1、 中国核岛无线侦检机器人成功研发 辽宁红沿河核电有限公司日前研发出首款适用于核电站核岛厂房的无线侦检机器人。该机器人能在机组运 行期间进入核岛内部，对设备进行侦检，显著提升作业安全水平，助力核电站智能化运维实现新突破。该 公司技术支持部于2024年初联合浙江大学湖州研究院成立专项团队，启动无线侦检机器人研发工作，旨 在以智能装备替代部分人工，实现进岛检查作业。该机器人的成功研发，为红沿河巡检机器人家族再添核 心新成员。下一步，项目团队计划为其扩展辐射测量、气体采样等功能，打造可复制、可迭代、可升级的 综合型机器人，为机组安全运行注入更多科技动能。 2、 机器人拥有受鸟类和蚂蚁启发而设计的"大脑"系统 中国研究人员根据蚂蚁、鸟类和老鼠的运动方式，构建了一种新的导航系统，这可以帮助机器人进行导 航。蚂蚁可以通过追踪自身的步数和方向来知道自己身在何处，而候鸟则同时利用多种线索来辨别方向， 包括探测地球磁场。 老鼠能够在海马体中构建认知地图。研究团队认为，机器人可以利用量子磁力计 （用于检测磁场方向）来模仿这种能力。 来自偏振罗盘（用于观察天空偏振）和相机的其他输入可以通 过贝叶斯滤波器动态融合这些输入。这种新型 ...

产业实践 内容则 汇聚了产业链各环节的标杆企业代表，直击技术落地痛点。 银河通用创始人王鹤带来《具身 大模型如何重塑机器人的作业范式》 ，从产学研融合视角，深度剖析大模型与机器人硬件的创新结合路径， 解锁机器人作业效率与场景适配性的升级密码； 星动纪元创始人陈建宇分享报告《灵巧操作与仿生运动：具 身智能的核心技术突破》 ，聚焦仿生设计与精细操作技术，解锁机器人在复杂场景的应用可能； 千寻 智能副 总裁 孙荣毅将在《追寻智能上限 -缔 造通用 智慧劳动 力》中 ， 拆解通用智慧劳动力，解锁 通用具身智能机 器人的产业化路径； 宇树科技 具身智能 研发主管肖宇晨将分享 《赋予通用机器人类人交互能力：从人类到 类人机器人》 ， 解析服务机器人的人性化技术突破。此外， 灵心巧手联合创始人曹岗 、元客视界CTO陈溥 等嘉宾，将分别从机器人自主进化、数据训练解决方案等角度，展现产业端的创新实践，为参会者提供可借鉴 的落地经验。 生态与场景层面，多元角色将共同勾勒产业发展蓝图。 英诺天使基金管理合伙人刘怀宇的《具身智能的投资 逻辑》 ，将从资本视角解读行业价值洼地； 中明能源总裁则带来《智赋能源，中明能源的无人化运维探索》 ...

在这个快速增长的市场中， Litter-Robot 无疑是绝对的王者 。据外媒消息，作为目前市场上评价最高的智能猫砂盆品牌， Litter-Robot 一度 独占北美智能猫砂 盆市场超 50% 的份额 。凭借强劲的产品力，这个品牌获得了远超同行的溢价能力， 被誉为 " 猫砂盆中的爱马仕 " 。 在全球最大最成熟的宠物消费市场美国，智能宠物家具一直有着稳定的搜索量。特别是近一年内，自动猫砂盆的搜索热度明显上升。 机器人大讲堂了解到， 最新发布的 Litter-Robot 5 Pro 售价高达 899 美元（约 6400 元人民币） ，配备双 AI 摄像头和猫脸识别系统。这个看似简单的装置， 其实集成了重力感应、激光检测、图像识别、运动控制等多项智能技术。从某种意义上说，它确实是一个专门处理猫咪排泄物的服务机器人。 除了硬件本身， Whisker 还推出了 月费 7.99 美元的 Whisker Plus 订阅服务 。用户可以查看猫咪的如厕数据趋势、行为变化，甚至储存视频记录。简单来说， 你的猫什么时候上厕所、体重有没有变化、排泄是否规律 —— 这些数据都会被记录和分析 。 这样的产品背后，竟是 Litter-R ...

大赛时间： 11月17-18日 9:00 为让广大科技爱好者、行业从业者及相关人士顺利参与 2025年第二届中关村具身智能机器人应用大赛 ，充分 感受具身智能机器人领域的前沿科技成果与赛事魅力，特制定本指南，涵盖 活动核心信息、报名方式、日程 亮点、现场指南 等全流程内容，供您参考。 ▍ 观赛指南 ▏ 2025年第二届中关村具身智能机器人应用大赛 进3号门直走，大赛地点就在左手边 特别提醒： 场内和路边 没有 停 车 区域 ~ 建议大家绿色出行 观赛观众可前往签到处，核验 报名二维码 ， 领取 入场手环 ，即可入场观赛。 签到方式一 ： 大赛地点： 北京中关村国家自主创新示范区展示中心（3号门） （ 百度地图显示此名 ↑； 高德地图 显示中关村国家自主创新示范区展示 交易 中心，均为同一地点 ） 签到时间： 签到将于早上 8:00开启， 大赛均于两日 9:00准时进行，敬请留意时间，以免错过。 签到 流程 ： 找到报名成功短信，点击链接打开报名电子票券，出示签到二维码，主办方扫码完成签到。 签到 方式二： 打开 "微信扫一扫"，扫描主办方提供的验票二维码，即可快速完成签到验票。 大赛赛程： ▍ 参会指南 ▏ ...

Core Viewpoint - The article discusses the 27th Tsinghua University Entrepreneurship Competition, highlighting its history, achievements, and the opportunities it provides for participants, including financial rewards and support for startups [5][11][12]. Group 1: History and Evolution - The Tsinghua University Entrepreneurship Competition, initiated in 1998, has evolved significantly, becoming a benchmark for innovation and entrepreneurship in Chinese universities [5]. - The competition was originally named the "Tsinghua University Student Entrepreneurship Plan Competition" and was later renamed to reflect its broader scope and impact [5]. Group 2: Achievements and Impact - Over the past 27 years, the competition has nurtured successful startups such as Chinese Online and Meituan, establishing a strong platform for entrepreneurial growth [6][7]. - The 26th competition saw participation from 109 Tsinghua entrepreneurial teams, resulting in a total financing amount of 1 billion RMB [9]. Group 3: Competition Structure and Rewards - The 27th competition features various categories, including artificial intelligence, advanced manufacturing, and healthcare, with significant cash prizes for winners [11][38]. - The competition offers a total of 10 million RMB in prizes, with the champion receiving 100,000 RMB and additional awards for runners-up and other categories [11][38]. Group 4: Participation and Support - The competition is open to Tsinghua students, alumni, and faculty, with specific requirements regarding team composition and ownership [41]. - Participants will receive support such as seed funding, office space, and connections to top investment institutions [40]. Group 5: Collaboration and Media Coverage - The competition has established partnerships with various organizations and media outlets to enhance its reach and impact [33][34]. - The involvement of prominent judges from leading investment firms aims to provide valuable insights and support to participants [14][25].

Core Insights - The article discusses the advancements in humanoid robotics, particularly focusing on the TWIST2 system, which integrates portability, scalability, and full-body control capabilities, overcoming the limitations of traditional motion capture systems [1][3][4]. Group 1: TWIST2 System Overview - TWIST2 is a new humanoid robot remote operation and data collection system developed by teams from Amazon FAR, Stanford University, and UC Berkeley, which allows robots to perform complex tasks autonomously [3][4]. - The system eliminates the need for expensive motion capture equipment, enabling quick deployment and operation [4][14]. Group 2: Key Innovations of TWIST2 - The system features a low-cost detachable neck module priced at $250, which provides egocentric vision capabilities when combined with a $400 stereo camera [9][14]. - TWIST2 utilizes a combination of PICO 4U VR devices and two leg motion trackers, with a total hardware cost of approximately $1,000, allowing for easy setup in just one minute [14][17]. - The system captures full-body human movements at a frequency of 100Hz, significantly improving data collection efficiency compared to previous systems [14][24]. Group 3: Data Collection Efficiency - TWIST2 allows a single operator to control the entire data collection process, achieving high efficiency with the ability to complete 100 successful demonstrations in just 20 minutes [22][25]. - The system's total data flow frequency exceeds 50Hz, with a latency of less than 0.1 seconds, enhancing the operator's ability to perform precise tasks [24]. Group 4: Autonomous Control Capabilities - TWIST2 introduces a hierarchical visual motion strategy framework that enables robots to execute tasks autonomously based on visual input, without relying on simplified speed commands [26][30]. - The framework has been successfully tested, allowing robots to perform complex tasks such as precise object manipulation and dynamic balance [32][35]. Group 5: Cost-Effectiveness and Accessibility - The total cost to set up a complete TWIST2 system is around $1,650, making high-quality humanoid robot research more accessible [37]. - The research team has made the system, data, and models open-source, positioning TWIST2 as a foundational infrastructure for humanoid robotics research [39].

作为引领下一代人工智能发展的核心方向，具身智能正推动机器人从 "工具执行"迈向"自主感知 - 决策 - 行动"的全链条进化。通过融合视觉、语言、动作等多模 态能力，具身智能机器人正在工业、商业、家庭等场景实现"正干活、干好活"的技术突破。 而即将拉开帷幕的 2025 第二届中关村具身智能机器人应用大赛 ，正是这一产业生态的核心展示与竞技的舞台。 历经数月的筹备与初赛的筛选，第二届中关村具身智能机器人应用大赛即将迎来最高潮 —— 决赛将于 11 月 17-18 日在中关村国家自主创新示范区展示中心正 式开赛 。 题道一 具身大脑大模型能力挑战赛 具身智能模型 具身小脑模型能力突破挑战赛 能力挑战赛 FFEL 具身智能场景应用赛(自主完成) 具智能场景 具身智能场景应用赛(遥操作完成) N7 HEF 器值二 具身智能学术前沿赛 具身智能学术前 具身智能产业生态赛 沿与产业生态 距离决赛开赛 仅剩两天时间 ，已面向全国 开放报名通道 ，无论你是科技爱好者、行业从业者、高校师生，还是对未来产业好奇的普通观众，都能亲临现场，沉 浸式解锁三大核心赛道的硬核魅力。 ▍为什么一定来现场？三大赛道三大亮点直击期待值！ 1. " ...

Core Insights - K-Scale Labs, a humanoid robot startup based in Palo Alto, officially shut down in November 2025, having peaked at a valuation of over $50 million but now with cash reserves of less than $400,000 [1] - The departure of key personnel and the establishment of a new company, Gradient Robotics, by the product and engineering lead, indicated potential cash flow issues at K-Scale Labs [3] - The company faced significant challenges in securing funding and maintaining team cohesion, leading to a rapid decline in its workforce and ultimately its closure [27][29] Company Overview - K-Scale Labs was founded by Benjamin Bolte, who transitioned from a background in AI research at Meta and Tesla to focus on humanoid robotics due to a perceived gap in the market for accessible products [6][8] - The company adopted an open-source approach to robotics, which was integral to its culture and development process, allowing for rapid prototyping and iteration despite limited funding [12][14] Product Development - The initial focus on a large humanoid robot (Zbot) shifted to a smaller, more affordable model (Kbot) after recognizing the need for quicker market validation and cash flow [15][21] - Kbot was designed to be low-cost and easily produced, leveraging readily available components, which allowed it to gain traction and visibility in the market [19][21] Strategic Decisions - A pivotal moment for K-Scale Labs came when a venture capitalist suggested that securing 100 orders for Kbot would facilitate a $20 million Series A funding round, prompting a strategic pivot to prioritize Kbot over Zbot [23] - The company engaged in controversial marketing strategies to create competition and drive interest, but ultimately faced challenges in securing necessary funding [24][26] Financial Challenges - The failure to secure funding after the launch of Kbot led to a rapid decline in team morale and an exodus of key personnel, exacerbating the company's financial difficulties [27][29] - High operational costs, including rent and material procurement, further strained the company's limited cash reserves, leading to the decision to shut down [29][30] Industry Context - K-Scale Labs' closure reflects broader challenges in the humanoid robotics industry, where many companies struggle to transition from prototype development to commercial viability [32] - The market is expected to see an influx of low-cost, small humanoid robots, particularly from Chinese companies, which may outpace American firms focused on high-cost industrial solutions [34][36] Future Outlook - Despite the closure of K-Scale Labs, Benjamin Bolte remains optimistic about the future of humanoid robotics, predicting a shift towards modular, open-source designs that could democratize access to robotics technology [36][40] - The lessons learned from K-Scale's journey, including the importance of cash flow and market adaptability, will serve as valuable insights for future ventures in the robotics space [41][42]

在机器人领域，一个看似简单却始终困扰工程师的难题是： 如何让机器手指既 "有力"又"温柔"？ 传统刚性机械手虽力量强劲，响应迅速，能稳稳抓起沉重工件，但在面对豆腐、 薯片 或蛋黄时往往束手无 策，稍一发力就会造成破损；而近年来兴起的软体机械手虽然具备出色的柔顺性和安全性，能够适应各种不规 则形状，却因材料本身强度不足，难以承担较大负载，限制了其在实际场景中的应用。尤其在服务、医疗和农 业等需要高度灵活性与安全性的领域，这一矛盾尤为突出。 近日， 来自中国地质大学（武汉）自动化学院的机器人团队针对这一技术瓶颈取得突破性成果。他们从人类 手指的精妙结构中汲取灵感，设计出一种具有刚 -柔-软复合结构的仿人手指，实现了高强度、高适应性与高 安全性的完美统一。该成果以"Humanoid finger with rigid-flexible-soft structure"为题，在线发表于期刊 《Nature Communications》上。论文第一作者为博士生吕播阳和肖怀，通讯作者为孟庆鑫教授和吴俊东教 授，第一完成单位为中国地质大学（武汉）自动化学院。 ▍ 向最灵巧的"自然之手"学习 人类手指是自然界进化出的高效操作 ...

Core Viewpoint - The article discusses the importance of humanoid robot head design, arguing that it is essential for perception, interaction, and structural optimization, contrary to the view that humanoid features are unnecessary [1][22][25]. Group 1: Perception Capabilities - The head of humanoid robots serves as the optimal platform for sensory systems, directly influencing the precision, range, and efficiency of perception [3][5]. - Human-centric design principles dictate that the head's height aligns with human eye level (approximately 1.5-1.7 meters), maximizing the robot's ability to perceive its environment [3][4]. - Without a head, sensory devices would be poorly positioned, leading to decreased recognition accuracy and limited environmental awareness [4][8]. Group 2: Interaction and Social Integration - The head is crucial for emotional connection and interaction, especially in service scenarios like healthcare and education, where human-like features enhance user acceptance [10][11]. - Proper layout of interaction devices (speakers, displays) on the head aligns with human communication habits, improving interaction efficiency [11][13]. - Humanoid robots with heads can simulate human expressions, reducing psychological barriers and fostering trust during interactions [10][13]. Group 3: Structural and Control Optimization - The head contributes to the robot's structural balance, with its weight distribution mimicking human proportions to ensure stability during movement [15][17]. - Key control modules are often integrated into the head, allowing for rapid processing and response to sensory input, enhancing operational safety [15][17]. - Advanced neck designs in humanoid robots improve dynamic perception and interaction capabilities, further emphasizing the head's structural significance [17][18]. Group 4: Technological Evolution and Industry Trends - The design of humanoid robot heads is evolving towards lightweight, high-integration, and functional solutions, addressing earlier criticisms of impracticality [18][21]. - Major industry players are investing in head design, recognizing its role in driving technological advancements across the robotics ecosystem [21][25]. - The head is seen as a "soul carrier" of humanoid robots, embodying the blend of technical rationality and humanistic needs, essential for future developments in the field [22][23].