Core Insights - The company has launched an upgraded self-developed VLA model, KOM2.0, aimed at enhancing the capabilities of humanoid service robots, significantly improving their generalization ability and accelerating product iteration speed [1][2] - The new model incorporates innovative architecture, including a spatiotemporal adaptive attention mechanism and hierarchical decision reasoning module, enabling precise extraction of key information from vast real-time data [1][2] - The company aims to expand its product matrix by developing more general-purpose humanoid robots, in addition to its existing specialized robots for delivery and cleaning [5][6] Company Developments - The VLA model leverages years of accumulated scene data and operational data from over 100,000 online robots, enhancing the robustness and generalization capabilities of the robots [2] - The company has launched its first bipedal humanoid service robot, XMAN-F1, which is based on the VLA model and targets complex service scenarios [2] - The company has established a global presence with over 80 operational centers and sales in more than 60 countries, with international revenue accounting for approximately 50% of total revenue [6] Market Vision - The CEO envisions a future where humanoid robots will be widely integrated into daily life, with a goal of having one robot for every person by 2050, predicting a global population of around 10 billion [5] - The company is focusing on achieving large-scale deployment of humanoid robots in familiar service scenarios, such as kitchens and bars, with the ultimate goal of creating robots that can serve as full-time household assistants [5][6]