots are designed to perform quality inspections with over 99% accuracy using advanced imaging and deep learning technologies [4][11]. Group 2: Technological Advancements - The Walker S series has transitioned from single-unit training to collaborative operations, showcasing the ability to work in groups and execute complex tasks [6][9]. - The implementation of a "big brain" and "small brain" system allows for enhanced decision-making and task execution, enabling robots to adapt to real-time environments [10]. - The robots are capable of learning skills once and sharing them across multiple units, which streamlines the training process [10]. Group 3: Future Prospects and Industry Impact - The Walker S1 has demonstrated significant improvements in various factories, with plans for large-scale delivery in the near future [11]. - UBTECH is developing the next generation, Walker S2, which will feature autonomous charging and increased operational efficiency [12]. - The article highlights the potential for humanoid robots to serve as intelligent assistants rather than replacements for human workers, promoting collaboration in manufacturing [12].