王兴兴回应比赛风波：挣到钱了，但现在的机器人别指望它能干活

Core Viewpoint - The article discusses the evolution of embodied intelligence technology and the advancements made by various humanoid robot companies, highlighting the significance of robot competitions in showcasing capabilities and driving industry growth [1][3][21]. Group 1: Recent Developments in Humanoid Robotics - Various leaders from prominent humanoid robot companies shared their recent achievements, including performances at events like the Spring Festival Gala and robot combat competitions [3][5]. - Wang Xingxing from Yushu Technology emphasized the importance of showcasing robots through performances and competitions to generate commercial value while working towards the ultimate goal of robots performing tasks in homes and factories [3][8]. - The Tian Gong 2.0 robot from the Beijing Humanoid Robot Innovation Center has been upgraded to enhance its dexterity and load-bearing capabilities, demonstrating advancements in hardware and software [12][13]. Group 2: The Role of Robot Competitions - Robot competitions are seen as valuable platforms for public engagement and knowledge dissemination about current robotic technologies, with events planned to include various athletic and service scenarios [21][22]. - These competitions serve as training grounds for improving robotic technologies and provide opportunities for communication between potential clients and robot manufacturers, potentially accelerating the commercialization of robotics [23][25]. - The upcoming World Humanoid Robot Games in Beijing is expected to further popularize robotics and enhance public understanding of the technology [22][23]. Group 3: Perspectives on Humanoid Robot Design - There is a debate on whether humanoid robots are the best embodiment of intelligence, with some experts suggesting that diversity in robot design could be more beneficial for achieving general intelligence [29][30]. - Wang Xingxing and Xiong Youjun both acknowledged the advantages of humanoid robots in terms of data collection and interaction in human-designed environments, suggesting that humanoid forms may be more readily accepted in domestic settings [30][31][32]. Group 4: VLA Technology and Its Challenges - VLA (Vision-Language-Action) technology is highlighted as a key area of research, with discussions on its potential to enhance the capabilities of robots through better data integration and algorithm improvements [34][35]. - The current limitations of VLA include the need for more advanced algorithms to handle the vast amounts of data generated, which is crucial for achieving higher performance in diverse environments [38].