Core Viewpoint - The article highlights the emergence of humanoid robots, particularly the XMAN-F1 by Qianlang Intelligent, as a transformative force in service industries, moving beyond traditional manufacturing roles to enhance customer service experiences in various settings [25][27]. Group 1: Humanoid Robot Capabilities - The XMAN-F1 humanoid robot demonstrated its ability to perform tasks such as making popcorn and serving drinks, showcasing its potential in real-world service scenarios [2][4]. - The robot can adapt to complex environments, navigating obstacles and maintaining stability on uneven surfaces, which is crucial for operating in crowded spaces [10][12]. - XMAN-F1 employs a dual-layer model architecture that allows it to understand and execute service tasks effectively, transforming from basic actions to comprehensive service processes [14][15]. Group 2: Service Scene Integration - Qianlang Intelligent emphasizes the importance of integrating humanoid robots into various service scenarios, moving from flat to three-dimensional service models [8][10]. - The introduction of the ProS model allows robots to be trained for specific roles, enhancing their ability to perform tasks like bartending and medical logistics [12][14]. - The collaboration between humanoid robots and specialized robots, such as logistics robots, demonstrates the potential for creating efficient service ecosystems [18][20]. Group 3: Data Utilization and Continuous Improvement - Qianlang has deployed over 100,000 robots globally, generating more than 10TB of real-time data daily, which is used to train and improve the capabilities of the XMAN-F1 [22]. - The data-driven approach allows for continuous optimization of service processes, enhancing the robots' ability to adapt and perform in various environments [20][22]. - The integration of a feedback loop between real-world data and model training ensures that the robots remain aligned with service value and operational efficiency [22][29]. Group 4: Future Prospects - The article suggests that as humanoid robots like XMAN-F1 evolve, they will be capable of performing more intricate tasks, potentially understanding emotional cues and providing personalized service [29]. - The ongoing development of Qianlang's embodied intelligence architecture is expected to expand the operational boundaries of humanoid robots, making them integral to service industries [29][30].