近日，由北京石景山产业发展有限公司、北京石景山银行保险产业园、乐聚机器人联合运营的 人形机器 人 数据训练中 心二期 正式投运。该训练中心 占地面积达上万平方米，年产真机数据量超600万条，被称 为"国内最大人形机器人训练场 "。 该训练中心聚焦工业智造、智慧家庭、康养服务和5G融合 四大前沿场景 ，并1:1还原了这四大类下共计16 个细分场景，包括台面清洁、药房出药、桌面整理、商超售卖、物料分拣等。 数据作为人工智能的基础要素，同时也是人形机器人实现智能化的核心要素。该训练中心通过100个数采工 位，由乐聚机器人旗下的"夸父"人形机器人进行训练，收集真机数据， 预计数据产能达5000小时/月 。 可以说，该人形机器人训练场不仅是乐聚机器人的战略落子，更成为中国人形机器人产业从技术探索迈向 规模化落地的重要注脚。 ▍北京石景山政府战略引领，乐聚机器人全栈技术赋能 该训练场的落成绝非偶然。乐聚机器人作为联合运营方之一， 用其人形机器人全栈技术为训练场赋能 。乐 聚机器人作为人形机器人头部企业之一，在人形机器人技术和研发上实现了诸多突破，其推出的"夸父"人形 机器人也历经了多次改良与升级，正逐步走向落地应用。 除 ...

Group 1 - Alibaba announced a collaboration with NVIDIA on Physical AI, aiming to optimize the development process and accelerate the application of technologies like embodied intelligence and assisted driving [2] - The partnership covers various aspects of Physical AI, including data synthesis, model training, environmental simulation, and comprehensive model testing [2] Group 2 - Koli Sensor has successfully achieved mass production of six-dimensional force sensors for AI rehabilitation robots and humanoid robots, with hundreds of units shipped [5] - This development highlights Koli Sensor's strength in sensor manufacturing and supports the growth of AI rehabilitation and humanoid robot industries [5] Group 3 - Qianlang Intelligent released its self-developed VLA model KOM2.0 for the service industry, enhancing the generalization ability and iteration speed of humanoid service robots [9] - The model incorporates innovative mechanisms to extract key information and understand scene relationships, improving efficiency in tasks like making popcorn and beverages [9] Group 4 - UBTECH received authorization for a patent related to a mechanical hand and humanoid robot, showcasing its ongoing investment and innovation in humanoid robot technology [12] - The patented design includes a unique gripping mechanism that enhances stability and safety during the handling of objects [12] Group 5 - Zhengzhou University and Leju Robotics signed an agreement to establish a joint research center for humanoid robots, aiming to drive technological breakthroughs and industrial applications [15] - The collaboration will focus on addressing key technologies and filling gaps in industrial-grade applications of humanoid robots in China [15]

9月25日，记者从业内获悉，国内规模最大的人形机器人训练场在北京石景山正式投运。这座占地面积 超万平方米、年产高质量数据超600万条的"超级训练场"，不仅将重塑产业创新生态，也预示着一个人 工智能与实体经济深度融合的万亿级新增长极正在崛起。 训练场采用政府引导、企业主导的创新合作模式，由石景山区政府牵头，联合区属产业平台、北京银保 产业园以及人形机器人领军企业乐聚机器人共同建设运营。这一合作模式有效整合了政府、产业、金 融、科研等多方资源，为产业发展提供基础设施支撑。 日前《关于深入实施"人工智能+"行动的意见》出台，政策与产业的双重驱动，为人形机器人产业发展 创造了有利环境。 在训练场内，记者看到，这里还原了工业智造、智慧家庭、康养服务和5G融合四大类共16个细分场 景，覆盖从智能制造到社会服务的全方位应用领域。这种高度仿真的训练环境，为机器人算法的优化与 迭代提供了真实的数据支持。 现场，身高1.66米的"夸父"人形机器人展示了出色的工作能力。通过VR设备、动作捕捉系统等先进装 备，这些机器人已掌握20多项原子技能，在物料分拣、产品装箱等任务中执行成功率达到95%以上。 据悉，训练场每年可产出超过600万 ...

本报讯(记者李春莲)近日，国内规模最大的人形机器人训练场在北京石景山正式投运，我国人形机器人 产业有望突破核心数据瓶颈，进入加速发展的新阶段。年产高质量数据超600万条的"超级训练场"，不 仅将重塑产业创新生态，更预示着一个人工智能与实体经济深度融合的万亿级新增长极正在崛起。 该训练场的建成投用，不仅为我国人形机器人产业提供了至关重要的基础设施支撑，更为行业探索出了 一条可行的商业化路径。随着更多企业和机构利用这一平台开展研发与创新活动，人形机器人产业有望 迎来新一轮发展热潮。 训练场内1：1还原了工业智造、智慧家庭、康养服务和5G融合四大类共16个细分场景，覆盖从智能制 造到社会服务的全方位应用领域。这种高度仿真的训练环境，为机器人算法的优化与迭代提供了真实的 数据支持。 在现场，身高1.66米的"夸父"人形机器人展示了出色的工作能力。通过VR设备、动作捕捉系统等先进 装备，这些机器人已掌握20多项原子技能，在物料分拣、产品装箱等任务中执行成功率达到95%以上。 训练场创新性地构建了"训练+应用+孵化+科普"四位一体的商业模式。除了提供基础的数据服务外，还 通过产业基金支持、赛事培育、人才培养等多种方式，全 ...

上万平方米空间里，上百台机器人日夜不停地练习搬运、分拣、装配，年产出超600万条高质量数据——在北京石 景山区，国内最大的人形机器人训练场——人形机器人数据训练中心正式投入运营。 这一重要基础设施的落成，既是我国人形机器人产业的"关键落子"，也为全国各地训练场建设提供了"北京样 本"，将加速人形机器人"具身大脑"进化，推动其早日在汽车制造、物流搬运等场景规模化应用，为未来万亿级产 业发展奠定坚实基础。 此前，国务院《关于深入实施"人工智能+"行动的意见》提出，要以应用为导向加强高质量数据集建设，促进数据 高效流通与价值释放。 数据是人形机器人实现智能化的核心要素。在这一背景下， 人形机器人数据训练中心 作为北京推动具身智能发展 的重要载体，聚焦行业三大核心痛点—— 跨场景数据通用性不足、仿真环境与真实场景差距显著、行业缺乏标准 化数据格式 ，系统开展高质量数据资源的规模化采集与标准化处理，为机器人实际应用提供可靠数据支撑。 为保障高效运行与资源整合，训练场由石景山区政府牵头，区属产业公司、北京银保产业园以及国内人形机器人 领军企业乐聚机器人联合运营， 高效整合了政府、产业、高校、研究机构及金融五方资源，为打造 ...

产业的崛起，始于作为"大脑"的底层AI技术。深圳元象信息科技有限公司（下称"元象科技"）研发出国 内最大规模的MoE大模型，跻身独角兽行列。这表明，深圳的产业雄心并非仅限于硬件制造，更在于掌 握定义未来的核心算法能力。 元象科技副总裁孔博告诉南都湾财社记者，黄坤明书记此次调研勉励企业保持定力，强化协同，以更大 力度推进研发创新，推动产品进一步强功能、优体验、降成本，大力开拓应用场景。这让我们感到倍感 振奋、倍增信心。 2025年8月12日，广东省委书记黄坤明赴深圳，围绕人工智能与机器人这一前沿产业进行了专题调研。 此行调研目的明确，即关注人工智能与机器人产业的跨越式发展。 深圳的人工智能与机器人产业已经形成"硬实力"支撑。据《深圳市机器人产业发展白皮书（2024）》显 示，2024年深圳机器人产业链总产值首次突破2000亿元大关，达到2012亿元，同比增长12.58%。同 年，深圳在机器人产业领域共发生72起融资事件，占全国近四分之一，位居首位。 此行调研的企业——优必选、越疆科技、乐聚机器人和元象信息科技，覆盖了从底层AI算法、核心零 部件到硬件整机、行业应用等关键环节。这些企业共同构成了一个观察深圳AI与 ...

Group 1 - The 2025 World Robot Conference (WRC2025) opened in Beijing, showcasing numerous innovative products and applications from various companies, particularly from Jiangsu province [1][2] - Companies like Leju Robotics, Yuliqi, and Magic Atom presented humanoid and quadruped robots, demonstrating their capabilities in industrial, commercial, and household applications [2][3] - The event highlighted the advancements in humanoid robots, with Leju's KUAVO robot showcasing diverse applications such as outdoor delivery and human interaction, indicating a shift towards multifunctional robots [1][2] Group 2 - UQI, a subsidiary of Tianqi Co., introduced several robots including industrial mobile robots and humanoid robots, aiming to create an end-to-end unmanned logistics system [4] - Companies like Juxie Intelligent and Yiyou Technology presented innovations in harmonic reducers and force control joints, addressing the challenges of miniaturization in embodied intelligence [3][4] - The Jiangsu provincial government released an action plan targeting a robot industry scale of approximately 200 billion yuan by 2025, with a focus on enhancing the core industry and fostering competitive enterprises [5][6] Group 3 - The action plan emphasizes the development of specialized robots and core components in cities like Wuxi and Suzhou, aiming to integrate robots into various sectors including manufacturing and healthcare [6] - The plan sets ambitious goals for robot density in manufacturing sectors, targeting 500 robots per 10,000 people by 2025, and aims for the overall industry strength to reach international advanced levels by 2027 [5][6]

Economic Performance - Longhua District achieved a GDP of 156.71 billion, marking the highest value for the same period in history, with a year-on-year growth of 6.2%, surpassing national, provincial, and municipal averages [2][9] - The industrial output value reached 311.18 billion, representing the highest historical value for the same period since the establishment of the district [3][8] Industrial Development - The industrial added value grew by 5.0% year-on-year, with a significant increase in the first quarter [3] - Advanced manufacturing and high-tech manufacturing accounted for over 70% of the industrial added value, indicating accelerated cultivation of new productive forces [3][10] - The district established an Artificial Intelligence and Robotics Innovation Research Institute and formed strategic partnerships with 14 companies, including China Unicom and Foxconn [3][12] Digital Economy - The digital economy in Longhua District is thriving, with the Shenzhen (Longhua) Digital Empowerment Public Service Platform upgraded to version 2.0, attracting over 3,500 industrial enterprises [3][10] Emerging Industries - The establishment of the first Shenzhen (Longhua) - Milan Fashion Economic and Trade Cooperation Office signifies a global outreach, enhancing integration into the international fashion industry [4] - The low-altitude economy sector saw the establishment of 22 new enterprises, contributing to a 14% growth in industry revenue [4][8] Consumer Market - The service industry added value grew by 7.9% year-on-year, with the real estate market showing signs of stabilization and growth [5][6] - New consumption models are emerging, with innovative integration of events and shopping districts driving significant consumer traffic and sales [6][7] Investment Growth - Infrastructure investment surged by 35.7%, with real estate development investment increasing by 12.9% [8] - Industrial transformation and upgrading are progressing steadily, with industrial technological transformation investment growing by 107.7% [8][11] Foreign Trade - From January to June 2025, Longhua District's foreign trade import and export reached 225.59 billion, with imports growing by 8.7% [8] Innovation and Technology - The proportion of high-tech manufacturing added value reached 75% of the industrial added value, with significant increases in the production of integrated circuits, industrial robots, and 3D printing equipment [10][11] - The number of national high-tech enterprises surpassed 4,000, with a growing number of specialized and innovative "little giants" [11][12]

Core Insights - The article highlights the achievements of Leju Robotics, particularly its humanoid robot "Kua Fu," which is the first full-size humanoid robot in China equipped with an open-source HarmonyOS and capable of multi-terrain jumping [2][4][10] - The company has transitioned from small-scale robotics to large-scale production, becoming a leader in the humanoid robotics sector in China [4][8] - The founder, Leng Xiaokun, emphasizes the importance of innovation and the supportive entrepreneurial environment in Shenzhen for the company's success [4][10] Company Development - Leju Robotics was founded in 2016 by Leng Xiaokun and a team of peers from Harbin Institute of Technology, initially focusing on small-sized robots to build technical and financial foundations [6][8] - The first product, a small bipedal robot named "Aelos," was launched in the first year and has since been adopted in over 5,000 schools, serving more than 10 million students [6][8] - The company has achieved a significant milestone in 2023 by becoming a national-level "specialized and innovative" small giant enterprise [4] Technological Advancements - The development of the first generation of "Kua Fu" faced challenges due to a low domestic component rate, which was less than 10% [8][9] - The company focused on modular joint design and developed a full-body momentum control algorithm to enhance the robot's stability and functionality [9] - The third generation of "Kua Fu" was launched in 2023, featuring a 90% domestic component rate and a significant reduction in manufacturing costs, with an expected annual production of 1,000 to 2,000 units [9][10] Market Position and Future Plans - "Kua Fu" is already being utilized in industrial settings, performing tasks such as box handling, and aims to address challenges in flexible manufacturing and hazardous environments [9][10] - The company is building an ecosystem by collaborating with 30 leading enterprises to integrate various applications and technologies in humanoid robotics [10][11] - Future goals include making humanoid robots affordable and intelligent enough to serve households, thereby improving quality of life [11][12]

Group 1 - The core viewpoint is that humanoid robot manufacturers are shifting their focus from ambitious universal solutions to more pragmatic, specialized applications, emphasizing the need for self-sustainability in their business models [1][4][25] - As of 2025, there is a noticeable trend where manufacturers are showcasing their capabilities through demonstrations rather than merely promoting the idea of widespread adoption [1][2] - The industry is recognizing that the pursuit of universal capabilities may hinder long-term development and immediate commercialization, leading to a more cautious approach [2][5][25] Group 2 - The current market for humanoid robots is still in its early stages, characterized by supply-driven dynamics rather than demand-driven, similar to the initial phase of smartphones [10][16] - There is a growing consensus that focusing on specific, well-defined applications may yield better commercial value than attempting to create a one-size-fits-all solution [8][11] - Companies are increasingly exploring partnerships and collaborations to enhance their technological capabilities and accelerate product development, moving away from isolated development efforts [21][23][25] Group 3 - The demand for practical applications of robots in logistics and other sectors is evident, with successful deployments validating the need for robotic solutions [7][10] - The industry is witnessing a trend where companies are diversifying their product offerings to include quadrupedal robots, which are perceived as more commercially viable and easier to develop [15][17][18] - The shift towards specialized robots, such as those designed for specific tasks in retail or hospitality, is proving to be a more effective strategy for companies looking to establish a foothold in the market [11][12][25]