转自：北京日报客户端 今年国庆中秋假期，首钢园成为球迷游客欢乐的海洋，WTT中国大满贯赛带火了周边的赛事经济和文 旅热潮，群明湖上游船游弋，洋溢着秋日的惬意。本报记者 潘之望摄（资料照片） 再过几天，2025年就将与我们挥别，辉煌"十四五"也将完美收官。 收官之年，北京自觉把握在全国发展大局中的定位，主动扛起经济挑大梁责任。全市经济保持平稳运 行、稳中向好，正向"五万亿之城"稳步迈进—— 3月12日，"明眸慧思 开启万物"北京人形机器人创新中心通用具身智能平台"慧思开物"发布会在北京经 开区通明湖会展中心举办。本报记者 和冠欣摄 产业向"新"。全市产业结构向高端化持续攀升，新能源汽车、集成电路、5G智能手机、锂离子电池 等"北京智造"的招牌愈发闪亮。 消费见"融"。鸟巢、首钢园、工体……众多地标上演的演唱会、体育赛事、电子竞技屡破纪录，展现出 文商旅体展融合的强大引力。 民生有"感"。家门口添了区域养老服务中心，五环内和城市副中心交通信号灯全部联网，越来越多学校 上新智慧食堂，民生保障更有力。 产业结构向高端化持续攀升 几天前，全球首个治疗糖尿病周围神经痛的贴剂获批，填补了国内外用一线药物的治疗空白。 自动驾 ...

Core Insights - The 2025 World Robot Conference showcased over 1,500 exhibits and more than 100 new products, highlighting advancements in robotics technology and its integration into various industries [1][2] - China is leading in robot patent applications, accounting for two-thirds of the global total in 2024, indicating a strong focus on innovation in the robotics sector [2][3] Industry Development - The revenue of China's robotics industry grew by 27.8% year-on-year in the first half of the year, with industrial and service robots seeing production increases of 35.6% and 25.5% respectively [5][6] - Beijing has become a hub for the robotics industry, housing over 300 robotics enterprises and forming a comprehensive industrial chain from core components to applications [5][6] Application Scenarios - Industrial robots are now utilized across 71 major sectors of the national economy, with China's manufacturing robot density ranking third globally [10] - The conference highlighted diverse applications of robots, including in industrial, research, and service settings, showcasing their potential to enhance efficiency and productivity [7][8][10] Technological Innovation - Innovations such as autonomous navigation systems and multi-modal large models are being developed to support the scalable application of embodied intelligence in robotics [2][3] - The introduction of robots capable of autonomous battery swapping and advanced motion algorithms demonstrates significant advancements in robotics technology [9][10] Future Initiatives - Beijing plans to establish a comprehensive training ground for embodied intelligence, aiming to create a large-scale data pool and support the development of innovative robotics applications [11][12] - The city is set to release a demand for nearly 50 billion yuan in robotics applications over the next two years, with a focus on high-end manufacturing and various service sectors [12]

Core Insights - The 2025 World Robot Conference held in Beijing showcased over 1,500 exhibits and more than 100 new products, emphasizing the integration of robotics into various sectors and the rapid advancement of intelligent industries [1][4]. Industry Development - The robot industry in China experienced a revenue growth of 27.8% year-on-year in the first half of the year, with industrial robots and service robots seeing production increases of 35.6% and 25.5%, respectively [4]. - China has become the world's largest producer of robots, with a projected sales volume of 302,000 industrial robots in 2024 [5][4]. Technological Innovation - China accounted for two-thirds of global robot patent applications in 2024, indicating a strong focus on innovation in core technologies such as humanoid robots and intelligent collaborative control [2][3]. - The development of humanoid robots has advanced significantly, with capabilities such as millisecond-level response times and enhanced stability and flexibility [3]. Application Scenarios - Industrial robots are now applied across 71 major sectors of the national economy, with a notable presence in manufacturing, logistics, and service industries [10]. - Companies like JD.com are pushing for the integration of intelligent robots into over one million terminal scenarios, aiming to boost sales for 100 robot brands to over 1 billion yuan [8]. Ecosystem and Policy Support - Beijing has established a robust ecosystem for robotics, housing over 300 robot enterprises and implementing action plans to support innovation and application in the sector [6][12]. - The city plans to launch a comprehensive training ground for embodied intelligence, facilitating data collection and model training for the robotics industry [11].

Core Viewpoint - The article highlights the active development and support for embodied intelligence in robotics across multiple cities in China, particularly focusing on policies and initiatives from Beijing, Shanghai, and Shenzhen aimed at fostering innovation and growth in this sector [1][2][8]. Group 1: Beijing's Initiatives - Beijing Economic-Technological Development Area has launched the "Embodied Intelligence Robot Ten Measures" to support the development of the embodied intelligence robotics industry with ten specific measures [1][4]. - In the first half of the year, the robotics and intelligent manufacturing industry in Beijing achieved an output value of 39.4 billion yuan, representing a year-on-year growth of 10.7% [4]. - The plan includes support for real-world data collection, funding for training grounds, and a yearly issuance of 100 million yuan in "data vouchers" to encourage data procurement [5][6]. Group 2: Shanghai's Development Plan - Shanghai aims to achieve a core industry scale of over 50 billion yuan by 2027, with a focus on breakthroughs in key algorithms and technologies [8][9]. - The plan includes the establishment of at least four high-quality incubators and support for over 20 key technology breakthroughs [8][9]. - Financial support for projects can reach up to 5 million yuan, with a maximum of 30% of the total investment covered [8]. Group 3: Shenzhen's Action Plan - Shenzhen's action plan aims for breakthroughs in key components and technologies related to robotics by 2027, with a target of nurturing over 10 companies valued at over 10 billion yuan [10][11]. - The plan emphasizes the establishment of public service platforms to attract more enterprises and research institutions, enhancing the overall industrial ecosystem [10][11]. - It also includes support for the development of AI chips and the establishment of innovation service platforms to facilitate technology application [11]. Group 4: Industry Outlook - The industry is expected to see significant growth, with 2025 projected as a pivotal year for mass production of embodied intelligence robots, marking a deep integration of AI and robotics [12]. - Application scenarios are identified as a critical breakthrough point for the commercialization of embodied intelligence, with strong potential in various sectors such as logistics, healthcare, and domestic services [13].

Core Insights - The launch of a "one-stop" embodied intelligence public service platform in Beijing aims to provide systematic solutions for the mass production of humanoid robots, addressing existing bottlenecks in the industry [1][2] Group 1: Industry Development - The humanoid robot industry in China has seen significant growth this year, but challenges remain in scaling production due to issues such as fragmented technology routes, repetitive R&D, and low efficiency [1] - There is a lack of data interoperability and sharing, which limits model training efficiency and generalization capabilities [1] - The transition from laboratory results to reliable products for mass production is currently facing obstacles [1] Group 2: Platform Features - The "one-stop" platform operates on a "dual-platform" model, with the general robot platform "Tiangong" focusing on hardware foundations to enhance stability, flexibility, precision, and endurance for various applications [1][2] - The general embodied intelligence platform "Huisi Kaiwu" addresses the absence of a universal software system across different robot bodies and scenarios, enabling full-process intelligent operations from task understanding to execution [1][2] Group 3: Innovation and Collaboration - The core value of the "dual-platform" approach is deep openness based on technological innovation, allowing developers to customize software and hardware according to specific needs without starting from scratch [2] - The establishment of a humanoid robot pilot verification base aims to tackle issues related to standardized production processes, specialized equipment shortages, and high production costs, facilitating comprehensive intelligent management from assembly to testing [2]