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越疆发布全新智能体平台Atom二代 实现对工业、商业、家庭场景应用的贴身适配

Core Insights - The 2025 World Robot Conference (WRC) in Beijing marked the launch of Shenzhen Yujiang Technology Co., Ltd.'s second-generation humanoid robot, DOBOT Atom II, indicating a shift from technical exploration to large-scale value creation in embodied intelligent robotics [1][3]. Group 1: Product Features and Applications - DOBOT Atom II redefines the commercialization threshold for robots, adapting to industrial, commercial, and home scenarios [1]. - In industrial manufacturing, DOBOT Atom II demonstrates dual-arm collaboration and decision-making capabilities, achieving precision tasks such as tightening bearings to within 0.1 mm tolerance and sorting parts into designated boxes [1][3]. - The robot showcases its versatility in dynamic tasks, such as serving popcorn and cooking, highlighting its ability to respond to user interactions and make autonomous decisions based on cooking progress [3][4]. Group 2: Collaborations and Market Validation - Yujiang has established deep collaborations with leading academic and research institutions, including Tencent Robotics X Lab and Shanghai Artificial Intelligence Lab, ensuring technological foresight [4]. - The company has gained validation from major global clients, including Mazak and Aurotek, confirming the feasibility of its technology for industrial and commercial applications [4]. Group 3: Platform and Ecosystem Development - Yujiang's DOBOT platform is positioned as the "Android of robots," focusing on creating an open platform that supports various robotic forms and simplifies task development through SDK/API interfaces [5]. - The platform enables a diverse range of robots to learn and train in multiple deployment scenarios, generating vast amounts of real-world data that drive algorithm upgrades, contributing to a comprehensive ecosystem [5]. Group 4: Future Vision - The scenarios envisioned for DOBOT Atom II include collaborative work in factories, disaster response with robotic dogs, and assisting the elderly at home, emphasizing a holistic approach to hardware control, autonomous algorithms, and ecological symbiosis [6].