“小米系”具身智能大模型创企，完成新一轮亿级融资！

Core Viewpoint - The article discusses the recent financing round of Beijing Xiaoyu Zhizao Technology Co., Ltd. (Xiaoyu Zhizao), a startup focused on embodied intelligence and general-purpose robotics, highlighting its strategic partnerships and the growing interest from major tech companies in the field of embodied intelligence [3][6][10]. Financing and Investment - Xiaoyu Zhizao completed approximately 100 million yuan in its A+ round of financing, led by Didi, marking Didi's first investment in the embodied intelligence sector [3][6]. - The company has completed four rounds of financing, with previous rounds involving investments from Xiaomi Group, Yari Capital, and others, indicating strong backing from notable investors [5][10]. - Didi's entry into the sector follows investments from other major players like Huawei, Tencent, and JD, reflecting a trend of tech giants investing in embodied intelligence [6][7]. Company Overview - Founded in January 2023, Xiaoyu Zhizao specializes in developing large model robotics technology for industrial applications, aiming to create a "general brain" for robots that can adapt to various tasks [10][15]. - The founding team includes former Xiaomi members with extensive experience in software and hardware development, enhancing the company's technological capabilities [11][13]. Product Development - Xiaoyu Zhizao has developed the "Xiaoyu Brain," a general-purpose robotic brain that enables robots to self-learn and optimize their performance over time [14][15]. - The company has established strategic partnerships with industry leaders, including a significant order for 100 welding robots from a major heavy machinery company, indicating strong commercial traction [17][18]. Industry Trends - The article notes that over 200 companies globally are entering the embodied intelligence field, with a mix of startups focusing on either large model development or humanoid robotics [19]. - The shift in investment focus from hardware to software capabilities is emphasized, as software advancements are seen as crucial for overcoming commercialization barriers in humanoid robotics [20][21].