Core Insights - The article discusses the rising prominence of embodied intelligence and robotics, highlighting the increasing interest from both large and small companies, as well as capital investment and media coverage [2][3] - There is a growing expectation for embodied robots to transition from being merely demonstrative to becoming practical tools that enhance productivity in real-world applications [3][4] - Xiaomi's new embodied VLA model, Xiaomi-Robotics-0, addresses critical issues such as the frequent pauses and slow corrections in robotic execution, aiming for greater autonomy and efficiency [7][8] Group 1: Industry Trends - The embodied robotics sector is at a pivotal point, characterized by impressive demonstrations of capabilities while also facing scrutiny regarding their actual value in industrial settings [3][4] - The industry is experiencing a paradigm shift where the focus is on the autonomy of robots, moving beyond human-assisted operations to fully autonomous systems [4][6] Group 2: Xiaomi-Robotics-0 Innovations - Xiaomi-Robotics-0 features three core technological innovations: architecture design, pre-training strategies, and post-training mechanisms, all aimed at enabling robots to understand complex environments and execute actions continuously and accurately [12][13] - The model employs a dual-brain architecture, separating the "brain" for decision-making and the "small brain" for generating continuous action blocks, which enhances the smoothness and precision of robotic movements [16][21] - A two-phase pre-training approach is utilized to maintain the model's visual understanding while training it to perform actions, ensuring that the robot can interpret complex instructions and plan continuous movements [24][30] Group 3: Performance Metrics - Xiaomi-Robotics-0 has achieved outstanding results in various benchmarks, surpassing approximately 30 existing models in environments like LIBERO, CALVIN, and SimplerEnv [44][45] - The model demonstrated a 100% success rate in the Libero-Object task and maintained high throughput in real-world tasks such as towel folding and LEGO disassembly, showcasing its practical capabilities [47][54][57] - The model's performance indicates that it does not sacrifice understanding capabilities for control abilities, maintaining high scores across multiple evaluation metrics [49][58] Group 4: Strategic Direction - Xiaomi's approach in the embodied intelligence field appears to focus on practical applications rather than merely showcasing advanced technology, aiming to address real-world industrial challenges [61][65] - The company has recently open-sourced its models, including TacRefineNet, which enhances fine-grained control without relying on visual input, indicating a commitment to transparency and collaboration within the industry [74][76] - This open-source strategy lowers barriers for smaller developers, allowing them to build upon Xiaomi's foundational work and contribute to the development of specialized applications in robotics [78][79]

Investment Rating - The report does not explicitly state an investment rating for the high-end equipment manufacturing industry, particularly in the humanoid robotics sector. Core Insights - 2026 is seen as a pivotal year for humanoid robots, with significant advancements expected in production and application scenarios, particularly in areas like navigation and inspection [6] - The report highlights a "robot arms race" globally, with major companies like Tesla and others making significant technological strides [6] - The report emphasizes the importance of supply chain convergence and technological iteration, focusing on key players and emerging opportunities in both domestic and international markets [6] Industry Frontiers - The humanoid robotics sector is experiencing a surge in activity, with notable events such as the release of the full-sized humanoid robot "Bolt" by Zhejiang University and the upcoming unveiling of Tesla's third-generation humanoid robot [10][12] - The report notes the acceleration of industry chain collaboration and ecosystem construction, driven by policy support and technological breakthroughs [10][12] Capital Trends - Significant capital movements are noted, including over 700 million RMB raised by the Beijing Humanoid Robot Innovation Center and various other funding rounds across the industry [5][34][43] - The report indicates a trend towards strategic partnerships and collaborations among companies, enhancing the overall investment landscape in humanoid robotics [43][45] Weekly Perspectives - The report discusses the dual drive of policy and technology in the humanoid robotics sector, with a focus on the integration of AI in agriculture and other applications [13] - It highlights the importance of commercial viability and the need for scalable applications in the industry, with a shift from industrial manufacturing to broader service applications [20]

Investment Rating - The report does not explicitly state an investment rating for the high-end equipment manufacturing industry, particularly in the humanoid robotics sector. Core Insights - 2026 is identified as a critical year for humanoid robots, with significant advancements expected in production and application scenarios, particularly in areas like navigation and inspection [6] - The report highlights a "robot arms race" globally, with major companies like Tesla and others making significant technological advancements and production plans [6] - The report emphasizes the importance of supply chain convergence and technological iteration, focusing on key players and emerging opportunities in both domestic and international markets [6] Industry Frontiers - The humanoid robotics sector is experiencing a surge in activity, with notable events such as the release of the full-sized humanoid robot "Bolt" by Zhejiang University and the upcoming unveiling of Tesla's third-generation humanoid robot [10][12] - The report notes the acceleration of industry chain collaboration and ecosystem construction, driven by policy support and technological breakthroughs [10][12] Capital Trends - Significant capital movements are noted, including over 700 million yuan raised by the Beijing Humanoid Robot Innovation Center and various other funding rounds across the industry [5][34][43] - The report indicates a trend of increasing investment from both public and private sectors, highlighting the growing interest in humanoid robotics as a strategic industry [45] Weekly Perspectives - The report discusses the dual drive of policy and technology in the humanoid robotics field, with a focus on the integration of AI in agriculture and other sectors [13] - It highlights the emergence of new market players and the ongoing development of core technologies, such as advanced actuators and sensors, which are crucial for the next generation of humanoid robots [39][40]

1、小米开源首代机器人VLA大模型 2月12日，小米宣布开源Xiaomi-Robotics-0。据介绍，这是一个拥有47亿参数、兼具视觉语言理解 与高性能实时执行能力的开源VLA模型。 2、日股日经指数首次站上58000点 日经225指数涨幅扩大，一度上涨0.6%，报58004.72点，创盘中历史新高。 3、伊朗最高领袖顾问：正与美国磋商下一轮谈判时间 据伊朗塔斯尼姆通讯社11日报道，伊朗最高国家安全委员会秘书、最高领袖顾问拉里贾尼表示，伊 朗正在与美国磋商以确定下一轮谈判时间。拉里贾尼11日在访问阿曼首都马斯喀特期间发表声明说，与 美国的谈判"在某种程度上是好的"。他认为美方似乎有意愿达成协议。拉里贾尼同时强调，仅凭当前情 况无法作出全面判断，必须密切关注后续进程。（新华社） 4、法国已有三名婴儿因食用问题奶粉死亡 当地时间2月11日，法国卫生部发布通报称，目前已有三名婴儿因食用被召回的婴幼儿配方奶粉死 亡，相关部门已展开立案调查。法国卫生部表示，截至目前，法国各地区卫生局共收到约50起相关报 告，其中14起病例因疑似食用被召回的婴幼儿配方奶粉而住院治疗。近期，全球多起婴幼儿奶粉召回事 件引发乳制品行业关注 ...

苏州逐越鸿智科技发展合伙企业（有限合伙）（简称"逐越鸿智"）关联企业魔法原子机器人科技（无 锡）有限公司（简称"魔法原子"）现有资本化路径与上市公司无关。魔法原子主要从事具身智能机器人 相关业务，正在筹划独立资本运作，相关资本运作计划将完全独立于上市公司，不存在以任何形式注入 上市公司的计划。敬请广大投资者理性投资，注意投资风险。 格隆汇2月12日丨嘉美包装(002969.SZ)公布股票交易异常波动暨风险提示性公告，自2025年12月17日至 2026年2月12日期间价格涨幅为632.24%，期间多次触及股票交易异常波动情形。公司已分别于2026年1 月7日、1月26日进行停牌核查，于2026年1月12日、2月2日公告核查结果并复牌。如未来公司股票价格 进一步异常上涨，公司可能再次向深圳证券交易所申请停牌核查。经查询，深圳证券交易所官网2026年 2月6日发布的监管动态显示，公司股票已于近期被交易所重点监控。敬请广大投资者理性投资，注意投 资风险。 ...

目前，灵心巧手旗下Linker Hand系列灵巧手已实现对腱绳、直驱、连杆等技术路线的全覆盖，成为目 前全球唯一月产千台高自由度灵巧手的公司，产品在全球高自由度灵巧手市场中占据超过80%的份额， 其目标在2026年实现5万-10万台的交付规模。 新京报贝壳财经讯（记者韦博雅）2月12日，灵巧手企业灵心巧手完成超10亿元级别B轮融资。本轮融 资由道得投资、盛世投资领投，盈渊朴远基金、诺瓦星云、新鼎资本、中和资本、智路资本、诚筑投 资、临云资本、嘉铭浩春、财鑫资本、Singapore Eastern Epic Capitals等投资机构和产业方跟投。 灵心巧手表示，本轮融资将用于核心产品技术研发、进一步产能提升和全栈基座能力打造。以此强化身 为灵巧手独角兽的引领力，加速灵巧操作革新，推动具身智能进入创造世界的新阶段。 编辑 岳彩周 校对 柳宝庆 ...

Core Viewpoint - Shenzhen's "Artificial Intelligence +" Advanced Manufacturing Action Plan (2026-2027) aims to integrate AI technology deeply into the manufacturing sector, promoting new industrialization and enhancing traditional industries through innovation and application of AI [1][2][3]. Group 1: Overall Requirements - The plan targets the realization of new industrialization by accelerating AI's integration into all aspects of manufacturing, including R&D, production management, and supply chain management, aiming for comprehensive smart development by 2027 [3]. Group 2: Key Support Platforms - Establishment of an Industrial Intelligent Body Innovation Center to support the development of intelligent systems capable of environmental perception and autonomous decision-making [4]. - Development of industrial software and knowledge alliances to standardize industrial knowledge and create leading autonomous software products [5]. Group 3: Empowering Key Industry Clusters - AI will enhance the electronic information manufacturing sector by integrating algorithms, data sharing, and collaborative computing resources to improve smart transformation [6]. - In the semiconductor and integrated circuit industries, AI will optimize chip design and software efficiency, focusing on high-performance SoC chips for various AI applications [7]. - The automotive manufacturing sector will see AI applied in smart connected vehicles, enhancing design, production, and testing processes [8]. - AI will support robotics by developing multi-modal interaction technologies and enhancing operational efficiency in various industrial applications [9]. - High-performance materials manufacturing will leverage AI for process optimization and predictive control, creating a responsive materials ecosystem [10]. - The low-altitude economy will benefit from AI-driven drone capabilities, enhancing operational efficiency across various applications [11]. - AI will accelerate drug development and medical device innovation, integrating AI with biotechnology for improved healthcare solutions [12]. - Traditional industries will explore new optimization paths through AI, focusing on personalized production and supply chain intelligence [13]. Group 4: Strengthening Work Guarantees - Increased financial support for the "Artificial Intelligence +" advanced manufacturing sector, encouraging collaboration between AI and traditional manufacturing policies [12]. - Establishment of application scenario open centers to facilitate supply-demand matching and promote AI applications in manufacturing [13]. - Ongoing training and demonstration promotion in AI technologies to address industry pain points and showcase successful applications [13].

2025年8月，其完成数亿元天使轮融资，由蚂蚁集团领投； 2025年10月，其完成数亿元A轮融资，由京国瑞管理公司和博佳资本领投，蚂蚁集团继续加注； 2025年11月，其完成数亿元人民币A+轮融资，由浙江创新投资、德清产投、乐聚机器人等投资； 机器人前瞻（公众号：robot_pro） 作者 | 许丽思 编辑 | 漠影 机器人前瞻2月12日报道，刚刚，灵心巧手宣布完成近15亿元B轮融资。本轮融资由道得投资、盛世投资领投，盈渊朴远基金、诺瓦星云、新鼎资本、中 和资本、智路资本、诚筑投资、临云资本、嘉铭浩春、财鑫资本、Singapore Eastern Epic Capitals等知名投资机构和产业方跟投。 灵心巧手称，本轮融资将用于核心产品技术研发、进一步产能提升和全栈基座能力打造。 2025年以来，灵心巧手是获得融资次数最多的灵巧手企业，此前已累计完成5轮融资： 2025年4月，其完成了超亿元种子轮融资，由红杉种子基金、万凯新材领投，创下灵巧手行业最大种子轮融资纪录； 该公司还设计研发了LinkerSkillNet多模态数据采集系统，构建全球最大的灵巧操作技能库，；并推出Dex-Serl真机强化学习框架，引入末 ...

2026山东省机器人春晚的舞台上,济宁智造的硬核实力次第绽放。当机器人成为新春舞台的主角,这场科 技盛宴为何独独钟情济宁?答案,就藏在这座城市用数十年工业积淀筑就的产业根基里。 济宁的产业雄心,更折射出山东机器人产业的区域协同谋划。2026年山东省政府工作报告明确提出,做强 济南、青岛、淄博、济宁四大机器人产业基地,这种"研发—制造—展示"的全链条产业发展模式,将为"机 器人和智能装备产业规模突破2000亿元"的目标筑牢根基。 记者孔茜张清直济宁报道 济宁早已用38个工业大类,构筑起庞大的产业"资源池",更孕育出遍布各行业的真实应用场景。矿山巷道 的智能掘进、纺织车间的精准分拣、化工园区的无人巡检、食品生产线的自动化包装……济宁,成为机 器人技术落地的天然"试炼场"。这里的机器人不是实验室里仅供观赏的精致展品,而是深入生产一线、 破解难题的"实干尖兵",回应着传统产业升级的迫切需求。 凭借场景这一技术迭代"试金石",济宁为机器人产业提供了从实验室原型走向规模化应用的关键跳板。 这样的场景优势,若没有完整产业链的支撑,终究难以转化为持续的产业竞争力。济宁产品将机器人产业 纳入15条标志性产业链之一的新一代信息技 ...

Investment Rating - The industry investment rating is "Positive" (maintained) [5] Core Insights - Yushu Technology has become a partner for the 2026 Spring Festival Gala, marking its third collaboration with the event [1] - The report highlights various companies collaborating with Yushu Technology, including Meihu Co., Changsheng Bearings, and Zhongdali De, which are supplying critical components for humanoid robots [2][3] - The report emphasizes the strategic partnerships and ongoing developments in the humanoid robot sector, showcasing a robust supply chain and innovation in technology [2][3][6] Summary by Sections Company Collaborations - Meihu Co. has successfully delivered mass-produced components as of November 17, 2025 [2] - Changsheng Bearings signed a cooperation agreement with Yushu Technology and has begun small-scale production of self-lubricating bearings [2] - Zhongdali De is providing core components like reducers, while Wolong Electric Drive has been a strategic partner since 2024 [2][3] - Other notable collaborations include Best, which supplies precision screw assemblies, and Aobi Zhongguang, which provides visual solutions and laser radar [3][4] Technological Developments - Companies like Jiangsu Leili and Allwinner Technology are contributing to the development of key components such as brushless motors and intelligent processing chips for Yushu's robots [6][7] - The report mentions the establishment of a joint laboratory for lightweight materials with Zhejiang Rongtai, aiming for mass production of carbon fiber composite joints by 2025 [7] Market Position - The report indicates a strong market position for Yushu Technology within the humanoid robot industry, supported by a network of suppliers and ongoing technological advancements [2][3][6]