近日， 机器人大讲堂获悉， 由前华为云 AI算法创新Lab主任、华为云具身大模型负责人朱森华创立的具身智 能公司—— 具脑磐石 ，已完成数千万元种子轮融资。 本轮投资方包括乐聚机器人、上海道禾长期投资、四川 科创投集团、东方精工等机构。 据悉，公司成立仅两个月，核心团队已集结完成，联合创始人包括极智嘉智能叉车与极智链产品事业部总经理 刘晋宇，其余成员来自华为、联想、旷视、极智嘉等企业，平均具备 10年以上AI与机器人研发交付经验。 在资本趋于理性、具身智能赛道逐渐进入产业化深水区的 2025年底，具脑磐石此次融资仍受到多家机构青 睐，背后 或许 与其 独特的技术路径、清晰的商业化定位 以及创始人稀缺的跨界背景密切相关。 ▍ 走出深度学习的"黑森林" 当前，具身智能乃至整个 AI领域正处在一个"技术范式不收敛"的探索期。主流方案大多基于深度学习 （DNN）范式，通过海量数据训练大模型（如Transformer、Diffusion），追求"压缩即智能"。 然而，这条 路径始终面临 高数据依赖、高能耗、低泛化性、低可解释性 等固有瓶颈。 朱森华 在采访中曾 犀利地指出， 这导致行业陷入 "有多少人工，就有多少智能" ...

"当前，全球汽车产业正加速向智能化、高端化转型，车企对生产环节的自动化、智能化需求持续攀 升。天奇股份作为深耕汽车产业链数十年的老牌企业，具备深厚的行业认知与技术积累。此次定增投向 汽车装备智能制造基地建设，有望进一步提高其汽车智能装备制造规模和整体交付能力，推动汽车智能 装备业务的持续发展。"中关村物联网产业联盟副秘书长袁帅对《证券日报》记者表示。 天奇股份另一募投项目为具身智能研发项目。该项目拟投资总额3.09亿元，拟使用募集资金投资金额 2.61亿元。 此次定增募资的核心投向之一是汽车装备智能制造基地建设项目。该项目拟投资总额4.97亿元，拟使用 募集资金投资4.26亿元，项目建设完成并达产后，公司将具备涂装工艺设备规模化制造能力，同时实现 汽车智能装备现有制造能力的扩产。 数据显示，天奇股份智能装备业务海外布局成效显著，截至2025年上半年底，公司智能装备在手订单达 13.2亿元。其中，海外订单占比54%，宝马墨西哥项目、比亚迪（002594）印尼项目等重点项目正加速 履约。 汽车制造业的智能化升级逐步进入以"自主决策与柔性生产"为特征的新阶段。作为实现人工智能从数字 认知向物理行动延伸的关键路径，具 ...

AI管弦乐《欢迎》。人民网记者 白鸽摄 舞台上，由中央音乐学院人工智能作曲系统创作的《欢迎》交响乐，在机器人"智音"的指挥和陕西省歌 舞剧院交响乐团的演奏下，拉开了"AI西安之夜"的帷幕。人民网主持人许博和人民网数字人"白泽"登 场，将观众带入虚实共生的梦幻现场。 人民网社交媒体部主任李娜分享"每日读画"栏目的"三美"。人民网记者 孙挺摄 光影流转间，"君不见黄河之水天上来"的童声朗朗而起，舞者以身为笔，凌空挥毫。巨幕之上，传世丹 青自绢帛间苏醒——画中人踏云起舞，山水于墨韵间流动呼吸。这一幕并非幻境。由人民日报社文艺 部、人民网与中国美术学院联合打造的文艺宣传融媒体品牌栏目"每日读画"，不仅借助AI技术让静态画 作"动起来""活起来"，更致力于将画作的解读与当代人的精神需求和情感世界相连接，让美术经典在新 时代的传播中焕发新的生机。 0:00 灯光渐暗，旋律流淌。当AI指挥棒划破夜空，千年古韵与未来之音在此共鸣。12月18日晚，2025企业 社会责任论坛活动之一"AI西安之夜"在西安国际会议中心举行，一场关于科技温度与人文厚度的对话， 在此展开。 "AI西安之夜"现场。人民网记者 邹星摄 本次活动邀请多位人 ...

Core Viewpoint - The article outlines various job descriptions and requirements for positions related to multi-modal reinforcement learning, data processing, and embodied intelligence, emphasizing the need for advanced skills in AI and machine learning technologies [6][14][15]. Group 1: Job Descriptions - Responsibilities include research, design, and implementation of cutting-edge multi-modal reinforcement learning algorithms to address complex real-world problems [6]. - Involvement in the collection, processing, cleaning, and analysis of multi-modal data to create high-quality training datasets [14]. - Development and optimization of multi-modal models, including training, fine-tuning, and enhancing performance across different tasks [6][15]. Group 2: Job Requirements - Candidates should possess a master's degree or higher in computer science, artificial intelligence, or robotics, with at least one year of research experience in computer vision or embodied intelligence [13]. - Proficiency in programming languages such as Python and deep learning frameworks like PyTorch is essential, along with strong engineering implementation skills [13]. - Experience in publishing papers at top academic conferences (e.g., CVPR, NeurIPS) and contributions to open-source projects are preferred [13][19]. Group 3: Additional Qualifications - Familiarity with multi-modal data cleaning, labeling, and loading, as well as understanding data optimization techniques is required [14]. - Candidates should have experience with large language models and multi-modal models, including knowledge of their capabilities and applicable scenarios [14]. - High standards for data quality and attention to detail are necessary, along with proficiency in data processing tools like Pandas and NumPy [14].

Core Insights - RoboScience and Qianxun Intelligent have recently added JD Technology Information Technology Co., Ltd. as a shareholder, indicating JD's continued investment in the robotics sector [1] - JD has made significant investments in various robotics startups this year, aiming to build a comprehensive ecosystem in embodied intelligence [1][4] Company Developments - RoboScience, founded in 2024 by a team including former Apple technical lead Tian Ye, focuses on developing a universal embodied intelligence system [2] - Qianxun Intelligent completed a nearly 600 million yuan Pre-A+ round of financing led by JD, while RoboScience secured around 200 million yuan in angel funding, also led by JD [1][2] Technology and Innovation - RoboScience employs a unique "fast-slow brain" model, which enhances the robot's ability to operate in complex environments by separating real-time responses and long-term planning [3] - The company has introduced the VLOA (Vision-Language-Object-Action) architecture, which allows robots to predict object trajectories, improving task understanding [3] Investment Strategy - JD's investment strategy in robotics is systematic, having made multiple investments since May, including in companies like PAXIN, Zhiyuan Robotics, and others, forming a "robotics army" [4][5] - The investments cover various critical segments of the robotics industry, with a focus on enhancing JD's operational capabilities in logistics and retail [4][5] Future Outlook - JD's commitment to embodied intelligence is long-term, with expectations for further investments and the addition of new members to its robotics portfolio [5] - The alignment of JD's business needs with robotics technology creates a feedback loop for innovation and application, enhancing operational efficiency [5]

Core Insights - The year 2025 is anticipated to be the "Year of Embodied Intelligence," driven by significant events and advancements in robotics and AI technologies [1] - There is a growing interest and investment in the field of general robotics, but concerns about sustainability and potential market bubbles persist [1] - Experts are exploring the challenges and advancements in embodied intelligence, focusing on the gap between technological ideals and engineering realities [1] Group 1: Industry Trends - A surge in robotics startups and investments indicates a strong belief in the potential of general robotics [1][2] - The transition from multi-modal large models to embodied intelligence is seen as a natural evolution, requiring substantial data and infrastructure improvements [3][4] - Current AI models face limitations in multi-task scenarios, highlighting the need for better adaptability and learning mechanisms [5][6] Group 2: Technical Challenges - The high energy consumption and training costs of large models pose significant challenges for their application in robotics [4][5] - There is a notable gap between the capabilities of large models and the multi-modal sensory systems of robots, complicating their integration [6][7] - The industry is exploring both modular and end-to-end architectures for embodied intelligence, with a shift towards more unified systems [9][10] Group 3: Research and Development - Research is focused on bridging the gap between human, AI, and robotic intelligence, aiming for better collaboration and understanding [16][18] - The current state of embodied intelligence is limited, with robots primarily executing pre-defined tasks rather than understanding human needs [18][19] - Future developments may involve creating systems that can interpret human intentions directly, bypassing traditional communication methods [20][21] Group 4: Future Outlook - Experts believe that achieving true embodied intelligence will require overcoming significant technical hurdles, particularly in understanding and interacting with the physical world [23][24] - The evolution of AI architectures, particularly beyond the current Transformer models, is essential for the long-term success of embodied intelligence [24][25] - The next five to ten years are expected to be critical for advancements in both hardware and software, potentially leading to widespread adoption of household robots [31][32]

人工智能浪潮下，杭州不断加快脚步。 6月4日，全市人工智能创新高地建设动员会召开，进一步明确了打造人工智能创新高地的目标与路 径，为杭州在人工智能领域的发展注入强大动力。 会上，相关负责人对《杭州市加快建设人工智能创新高地实施方案（2025年版）》进行了解读，政 府部门、高校院所、领军企业代表等齐聚一堂，从前瞻技术攻关到产业生态构建，从数实融合实践到具 身智能新赛道，共同助力杭州人工智能产业高质量发展。 最新任务书和"施工图"即将出台 今年4月25日，习近平总书记在中共中央政治局第二十次集体学习时强调，面对新一代人工智能技 术快速演进的新形势，要充分发挥新型举国体制优势，坚持自立自强，突出应用导向，推动我国人工智 能朝着有益、安全、公平方向健康有序发展。 立足数字经济先发优势，近年来，杭州持之以恒深化人工智能领域创新实践，积极开拓产业应用场 景、强化数据和算力等基础要素支撑、制定完善配套政策体系，为人工智能健康有序发展作出有益探 索。 根据此次即将出台的《实施方案》，到2025年，全市投入市场的智算规模要超过50EFLOPS （"EFLOPS"即每秒百亿亿次浮点运算，是衡量计算机或计算系统浮点运算能力的单位） ...

Group 1: Core Insights - The embodied intelligence industry is rapidly evolving, with significant growth projected in global market size, expected to reach $25.335 billion in 2024 and $87.565 billion by 2033, reflecting a compound annual growth rate (CAGR) of 15.0% [2][39] - Various countries are implementing strategic policies to enhance the status of embodied intelligence, with China including it in government work reports and supporting core technology breakthroughs and application scenarios [2][11] - The industry faces challenges such as reliance on imported core components, insufficient battery life, and high costs of commercial applications, which need to be addressed for sustainable growth [2][12] Group 2: Technological Trends - The technological framework of embodied intelligence includes perception, decision-making, action, and feedback modules, enabling systems to interact with their environment effectively [22][24] - Future trends indicate a shift towards multi-technology integration, optimization of data ecosystems, and phased commercialization of application scenarios [2][12] - Breakthroughs in core components and algorithms are being achieved in China, particularly in large model algorithms and domestic component production [2][12] Group 3: Market Dynamics - The market is characterized by intense competition, with major tech companies and startups actively innovating and traditional robotics firms exploring transformation [39][43] - The commercial pathways for embodied intelligence include hardware-software integration in general scenarios, software-based models, and vertical market applications [39][41] - The industry is witnessing a diverse range of players, including integrated R&D companies, large model developers, and physical carrier developers, with the U.S. leading in technological advancement and market diversity [39][43] Group 4: Policy and Regulatory Environment - Countries are establishing policies to support the development of embodied intelligence, focusing on enhancing strategic importance, clarifying development directions, and expanding application scenarios [33][34] - The European Union and other nations are investing significantly in AI and robotics, with initiatives aimed at ensuring safety and ethical standards in technology deployment [34][36] - Japan and South Korea are also advancing their strategies to enhance competitiveness in the global AI landscape, emphasizing collaboration and innovation [36][38]