" 机器人要真正走进千行百业，核心是解决 ' 场景开发难 ' 的问题。 " 具识智能 COO 秦学在 GDPS 2025 全 球开发者先锋大会张江机器人谷生态论坛上发表《具识工作坊 : 帮助机器人开发千万场景》主题演讲时指出。 传统机器人开发依赖代码编程与定制化部署，一个新场景的落地往往需要数月甚至半年，成本高、效率低，严 重制约了机器人的规模化应用。 具识工作坊正是为破解这一难题而生，具识工作坊是上海具识智能科技有限公司推出的全栈开发平台，基于自 主研发的具身智能操作系统 insightOS 构建，旨在加速具身智能技术的产业落地。与传统机器人操作系统不 同，具识工作坊打造的是一套从场景认知到部署运维 ' 的全链路解决方案，让开发者无需编写复杂代码，通过 图形化拖拽、自然语言指令即可完成任务编排，帮助新场景开发效率大幅提升。 ▍ 三大产品线：覆盖多场景应用需求 具识工作坊目前包含工业版、教育版、运维版三大产品线，全面覆盖不同领域的应用需求： 1. 工业版 面向工业场景具身智能研发与生产落地的完整解决方案，融合多软件服务平台（ IDE 、 OMC 、 Data&ML 、 EVA 等）和硬件设备方案（机器人、智能 ...

真正的行业引领者，从来不是风口上的跟随者，而是用技术创新重新定义赛道规则的破局者。 在协作机器人的竞技场上，中国力量正以前所未有的姿态登上全球舞台。 广东省卓越人工智能与机器人奖科 技进步奖近日揭晓，越疆机器人凭借 "协作机器人关键技术及产业化应用"荣膺一等奖，并在该重磅奖项中高 居榜首。 从评选标准来看，这枚奖章的真正重量，并不仅仅肯定了越疆某项孤立的技术， 而是要求认证了一条完整的 "产学研用"机器人研发与落地价值体系。而越疆的故事，恰恰就是《创新兑现为成果》的一部鲜活教科书。 与许多从实验室起步的机器人公司不同， 越疆是 "唯一从制造现场走出来的具身智能企业" 。这一独特基 因， 决定了其技术研发始终以解决真实产业痛点为导向。 越疆从深圳一间小办公室起步，到如今在全球智能 制造浪潮中扮演关键角色，每一次技术突 破都紧密对应着真实世界的需求，从而使得创新的价值，最终在真 实成效中得到验证。 ▍ 从精密产线到超级工厂，十万台机器人重塑 工业 制造范式 在全球高端制造的心脏地带，越疆机器人正以 " 创新技术 " 为笔，在严苛的工业画布上书写 " 真实成效 " 。 从德国奔驰、日本丰田的百年产线，到三星、领益智 ...

2025 总冠名 註 品啦~ 见证中国机器人领军企业力量 点亮具身智能时代变革新星 第六届中国机器人行业年会 暨LeadeRobot机器人行业颁奖典礼 2025年12月18日-12月19日 中国『杭州 组织架构 主办单位：立德机器人平台(机器人大讲堂) 协办单位：杭州高新区 (滨江)互联网产业园 (滨江具身智能机器人小镇) 活动亮点 0 双日五维 深度体验 c 全产业链 实战分享 权威榜单 树立行业标杆 年度主题 引领发展思潮 十周年庆典 共绘新蓝图 | 活动议程 | | | --- | --- | | 12月18日 | | | 开幕式 | | | 09:00-09:40 开幕式环节 | | | 知名专家领军企业家论坛 | | | 09:40-10:00 | 《潜在泡沫破局:具身智能的进化路径与关键挑战》 | | CHE | 智友·雅瑞科创平台发起人 | | 北航机器人研究所名誉所长、教授 | | | 中关村智友研究院院长 | | | 10:00-10:20 《如何看待当前人形机器人热》 | | | 赵 杰 哈尔滨工业大学机器人研究所所长 | | | 10:20-10:40 | 《融合AI+机器人 引领工业智 ...

机器人大讲堂获悉，人形机器人与具身智能核心零部件领军企业南京因克斯智能科技有限公司（以下简称 "因 克斯"）正式宣布完成近2亿元人民币新一轮融资。本轮融资由华控基金、深创投集团共同领投，普华资本跟 投，绿洲资本、锦秋资本等老股东持续追加投资，明论资本担任独家财务顾问。 ▍ 十万台级出货量领跑行业，海内外市场认可度持续攀升 此次 融资背后，是因克斯亮眼的市场表现与行业认可度。 2024年，公司机器人关节模组出货量突破万台，2025年同期实现十倍级增长，年内出货量更是一举突破十万 台，成为行业内首家达成十万台级年出货量的关节模组企业，市场份额稳居首位。 这是因克斯 半年内 完成的第 二 轮融资，短短半年 两轮 资本接力，不仅彰显了资本市场对具身智能赛道的坚 定信心，更印证了因克斯在核心零部件领域的领军地位与爆发潜力。 ▍ 前瞻布局，三年成长为核心零部件领军者 成立于 2022年9月的因克斯，其创始团队源自南京航空航天大学，创始人兼CEO祝宗煌作为连续创业者，自 2018年起便深耕机器人及关节模组领域，凭借扎实的技术积累、对行业趋势的敏锐洞察和前瞻视野，带领企 业在具身智能浪潮中精准卡位。成立之初，因克斯便坚定聚焦 ...

| 1 | 2 | | --- | --- | | | 1 | | 1. Franka 机器人面向具身智能方向的基因… | | --- | | (1) 7 自由度设计为具身智能高维操作提供了关键条件 | | (2) Franka 的多模态力控能力在具身智能研究中发挥了重要作用。…………………………………………………………………………………………………………………………………………………………………………………3 | | (3) Franka 在科研和工业界形成了具身智能行业的成熟生态 . | | (4) PNP 问题思考：具身智能时代 7 轴机器人 和力控谁更重要 ? . | | 2 谷歌 DeepMind、丰田研究院、META等全球顶尖AI 机构的引领 | | (1) 谷歌 DeepMind-GERMINI 平台 . | | (2) 谷歌 DeepMind- ROBOBALLET 发表于《 Science Robotics » | | (3) 丰田研究院、哥伦比亚大学 Diffusion policy 策略 . | | (4) META 视触觉传感以及 VR 遥操作 | | (5) PNP 问题思考:你认为 ...

日前，外交部新闻发言人毛宁在海外社交平台，为一位中国博主高调点赞，称"太酷了 " 。 她分享的，正是成都 90 后博主 " 范十三 " 几天前完成的一次飞剑集群控制实验。视频中，他利用无人机技术 群 剑腾 空而起，如星河汇聚，听令 而动， 气势恢 宏， 如武侠小说中 " 万剑归宗 " 的画面 ，拍出属于 中国人的浪漫 。 这并非 CG ，也不是电影特效。这硬核的科技实践，不仅迅速引来《人民日报》的报道，连央视新闻都忍不住感叹： " 中国人会御剑飞行这件事，是真藏不住了 ！ " 当各大媒体纷纷将聚光灯投向这位年轻人时，人们才发现， " 万剑归宗 " 仅仅是 冰山一角 。 这位被誉为 " 科技修仙第一人 " 的博主，其作品履历堪称惊艳：从 " 火焰 刀 " 到 " 寒冰剑 " ；从惊艳复刻结构复杂的 " 千 机伞 " ，到真正喷射高压气体的 " 剑 气 " ；从令人叹为观止的 " 20 米巨型机械臂 " ，到高压脉冲装饰驾驭的 " 雷枪 " ；从全球首把 " 载人飞剑 " ，到动手还原 《黑神话：悟空》中的经典角色 …… 他用一次次实践，将二次元与游戏中的幻想，一件件搬进了三维世界。下面是他的抖音账号主页，满满的 ...

Core Viewpoint - Ghost Robotics has upgraded its Vision 60 robot dog with a multifunctional robotic arm, transforming it from a mere surveillance tool into a versatile operative capable of performing tasks such as opening doors and sampling, raising concerns about potential weaponization [2][4]. Group 1: Technological Advancements - The addition of the robotic arm significantly expands the operational capabilities of the Vision 60, allowing it to perform critical tasks in bomb disposal and biochemical reconnaissance [4]. - The robotic arm serves as a "fifth leg," designed to work in synergy with the robot's body, ensuring military-grade durability and functionality [4]. Group 2: Ethical Concerns - The integration of a robotic arm has reignited public debate over the ethical implications of weaponized robots, especially following past controversies involving Ghost Robotics' products [7][8]. - The CEO of Ghost Robotics emphasizes that while their robots may be weaponized, the decision-making regarding their use should remain within the bounds of government policy and ethics [8]. Group 3: Competitive Landscape - Ghost Robotics faces significant competition from Chinese companies, which are reportedly offering similar quadruped robots at a fraction of the cost, posing a serious threat to Western firms [11][13]. - A Chinese competitor is said to hold approximately 70% of the global quadruped robot market, highlighting the intense competitive pressure on Western robotics companies [13]. Group 4: Industry Implications - The upgrade of the robotic arm is not merely a product enhancement but signifies a pivotal moment at the intersection of technological advancement, ethical dilemmas, and global market competition [14]. - The industry is witnessing a transformation where quadruped robots are becoming essential in both commercial and governmental applications, necessitating ongoing strategic support from the U.S. government to remain competitive [13][15].

Core Insights - The "6th China Robot Industry Annual Conference" will be held on December 18-19, 2025, in Hangzhou, focusing on humanoid robot technology and embodied intelligence [1] - The conference aims to create a high-end dialogue platform for government, industry, academia, and investment, leveraging Hangzhou's advantages in innovation and technology [1] - A total of 21 companies will exhibit their innovative products and case studies in the robotics field at the conference [1] Company Highlights - **HIT Huawike**: Founded by an academician from the Chinese Academy of Sciences, focusing on flexible intelligent perception technology, with over 150 intellectual property rights and participation in 8 national/industry standards [3][4] - **Linkerbot**: Holds over 80% of the global market share in high-freedom dexterous hands, recognized in multiple prestigious awards, and collaborates with top universities and companies [6][7] - **Greens Harmonic Drive**: A leading manufacturer in precision harmonic drive technology, holding the largest domestic market share and second globally, with 160 patents and 6 national standards [16][18] - **Hefei Xinghui Sensing Technology**: Established in April 2025, focuses on robot tactile sensors, with a management team from a global leader in the field [26][27] - **Yinshij Robot**: Specializes in micro precision actuators, with over 80 intellectual property rights and a production capacity of 100,000 micro servo cylinders annually [29][30] - **Yushu Technology**: A well-known civil robot company, involved in high-performance humanoid robots and dexterous robotic arms, with participation in major events like the Winter Olympics [39][40] - **Shenzhen Anpeilong Technology**: A national-level specialized enterprise focusing on intelligent sensors, with a complete vertical industry chain from chip development to sensor manufacturing [51][52] - **Cloud Deep Technology**: Focuses on embodied intelligence technology, with core technologies in motion control and intelligent environment perception, leading in various industry applications [58][59] - **Blue Dot Touch Control**: Dominates the domestic market for six-dimensional force sensors, with a 95% share in joint force sensors expected in 2025 [66] Event Details - The conference will feature various forums and discussions on topics such as the current trends in humanoid robots, AI integration, and the commercialization of embodied intelligence [127][128] - Notable speakers include experts from leading universities and companies, discussing the future of humanoid robots and their applications [127][128]

Core Points - The article discusses the upcoming 6th China Robotics Industry Annual Conference and LeadeRobot Industry Awards, scheduled for December 18-19, 2025, in Hangzhou, China, highlighting the significance of the event in showcasing the advancements in the robotics industry and the emergence of embodied intelligence [1][41]. Event Highlights - The event will feature a dual-day experience with comprehensive industry insights and practical sharing across the entire supply chain [2]. - It aims to establish authoritative rankings and set industry benchmarks while leading developmental thought with its annual theme [2]. - The conference will also celebrate its 10th anniversary, envisioning a new blueprint for the future of robotics [2]. Conference Agenda - The opening ceremony will include a forum led by renowned experts and industry leaders, discussing topics such as the evolution of embodied intelligence and the current trends in humanoid robots [3]. - Key presentations will cover various aspects of robotics, including AI integration, core component development, and advancements in tactile technology for next-generation humanoid robots [3][5]. - A roundtable discussion will focus on the commercialization opportunities and challenges of embodied intelligence technology [5]. Awards Ceremony - The 6th LeadeRobot Industry Awards and appreciation dinner will take place on December 19, recognizing outstanding contributions in the robotics sector [6]. Application Forum - A dedicated forum will explore the industrial application of embodied intelligence, featuring discussions on creating a national team for industrialization and the practical implementation of humanoid robots in various scenarios [7]. - Presentations will also address the role of collaborative robots in smart manufacturing and the future driven by AI [7]. Notable Participants - The event will host a range of distinguished guests from academia and industry, including professors, CEOs, and researchers from leading institutions and companies in the robotics field [9][10][12].

一根看似普通的充气软管缓缓探入人体与床垫间的缝隙，几秒钟后从另一侧钻出，在空中完成一次优雅的自锁 扣合 ， 一张由机器人编织的柔性担架就此成型，将一位 身高 170 cm 、体重 74 公斤的成年人平稳托起。 最近，来自麻省理工学院和斯坦福大学的工程师团队在 权威期刊 《 Science Advance 》展示了一项 机器人 突破性技术： " 环闭合 抓取 "。 这项技术让机器人抓手获得了 "拓扑变形"的超能力，能在需要时从灵活探索的章鱼触手模式，一键切换为稳 固承重的起重吊带模式 ，成功解决了困扰机器人领域多年的 力量 与 轻柔灵活 不可兼得 " 的 难题 。 ▍ 两难困境：机器人抓取的 "强度 + 轻柔 "难以权衡 现实生活中 ，让一个机器人去完成两项任务：一是从一堆鸡蛋中稳稳拿起一枚，二是从地上提起一桶 20 升 的矿泉水。 对于传统机器人抓手而言，这几乎是道无解题。要轻柔拿鸡蛋，抓手必须足够软；要提起重物，抓手又必须足 够硬。刚性与柔顺 ， 在单一形态的机械设计中被锁死在跷跷板的两端。 这正是当前机器人抓取技术的核心困境。研究人员将抓取过程拆解为两个阶段： 建立 抓取和 保持抓取。 第一阶段如同侦探工 ...