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圆满收官 2025年第二届中关村具身智能机器人应用大赛落幕 赛事亮点全面回顾

龚作仁 2025/11/19 16:07
龚作仁 2025/11/19 16:07

邦小白快读

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大赛核心亮点

1. 2025年11月17-18日在北京中关村举办第二届具身智能机器人应用大赛,主题为“具身引智、应用未来”,主办方为中关村科学城管委会等机构,旨在推动机器人技术实用化和产业化。

2. 赛事聚焦家庭服务、商用服务、工业制造、居家服务、安全处置等真实应用场景,通过三大赛道检验机器人能力。

3. 精彩案例包括灵御智能团队在遥操作原料搬运和垃圾拣选任务中分别仅用1分钟和3分03秒完成,北京航空航天大学和北京科技大学团队顺利执行车身检测任务,灵心巧手团队在工业关节组装中用时42秒。

技术突破展示

1. 具身智能模型能力挑战赛分为“具身大脑”和“具身小脑”:前者基于RoboBrain2.0模型,微调优化空间理解、感知理解、预测推理等能力;后者基于RoboBrain-X0模型,提升物理场景执行操作和跨平台部署能力。

2. 具身智能场景应用赛设置自主完成和遥操作完成任务,涉及车身检测、物料分选、咖啡制作等实操,体现环境适应性。

3. 学术前沿与产业生态赛道展示多足机器人、轮足机器人、软体机器人等机构设计,以及视觉传感器、力控传感器、灵巧手等关键零部件创新。

互动与影响

1. 闭幕活动“人机共话・机甲盟友局”包括机器人走秀和萌宠互动,促进人机协作深度对话。

2. 大赛汇聚国内外顶尖科研团队和创新企业,为全球智能机器人产业发展奠定基础,提升影响力。

产品研发方向

1. 大赛展示的具身智能模型(如RoboBrain2.0和RoboBrain-X0)提供新技术基础,可用于产品优化,例如空间理解与执行操作能力提升品牌产品智能化水平。

2. 应用场景如商用服务中的咖啡制作和物品递送,反映出消费趋势向自动化服务扩展,为产品创新提供实际参照。

消费趋势洞察

1. 用户行为在家庭服务和居家服务场景中体现偏好便利性和高效互动,例如闭幕活动中机器狗互动被接受,显示消费者对智能机器人好奇和好感提升。

2. 品牌参与机会:参赛企业灵御智能、灵心巧手团队等展示技术实力,品牌可借鉴产学研合作模式强化产品研发生态。

潜在启发点

1. 基于工业制造任务如物料分选和关节组装,品牌可关注用户需求定制化产品设计。

2. 从赛事政策(如中关村创新高地战略)推导,消费趋势朝向智能化普及,品牌需把握技术落地时机。

政策背景解读

1. 大赛支持北京市及海淀区打造全国具身智能创新高地战略,表明政策导向产业发展机会。

2. 以赛促产融对接方式提供潜在扶持框架,鼓励卖家参与区域创新项目。

增长市场和机会

1. 消费需求变化:工业制造、家庭服务等场景显示自动化服务需求增长,如车身检测和咖啡制作任务,卖家可开发相应解决方案。

2. 事件应对措施:案例中团队在复杂任务中成功,卖家可学习场景适应性策略以应对市场变化。

风险与机会提示

1. 正面影响:大赛推动产业高质量发展,为卖家提供新技术参照(如遥操作),降低运营风险。

2. 可学习点:最新商业模式如产学研合作链条,卖家可效仿加强技术创新和合作。

3. 机会提示:闭幕活动促进对话,卖家可借此平台拓展人脉和资源。

产品生产需求

1. 工业制造场景如物料分选、关节组装任务显示对高精度生产和灵活设计需求,例如灵心巧手团队的组装任务体现零部件精细化要求。

2. 关键零部件创新如视觉传感器、力控传感器和灵巧手在赛事应用,为工厂提供设计参考。

商业机会启示

1. 大赛中多足机器人、轮足机器人等机构设计应用在真实任务,工厂可进军智能制造领域开辟新市场。

2. 推进数字化启示:遥操作和自主完成任务技术展示数字化转型潜力,工厂可提升生产线自动化水平。

产业化实践

1. 技术成果如具身小脑模型跨平台部署能力,推动从设计到可用性过渡,提供生产优化路径。

2. 学术前沿赛道展示产学研结合链条,工厂可借鉴整合基础研究加速产品落地。

行业发展趋势

1. 大赛推动具身智能技术向实用化和产业化发展,趋势包括整合感知、决策与行动能力的智能体应用扩展。

2. 未来市场方向:服务领域如商用和家庭应用潜力巨大,显示服务需求多样化增长。

新技术与应用

1. 模型技术突破:RoboBrain2.0优化空间理解和预测推理,RoboBrain-X0增强物理执行操作,为新服务开发提供工具。

2. 客户痛点解决:场景应用赛中复杂环境感知决策挑战,示例如车身检测任务,服务商可参考提供高效解决方案。

问题与对策

1. 痛点如在应急处置任务中快速响应,解决方案通过赛事案例(如垃圾拣选)验证可行模型训练方法。

2. 从产业生态展示中,服务商可提炼跨平台部署策略以满足不同客户需求。

平台做法与管理

1. 大赛采用以赛促生态构建和产融对接模式,平台商可借鉴吸引企业参与策略。

2. 平台招商机制:通过赛事设置多赛道细分赛项,成功汇聚国内外高校和企业团队。

商业需求与运营

1. 对平台需求:参赛方展示技术如具身智能模型,反映创新平台需支持多领域协同问题解决。

2. 风险管理:赛题还原真实工作环境(如工业任务),平台商可设计任务规避执行风险。

3. 最新风向:闭幕闭门活动“人机共话・机甲盟友局”促进交流,平台商可优化运营促进跨界融合。

机会提示

1. 从产学研链条中,平台可强化生态连接器角色,把握智能机器人产业增长机遇。

2. 风险规避通过赛事规则(如任务分类)提供框架参考。

产业新动向

1. 模型技术如具身大脑能力挑战空间理解和任务规划,显示新突破在感知推理维度。

2. 应用潜力扩展:场景应用赛在工业、商用等任务证明具身智能在物理环境整合潜力。

新问题与研究点

1. 挑战如从算法可行性转向物理可用性(如具身小脑模型),引发产业实际落地新问题。

2. 商业模式启示:赛事产学研协同生态展示完整创新链条,为学术转化为产业提供模式参考。

政策建议与影响

1. 从北京战略目标推导,政策可推动区域创新加速,增强全球影响力。

2. 前沿成果如多足机器人设计,启发明智监管法规支持技术迭代。

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Quick Summary

Competition Highlights

1. The second Embodied Intelligence Robot Application Competition will be held in Beijing's Zhongguancun on November 17-18, 2025, themed "Embodied Intelligence Leads the Way, Applications Shape the Future." Organized by the Zhongguancun Science City Administrative Committee, it aims to advance the practical application and industrialization of robotics.

2. The event focuses on real-world scenarios including home services, commercial services, industrial manufacturing, in-home care, and emergency response, testing robot capabilities across three main tracks.

3. Notable performances include Lingyu Intelligent completing remote material handling in 1 minute and waste sorting in 3 minutes 3 seconds; teams from Beihang University and University of Science and Technology Beijing successfully executing vehicle inspection tasks; and Lingxinqiaoshou assembling industrial joints in 42 seconds.

Technical Breakthroughs

1. The embodied intelligence model challenge features "Embodied Brain" (based on RoboBrain2.0) for spatial understanding and reasoning optimization, and "Embodied Cerebellum" (RoboBrain-X0) for physical execution and cross-platform deployment.

2. The application track demonstrates environmental adaptability through autonomous/remote tasks like vehicle inspection, material sorting, and coffee making.

3. Academic and industrial tracks showcase innovations in legged robots, compliant mechanisms, vision/force sensors, and dexterous hands.

Interaction and Impact

1. The closing event "Human-Robot Dialogue" features robot fashion shows and pet interactions, fostering deeper human-machine collaboration discussions.

2. Gathering global research teams and innovators, the competition lays groundwork for intelligent robotics industry development.

Product Development Directions

1. Embodied intelligence models (e.g., RoboBrain2.0/X0) demonstrated at the competition provide new technical foundations for enhancing product intelligence, particularly in spatial understanding and physical execution.

2. Applications like automated coffee service and delivery reflect expanding consumer trends toward automation, offering practical references for product innovation.

Consumer Insights

1. User preferences for convenience and efficient interaction in home service scenarios, evidenced by positive reception to robot dog interactions, indicate growing consumer curiosity and acceptance of smart robots.

2. Collaboration opportunities with teams like Lingyu Intelligent demonstrate effective industry-academia-research models for strengthening product R&D ecosystems.

Strategic Implications

1. Industrial tasks (e.g., material sorting, joint assembly) highlight potential for customized product designs based on user needs.

2. Policy support through Zhongguancun's innovation strategy signals accelerating smart technology adoption, urging brands to capitalize on implementation timing.

Policy Context

1. The competition aligns with Beijing's strategy to establish a national embodied intelligence innovation hub, indicating policy-driven industry development opportunities.

2. The event's industry-finance integration model offers a potential support framework for sellers participating in regional innovation projects.

Market Opportunities

1. Growing automation demand in industrial manufacturing and home services (e.g., vehicle inspection, coffee making) presents opportunities for tailored solutions.

2. Successful adaptation strategies demonstrated by teams in complex tasks provide actionable references for market responsiveness.

Risk and Opportunity Analysis

1. Positive impact: Competition-driven technological advancements (e.g., remote operation) offer new references to reduce operational risks.

2. Learnable models: Industry-academia collaboration chains present replicable frameworks for enhancing innovation partnerships.

3. Networking: Closing event dialogues create platforms for resource and connection expansion.

Production Requirements

1. Industrial tasks (e.g., material sorting, joint assembly) reveal demands for high-precision manufacturing and flexible design, as seen in Lingxinqiaoshou's component assembly demonstrating精细化 requirements.

2. Innovations in vision/force sensors and dexterous hands provide design references for factory applications.

Business Opportunities

1. Applications of legged/wheeled robots in real tasks indicate potential market entry points into smart manufacturing.

2. Digital transformation: Remote/autonomous operation technologies demonstrate potential for enhancing production line automation.

Industrialization Practices

1. Cross-platform deployment capabilities of embodied cerebellum models facilitate transition from design to usability, offering production optimization pathways.

2. Industry-academia integration models showcased provide frameworks for accelerating product commercialization through research integration.

Industry Trends

1. The competition accelerates embodied intelligence toward practical industrialization, with trends expanding integrated perception-decision-action agent applications.

2. Service sector potential: Commercial and home applications indicate diversified growth in service demand.

Technology Applications

1. Model breakthroughs: RoboBrain2.0's spatial reasoning and RoboBrain-X0's physical execution capabilities provide new tools for service development.

2. Pain point solutions: Challenges in complex environment perception/decision-making (e.g., vehicle inspection) offer references for efficient service solutions.

Strategies and Solutions

1. Validated approaches: Emergency response tasks (e.g., waste sorting) demonstrate feasible model training methods for rapid problem-solving.

2. Cross-platform deployment strategies from the ecosystem can be adapted to meet diverse client needs.

Platform Strategies

1. The competition's ecosystem-building and industry-finance integration model offers replicable strategies for attracting enterprise participation.

2. Multi-track segmentation successfully gathered global university and enterprise teams, providing a reference for platform recruitment mechanisms.

Operational Insights

1. Platform requirements: Exhibited technologies like embodied intelligence models reflect need for platforms supporting cross-domain collaborative problem-solving.

2. Risk management: Task designs replicating real work environments (e.g., industrial tasks) offer frameworks for execution risk mitigation.

3. Trend alignment: Closing dialogue events promote cross-boundary integration, suggesting optimized platform operations.

Opportunity Identification

1. Industry-academia-research chains highlight platforms' potential as ecosystem connectors during smart robotics industry growth.

2. Competition rules (e.g., task categorization) provide risk avoidance framework references.

Industry Developments

1. Model advancements in spatial understanding and task planning reveal breakthroughs in perceptual reasoning dimensions.

2. Application expansion: Performance in industrial/commercial tasks demonstrates embodied intelligence's physical environment integration potential.

Research Challenges

1. New problems emerge in transitioning algorithmic feasibility to physical usability (e.g., embodied cerebellum models), highlighting practical implementation challenges.

2. Innovation models: Industry-academia collaboration ecosystems demonstrate complete innovation chains for academic-to-industrial translation.

Policy Implications

1. Beijing's strategic goals suggest policy can accelerate regional innovation and global influence.

2. Frontier achievements (e.g., legged robot design) inspire regulatory frameworks supporting iterative technological advancement.

Disclaimer: The "Quick Summary" content is entirely generated by AI. Please exercise discretion when interpreting the information. For issues or corrections, please email run@ebrun.com .

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11月17-18日,在北京中关村国家自主创新示范区展示中心,以“具身引智、应用未来”为主题的2025年第二届中关村具身智能机器人应用大赛圆满收官。本届大赛由中关村科学城管理委员会主办,北京智源人工智能研究院、立德机器人平台(机器人大讲堂)共同承办,汇聚了国内外顶尖的科研团队、创新企业及行业专家,通过为期数月的激烈角逐与深度交流,成功展示了具身智能机器人技术的前沿成果与应用潜力,为培育新质生产力、构建未来产业生态注入了强劲动能。

大赛开幕式上,中关村科学城管委会产业促进四处处长姜大宽出席了会议并致辞。在致辞中,姜大宽充分肯定了本届大赛的意义,并表示:海淀也将以本次大赛为新起点,持续优化产业生态,与各界同仁携手,以敢为人先的创新胆识、精益求精的工匠精神、开放包容的胸怀视野,共同书写具身智能的新篇章!

▍聚焦场景应用,推动机器人“真干活”

本届大赛紧密围绕北京市及海淀区打造全国具身智能创新高地的战略目标,秉承“以赛促创新活力、以赛促场景探索、以赛促生态构建、以赛促产融对接”的宗旨,重点聚焦家庭服务、商用服务、工业制造、居家服务、安全处置等核心应用场景。大赛设置了具身智能模型能力挑战赛、具身智能场景应用赛、具身智能学术前沿与产业生态三大核心赛道,下设十余个细分赛项,共计近二十项独立任务,全面检验了机器人在复杂环境下的感知、决策与执行能力。

自2025年6月启动以来,大赛吸引了来自国内外顶尖高校、科研院所及行业领军企业的众多高水平团队参与。经过7月至11月上旬的报名与初赛选拔,优秀团队于11月中旬会师决赛。决赛现场,各参赛机器人展现了卓越的技术先进性和场景适应性,竞争激烈,精彩纷呈。

▍各赛道竞技精彩纷呈,技术突破备受关注

本届大赛三大核心赛道各具特色,充分展现了具身智能领域的技术突破与应用潜力。

第一赛道具身智能模型能力挑战赛聚焦“具身大脑”与“具身小脑”的核心能力突破。“具身大脑大模型能力挑战赛”是基于RoboBrain2.0模型进行微调优化与性能提升,围绕空间理解、感知理解、预测推理、任务规划等关键维度,考察参赛团队如何基于RoboBrain 2.0模型开展数据设计、模型微调与综合性能优化,旨在推动具身大脑模型的迭代升级,打造更高效、更精准、更聪明的具身“思考中枢”。

“具身小脑模型能力突破挑战赛” 则是基于RoboBrain-X0模型,探索机器人在真实物理场景中的执行操作能力,选手需完成真机数据采集、模型训练与现场任务等环节,旨在推动模型从算法层面的可行性走向物理世界的可用性,构建灵活可靠、可跨平台部署的具身“行动中枢”。

第二赛道具身智能场景应用赛聚焦智能体在物理环境中的感知、决策与行动能力整合,综合考察机器人多领域技术的协同应用能力。赛事划分为“自主完成”与“遥操作完成”两大类,围绕工业、商用、居家、应急处置等重要发展方向设置多个细分赛项。赛题设置高度还原真实工作环境,各参赛团队在车身检测、物料分选、关节组装、咖啡制作、药品拣选、物品递送等任务中展现了精细化操作能力。

现场竞技精彩纷呈,灵御智能团队在原料搬运(遥操作)赛项仅用1分钟完成物品搬用工作;在垃圾拣选(遥操作)赛项用时3分03秒完成了高速分拣;北京航空航天大学团队与北京科技大学团队在车身检测任务中同台竞技,并双双顺利完成车身检测全过程;灵心巧手团队的机器人(自主完成)仅用时42S实现了工业场景下的关节组装,展现了出色的环境适应性。

第三赛道具身智能学术前沿与产业生态集中展示了多足机器人、轮足机器人、软体机器人等创新机构设计,以及视觉传感器、力控传感器、灵巧手等关键零部件的最新成果。参赛团队在产业生态组别中展现了从基础研究到产业应用的完整创新链条,凸显了产学研协同创新的强大活力。

▍智趣互动,共绘人机协作新图景

在决赛收官当日,中关村科学城公司进一步助推大赛热潮,在中关村创业大街重磅举办闭门AfterParty——“人机共话・机甲盟友局”!活动不仅汇聚各路参赛精英,更特别邀请人形机器人、智能机器狗强势加盟,解锁多重科技互动新体验。

活动现场,“走进海淀”机器人走秀让硬核科技焕发视觉张力;“智敬未来”环节以机械之礼致敬时代创新精神;“萌宠互动”让机器狗化身治愈担当,带来憨态可掬的沉浸式互动。参赛选手在智能机甲的陪伴下,共聚一堂,围绕赛事亮点、行业前沿趋势、技术创新突破、未来应用场景展开深度对话与趣味碰撞。在这场打破人机边界的聚会中,以多元互动激活生态活力,实现具身生态的跨界融合,让思想的火花点亮更长久的创新之路。

▍结语

大赛的成功举办,全面呈现了中关村科学城在具身智能领域的科技引领实力与未来产业布局。它不仅是技术比拼的擂台,更是创新成果的展示窗、产业生态的连接器和新质生产力的催化器。通过汇聚全球创新资源,大赛有力推动了具身智能机器人技术的实用化、产业化进程,为北京乃至全国智能机器人产业的高质量发展奠定了坚实基础,也为提升我国在全球科技领域的影响力和话语权贡献了“海淀力量”。

注:文/龚作仁,文章来源:Laborer,本文为作者独立观点,不代表亿邦动力立场。

文章来源:Laborer

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