不绝于耳，但这次运动会上的比拼，让公众真实看到了科技的更新迭代。北京多家企业研发的人形机器 人在全程无需人工干预的情况下完成各类指令，成为最大亮点，展现出人形机器人真正走向生产力的潜 力和价值。与多数依赖遥操的参赛队伍不同，银河通用让机器人自主完成任务，从识别处方到精准取 药，再到将药品放入药箱，全过程无任何遥操干预。曾在今年4月夺得半程马拉松冠军的具身天工Ultra 机器人，在此次运动会上选择以全自主方式独立完成100米比赛，未因串道或冲出跑道被罚分，虽然是 第三个冲线但却是第一名。根据赛事规则，全自主运动的机器人实际用时会乘0.8的系数，而遥操作机 器人则按原始时间计算作为比赛成绩。北青报记者了解到，赛事之所以会给全自主队伍加权或折算加 分，一方面是因为全自主运动的难度系数较大，全自主决策的难度远高于"遥控/半自主"，需要参赛团 队在感知决策算法上投入更多研发，另一方面也是为了激励更多开发者在机器人行业更好地交流与突 破，展现机器人自主化、智能化的技术与能力。在本次运动会开幕式上，还出现了人类史上首个AI机 器人5×5自主方阵。25台加速进化T1机器人不用遥控器，不需要操作手在身后保护，自主完成走方阵。 ...

在北京经开区，8月8日至12日，1500多个机器人在世界机器人大会上各显神通，百余款新品发布。仅相 隔一天，在国家速滑馆"冰丝带"，全球首个人形机器人运动会14日晚拉开帷幕，来自16个国家的280支 队伍，在比赛中一较高下。 破纪录的参展规模，争分夺秒的创新迭代，加速转化的落地应用……依靠中国强大的产业优势与深厚的 创新土壤，北京机器人产业提早布局、稳扎稳打、快速崛起。机器人盛会背后，彰显北京机器人产业高 质量发展的蓬勃态势。 古今辉映的首都北京，两场世界级机器人盛会接连举办。 北京人形机器人应用"破茧进化" 稳健地迈过碎石路、走过独木桥，跨过膝盖高的障碍物，通过旋转楼梯……16日下午，在国家速滑 馆"冰丝带"内，伴随着"咔哒咔哒"的脚步声，一台人形机器人仅用时2分多钟，就完成了100米长的障碍 赛，引发全场热烈的欢呼和掌声。 这是2025世界人形机器人运动会的一幕。在3天的赛程里，机器人足球5V5、机器人拳击赛、机器人田 径赛……一项项创新赛事突破传统体育范畴，展现出科技与运动结合的全新火花。 就在几天前，于北京亦庄召开的2025世界机器人大会同样火爆。现场人头攒动，一台台人形机器人在拳 击场上挥舞双拳，在 ...

Core Insights - Beijing's robotics industry is rapidly evolving, showcasing significant advancements in humanoid robots and their applications in various sectors [1][2][3] - The recent world-class robotics events in Beijing, including the World Robot Conference and the World Humanoid Robot Games, highlight the city's growing prominence in the global robotics landscape [1][2][7] Industry Development - Beijing has cultivated 57 specialized "little giant" enterprises in robotics, with 30 humanoid robot manufacturers, leading the nation in these metrics [4][5] - The robotics industry in Beijing is projected to achieve a 50% year-on-year revenue growth in 2024, positioning it in the top tier of national development [4][5] - The city has supported the creation of 200 innovative robotics products across 12 categories, establishing a robust high-end product system [4][5] Technological Advancements - The industry has shifted from reliance on imported components to utilizing domestic core parts such as torque motors and planetary roller screws, enhancing the capabilities of humanoid robots [4][5] - Continuous innovation is emphasized, with a focus on key technologies and core components to ensure independence in robot manufacturing [4][5][6] Market Dynamics - The growth of the robotics sector is driven by both technological advancements and supportive government policies, fostering a collaborative ecosystem among enterprises [5][6] - The implementation of demonstration projects across various application scenarios has facilitated the practical deployment of robotics in real-world settings [5][6] Global Collaboration - The events in Beijing have attracted international attention, with participation from teams across 16 countries, indicating a strong global interest in China's robotics advancements [7][8] - Beijing's robotics enterprises are increasingly engaging in global cooperation, sharing resources and knowledge to enhance their competitive edge [7][8] Future Outlook - The city aims to leverage its diverse market scenarios to further drive technological innovation and meet industry application demands, establishing itself as a benchmark for global robotics development [8]

Core Viewpoint - The 2025 World Humanoid Robot Games showcased the advancements in humanoid robotics, featuring 26 events and 487 matches, highlighting the transition of robots from laboratories to real-world applications [3][17]. R&D - The football event was particularly popular, demonstrating the complexity of robot capabilities, which include perception, decision-making, and motion control [6][4]. - The company "Accelerated Evolution" has been developing football-playing robots for over a decade, emphasizing the comprehensive algorithms required for such tasks [6][4]. - The robots are designed to withstand impacts, with materials optimized through extensive testing, achieving a near 100% success rate for getting back up after falling [6][4]. Training - The Beijing Humanoid Robot Data Training Center is crucial for teaching robots to perform tasks in real-world scenarios, utilizing a large team of operators to collect data for model improvement [11][12]. - The center features various operational scenarios, including smart dining and cleaning robots, to gather data for training [12][13]. Policy - Beijing is actively promoting the robotics industry through a three-pronged policy approach focusing on funding, application scenarios, and standards [17][18]. - The city has introduced incentives for innovative robotic products, supporting numerous companies in various sectors [17][18]. - A humanoid robot 4S store has opened in Beijing, showcasing a range of robots for consumers, indicating a growing market for robotic products [17][18].

文 | 捉羊李 具身智能在AI赛道领域愈发火热，几乎国内外所有科技大厂，都或多或少投身于这个浪潮中，数亿级 融资不断。 就在这两日，世界机器人大会（WRC 2025）正在北京如火如荼的举办，其热度不亚于几日前的 WAIC。备受瞩目的国内具身智能独角兽们纷纷展示绝活，宇树科技的两名Unitree G1机器人上演了一 场拳击赛；银河通用机器人轮盘人形机器人Galbot化身小卖部店员，为顾客取送商品；星动纪元则展示 了最新发布机器人L7智能分拣包裹的能力。还有加速进化的T1机器人踢足球赛、擎朗智能的双足服务 机器人XMAN-F1打爆米花等等，会场共有200余家机器人企业大秀肌肉，展现产品的落地场景和应用能 力。 具身智能的时代将至，我们该如何理解具身智能？它又面临着何种的瓶颈与未来？ 我们如何理解具身智能？ 我们人类在出生后还没有理解社会语言时，无法对语言的指令做出反馈，但可以通过视觉、触觉、听觉 等感知向外界做出回馈，并慢慢通过"感知-行动"逐步来学习认知。这也就是具身智能所在做的事情， 具身智能通过将人工智能融入到机器人等实体产品中，赋予他们如同人类一样感知外界和学习交互的能 力，并以此作出决策，进而在不同的场 ...

Core Insights - The 2025 World Humanoid Robot Games will take place from August 14 to 17 at the National Speed Skating Hall in Beijing, featuring various competitions including soccer using advanced T1 robots [1][4] - The event will host 280 teams from 16 countries, competing in 26 events and 538 matches, including a unique 5v5 soccer match controlled entirely by AI [4][5] Group 1: Event Overview - The T1 robot, which recently won the adult category at the 2025 RoboCup in Brazil, will be used in soccer events [1] - The event aims to provide a platform for youth to engage with robotics and enhance their technological literacy [4] - The competition will showcase the capabilities of humanoid robots in sports, drawing significant public interest [4][5] Group 2: Technical Challenges - Teams are required to program robots for decision-making, stability, and communication to avoid collisions during matches [3] - Observations noted that robots exhibited slower movements and less fluidity, leading to audience feedback that watching human players is more exciting [5] - Enhancements in robot mobility, multi-robot collaboration, and AI decision-making are essential for future improvements in robot soccer [7] Group 3: Company Strategy - The company, Accelerated Evolution, aims to build a comprehensive technology barrier through a strategy involving "body + system + developer tools" [7] - The company is focused on increasing the number of robot developers to facilitate broader adoption, similar to the personal computer and smartphone industries [7] - The chief scientist indicated that humanoid robots are currently at an early stage of development, with ongoing efforts to achieve higher levels of autonomy in tasks such as intercepting and kicking moving balls [8]

Core Viewpoint - The victory of Tsinghua University's Fire God Team at the RoboCup 2025 marks China's first championship in the humanoid category, highlighting significant advancements in robotics technology and raising questions about the future integration of robots into everyday life [1][2]. Group 1: Technological Advancements - The core competitiveness of the accelerating evolution team is rooted in nearly 20 years of technological accumulation, particularly in bipedal humanoid robots, with foundational capabilities such as walking, running, and autonomous recovery after falls [2]. - The RoboCup serves as a rigorous testing ground for AI decision-making, requiring teams to develop their own algorithms without remote control, thus pushing the boundaries of AI capabilities [2][3]. - The technology developed for soccer robots can be directly applied to household and industrial scenarios, enhancing capabilities such as movement precision and decision-making logic [2][3]. Group 2: Investment and Market Potential - Over the past year and a half, the company has invested over 100 million in hardware and algorithm development, with expected revenue matching this investment, and has delivered hundreds of robots to over ten countries [3][5]. - The current market for robots is segmented into short-term focuses on competitions, research, and education, with a projected expansion into household applications and general-purpose robots in the long term, targeting markets worth hundreds of billions to trillions [5]. Group 3: Future Pathways - The company aims to avoid industrial applications, focusing instead on household robots as the next generation of interactive and productivity tools, similar to the evolution of smartphones and computers [4][5]. - The transition from "assisting" to "replacing" human tasks in cooking and emotional interaction is hindered by current AI limitations, which are still transitioning from low to medium levels of intelligence [4]. - The journey from winning competitions to real-world applications involves overcoming significant technical challenges, with the potential for robots to evolve into companions and assistants in domestic settings [5].

Core Viewpoint - The company "Accelerated Evolution" has successfully completed multiple rounds of financing, indicating strong market recognition of its core technology and industry leadership [1][2]. Group 1: Financing and Market Recognition - "Accelerated Evolution" announced the completion of A+ round financing, with investments from various funds, showcasing the confidence of leading financial institutions and government funds in the company's capabilities [1]. - The company had previously completed A round financing led by Shenzhen Capital Group in June [1]. - The recent RoboCup victory by the Tsinghua Fire God team, supported by "Accelerated Evolution," marks a significant achievement for Chinese teams in humanoid robotics competitions [1]. Group 2: Product Strategy and Technology - The company focuses on creating humanoid robots that are "simple, reliable, and practical," supported by a differentiated product strategy encompassing "body + system + developer tools" [2]. - "Accelerated Evolution" has established a robust full-stack technology barrier in humanoid robot development, including end-to-end motion control models and system-level development tools [2]. Group 3: Commercialization and Market Approach - Within less than two years, "Accelerated Evolution" has led the industry in commercialization and mass delivery, securing bulk orders from top clients in academia and technology [3]. - The company has uniquely positioned robot competitions as a key early breakthrough scene, which effectively tests comprehensive robot performance and accumulates valuable operational data for ongoing innovation [3][4]. - The company has created the "Machine Super" event IP, establishing a multi-dimensional closed loop of "business - technology - ecology" in the competition scene [4]. Group 4: Global Recognition and Performance - The K1 robot from "Accelerated Evolution" was used by various top teams, including international competitors, highlighting the platform's performance and usability [5]. - The K1 robot contributed to the success of the HTWK team from Germany, which won the small group championship, showcasing the platform's global competitiveness [5]. Group 5: Future Expansion and Market Strategy - "Accelerated Evolution" aims to expand into B and C-end scenarios, leveraging its success in competitions to build a robust developer ecosystem and tap into consumer markets [6][7]. - The upcoming K1 robot is designed for developers and the broader application market, aiming to meet personalized needs across various sectors [6]. - The company is actively pursuing educational collaborations to establish a foundation for large-scale entry into the consumer market [7].

Core Viewpoint - The article highlights the significant achievement of Chinese teams at the 2025 RoboCup in Brazil, where they won both the adult and small robot categories using the domestically developed T1 and K1 robots from Booster Robotics, marking a historic first for China in the humanoid category of this prestigious competition [1][3]. Group 1: Competition Achievements - The T1 robot, used by the Tsinghua Fire God team, led to a dominant performance, with scores of 16:0, 9:0, and 12:0 against traditional strong teams, culminating in a 5:2 victory over the Agricultural University of China team in the finals [3][4]. - In the small robot category, the Tsinghua TH-MOS team, utilizing the K1 robot, defeated the six-time champion French team Rhoban with a score of 5:4 and won the semifinals 8:0 against Australia's NUbots [3][4]. Group 2: Company Background - Booster Robotics, founded in 2023 and based in Haidian District, Beijing, is recognized as a representative enterprise in the humanoid robot sector associated with Tsinghua University [1][6]. - The company completed a Pre-A round financing of over 100 million RMB in late 2024, followed by an A round financing exceeding 100 million RMB in June 2025, aimed at product iteration and mass production [6]. Group 3: Technological Insights - The performance of robots in soccer is heavily reliant on their visual, positioning, and decision-making capabilities, which are critical for executing complex maneuvers and strategies [7]. - The founder of Booster Robotics, Cheng Hao, expressed optimism about the future of humanoid robots in soccer, predicting that within 2 to 3 years, they could compete with amateur human players, and within 5 to 10 years, they may surpass the capabilities of average professional teams [7].

Core Insights - The 2025 Robot World Cup is being held in Salvador, Brazil, marking the second time Brazil has hosted this international event since 2014, with approximately 2,000 participants from 40 countries and regions [1][6] - The humanoid robot category features 19 top teams from various countries, including China, the USA, Germany, South Korea, the UK, and France, competing in adult and small size groups [1] - This year's competition introduces a 3-on-3 "unprotected" format, requiring robots to operate autonomously without human intervention, raising the bar for perception, motion control, teamwork, and AI algorithms [1] Industry Developments - Chinese teams, including those from Tsinghua University and China Agricultural University, are showcasing their strength in the humanoid category, utilizing domestically developed robot platforms, indicating significant advancements in China's robotics industry [1][3] - Notably, several international teams are also using robots developed by Chinese companies, such as the T1 robot from Accelerated Evolution used by the University of Texas at Austin and the K1 robot used by Germany's Boosted HTWK team, highlighting China's growing influence in the global robotics arena [3] - The Robot World Cup, established in 1997, is one of the largest and most influential robotics competition platforms globally, featuring various categories such as robot soccer, rescue robots, industrial robots, and home service robots, with an expected audience of 150,000 [6]