场景验证：从"展示"到"实干"，机器人生产力触手可及 在深圳人才公园，"智魔方"成为一道引人注目的风景线。其搭载的自研机器人AlphaBot 2能自主操作商 用设备，完成从取杯到拉花的全流程咖啡制作，同时可与顾客自然对话，还能与另一台机器人协作表 演，将服务转化为可观看、可分享的科技体验。 "'智魔方'本质上是一个集机器人生产力与沉浸式互动于一体的智能服务终端。"智魔方品牌业务负责人 戈振伟介绍，其通过人机协同模式与模块化设计，支持咖啡、冰淇淋、娱乐、零售等功能的灵活组合， 实现"千店千面"的个性化服务。"我们注重的是为消费者带来有情感温度、有记忆点的体验，而非冰冷 的机械流程。" 这一实践也呼应着行业价值体系的深刻转向。业内人士指出，机器人产业正从关注"表演能力"——如动 作的炫酷与速度，转向聚焦"交付价值"——能否稳定、持续地完成任务，是否具备真实场景下的可靠产 出。 自今年1月落地以来，"智魔方"深圳人才公园店已持续稳定服务超一个月，累计接待市民上万人次， 以"每日在岗、高频互动、真实交易"证明了其可靠性与实用性。这也意味着，前沿的具身智能技术通过 真实场景中持续迭代，正在转化为公众可感知、可使用的城市 ...

大自然早就给出了答案 01. 模块化机器人领域一直有个 " 老大难 " 问题 —— 模块越多，功能越强，但出故障的概率也越大 。 这似乎是一个矛盾：你想让机器人适应更复杂的任务，就得加更多模块；但模块一多，哪怕每个模块自身的可靠性高达 95% ，整个系 统能撑过一次任务的概率也会随着数量增长而急剧下滑。 现在，来自瑞士洛桑联邦理工学院（ EPFL ）的一项新研究， 彻 底 反转了 这条曲线 —— 他们提出了一套统一的本地资源共享方法 论，让模块化机器人的可靠性随着模块数量增加反而上升。 值得一提的是，在实验中，一个 完全 " 死 掉 " 的模块 —— 没有电池、没有传感器、没有无线通信 —— 仅凭邻居模块的 " 接济 " ， 就能满血恢复功能，和其他模块一起完成复杂的运动任务。 这项 成果 以 "Scalable robot collective resilience by sharing resources" 为 题 ， 于 2026 年 2 月 11 日 发 表 在 国 际 顶 级 期 刊 Science Robotics 上。 故障不可避免，这是工程领域的铁律。传统做法要么靠冗余硬件来兜底，要么靠算法让 ...

想象一下，你面前摆着一杯咖啡，你伸手去拿，在你的手真正触碰到杯子之前，你的大脑已经在"脑补"了整 个过程：手臂将如何移动、杯子会是什么触感、抬起后桌面的样子……这种对未来场景的想象和预测能力， 正是人类操控世界的核心认知基石。 那么，能否赋予机器人同样的"预演能力"，先在"脑海"中模拟动作后果，再付诸执行？这就是 具身世界模型 要做的事情：让机器人在行动前，就能"看见"未来。近年来，借助大规模视频生成模型（如Sora、Wan等） 强大的视觉先验，这一方向取得了令人瞩目的进展。 然而，一个尴尬的问题始终悬而未决： 视频生成模型的世界由像素编织而成，而机器人的语言却是关节角度 与位姿坐标，它们使用完全不同的"表征语言"描述同一个物理世界。 为了解决上述问题，具身智能公司中科第五纪联合中科院自动化所团队推出 BridgeV2W ，它通过一个极为 优雅的设计， 具身掩码（Embodiment Mask） ，一种由机器人动作渲染出的"动作剪影"，将坐标空间的动 作无缝映射到像素空间，从而真正打通预训练视频生成模型与世界模型之间的桥梁，让机器人学会可靠 地"预演未来"。 这一设计，一举破解前述三大难题： 技术上，Brid ...

Core Viewpoint - The first Global Humanoid Robot Free Fighting League (URKL) is launched in Shenzhen, focusing on commercializing humanoid robot combat competitions, with a championship prize of a 10 kg pure gold belt valued at approximately 10 million yuan [1][2]. Group 1: Event Structure and Development - The URKL league will span the entire year of 2026, featuring a selection process that narrows down to 16 teams through registration and preliminary rounds, followed by group stage matches and knockout rounds to determine the champions [2][4]. - Future editions of the URKL league are planned to occur twice a year, with potential locations including Hong Kong, New York, and London, promoting the global development of humanoid robot competitions [6]. Group 2: Technology and Robot Specifications - The T800 humanoid robot, developed by the company, serves as the standard competition model, featuring a market price starting at 180,000 yuan and boasting performance metrics that exceed 90% of adult males in terms of physical capabilities [8][10]. - The T800's source code will be made open to encourage global collaboration in optimizing humanoid robot technology, aiming to create versatile robots capable of various tasks [12]. Group 3: Technical Challenges and Objectives - The league aims to rigorously test four core technologies of humanoid robots: motion control, intelligent decision-making, dynamic balance, and impact resistance, through the competitive format of combat [15][17]. - The competition requires robots to perform complex human-like fighting actions, presenting significant challenges in their technical systems, including coordination of multiple joints and real-time environmental response [17]. Group 4: Industry Impact and Cultural Integration - The URKL league is open to global teams from universities, enterprises, and research institutions, fostering the development of humanoid robots' core capabilities and pushing technological advancements from laboratory settings to real-world applications [18]. - The league integrates traditional Chinese "Kung Fu" culture with modern sports, positioning China at the forefront of the global humanoid robot competition landscape [20]. - The company is entering a critical phase of industrialization, with plans for a 10,000 square meter factory in Shenzhen and a 200-acre production base in Zhengzhou, aiming for an annual production capacity exceeding 100,000 units by 2026 [22].

Core Viewpoint - The article highlights the successful completion of a Series B financing round exceeding 1 billion yuan for Lingxin Qiaoshou, a leading company in the global dexterous hand market, aimed at enhancing product technology development, capacity improvement, and foundational capabilities to accelerate innovation in embodied intelligence [1]. Group 1: Market Position - Lingxin Qiaoshou's Linker Hand series dexterous hands cover various vertical and niche scenarios, achieving full coverage of tendon, direct drive, and linkage technology routes, leading the industry with high performance, durability, and reliability. The company is the only one globally capable of producing 1,000 high-freedom dexterous hands per month, capturing over 80% of the global high-freedom dexterous hand market [3]. Group 2: Technological Foundation - The company has developed a fully self-researched, all-stack deep research capability encompassing underlying drives, core sensors, and upper-layer algorithms, enabling a closed-loop technology capability that integrates physical action execution with intelligent decision-making in dexterous operations [4]. Group 3: Product Innovation - Since its inception, the Linker Hand L20 has set a new capability cycle for high-freedom dexterous hands, becoming a benchmark product due to its high freedom and performance. The company has since launched several new products, including Linker Hand O6, L6, L20 Lite, and L30, advancing in lightweight, extreme performance, and high-quality affordability, creating a comprehensive product matrix [5]. Group 4: Industry Solutions - Leveraging its complete product capabilities, the Linker Hand series has achieved skill coverage across various scenarios, leading to the introduction of products like the Linkerbot robot band, Linker Craftsman industrial workbench, and Open TeleDex remote operation system, covering applications from scientific exploration to industrial automation [6]. Group 5: Future Development - Lingxin Qiaoshou is promoting the collaborative development of software and hardware, establishing a modular robot remote operation system called Open TeleDex, which supports "any external device, any robotic arm, any dexterous hand" within a "TripleAny" open system, significantly reducing the cost of system setup for dexterous operation data collection. The company aims to deliver 50,000 to 100,000 units by 2026, driving technological transformation in dexterous operations and fostering a richer industrial ecosystem [7].

Group 1 - The capital market is experiencing a systematic increase in risk appetite for the humanoid robot industry chain, with significant trading activity and strong performance from core stocks [1] - Tesla has announced the upcoming launch of its third-generation Optimus humanoid robot, with an ambitious production target of one million units per year, marking a significant shift towards commercial application in the industry [1] - NVIDIA's GTC conference introduced the humanoid robot foundational model GR00T, establishing a comprehensive development toolchain from chips to simulation platforms [1] Group 2 - In 2026, several leading humanoid robot companies, including Yushu Technology, will appear together on the CCTV Spring Festival Gala, which is expected to enhance public awareness and accelerate the commercialization of humanoid robots [2] - Among over 210 humanoid robot concept stocks that have disclosed their 2025 annual performance forecasts, 140 stocks are expected to see positive growth, significantly higher than the overall pre-forecast rate in the A-share market [2] - The performance growth is attributed to real operational cash flow improvements and increased capacity utilization, with some core component manufacturers reporting order visibility extending into the second quarter of 2026 [2] Group 3 - The humanoid robot sector is witnessing a rise in component prices, indicating investment opportunities across the industry chain, despite current valuations being historically high [5] - The expected compound net profit growth rate for the sector from 2025 to 2027 is projected to exceed 40%, with the PEG ratio moving towards a reasonable range [5] - The upcoming mass production of Gen 3 humanoid robots and major public events like the Spring Festival Gala are expected to strengthen the consensus on the sector's "hard technology + real growth" attributes [5] Group 4 - The Tianhong CSI Robot ETF Linked Fund offers a comprehensive layout of the industry chain, capturing core momentum in industrial upgrades, with a tracking error of 0.45% for Class A and 0.70% for Class C [6] - The fund tracks the CSI Robot Index, which covers the entire robot industry chain, providing a unique investment opportunity in the context of the embodied intelligence era [6] - The index's top three weight sectors include industrial control equipment (21.3%), robots (14.1%), and horizontal general software (11.1%), with a favorable risk-reward profile for investors seeking exposure to advanced manufacturing [11]

澜起科技港交所上市 2月9日，澜起科技股份有限公司（06809.HK）成功在香港联合交易所主板挂牌上市，成为全球互连芯片A+H股成功上市企业。 澜起科技是全球仅有的两家能够提供从DDR2到DDR5全系列内存全缓冲/半缓冲完整解决方案的供应商之一，相关市场份额稳居全球前列。澜起电子科技 （珠海横琴）有限公司成立于2024年6月，是澜起科技旗下控股子公司，横琴粤澳深度合作区育苗培优企业，获得第三届横琴国际科技创新创业大赛二等 奖。 自落地合作区以来，澜起横琴以"打造引领全球的CXL芯片总部"为核心目标，全力聚焦CXL芯片的技术研发与产业生态构建。 极物思维冲刺港股IPO 近日，极物思维正式向香港联合交易所主板递交上市申请，标志着公司资本化进程迈入新阶段。 伴随港股IPO筹备工作的深入推进，集团正进一步强化总部功能与区域协同能力，将横琴打造为连接全国门店网络、资本市场与大湾区消费市场的重要枢 纽。 与此同时，极物思维已启动在合作区布局品牌门店的相关筹备工作，探索将总部管理能力、品牌示范效应与本地消费场景深度结合，打造"总部在横琴、 样板在横琴、辐射全国"的发展模式。 真健康四款产品入选 《优秀国产医疗设备目录》 近 ...

国务院国资委在2025年12月明确提出"十五五"期间将深化央企AI专项行动，重点培育具身智能、商业航 天等赛道，与能科科技的战略方向高度契合。川财证券指出，此类新兴产业不仅是短期热点，更是长期 经济新引擎，相关机会具备持续性。 机构观点 2026年初，券商调研活动显著升温，近一个月148家券商调研超560家上市公司，科技股成为焦点。能科 科技在调研中展示了其技术落地能力与行业前景，吸引了机构关注。截至2026年2月12日，该股近5日涨 幅达5.85%，机构综合目标价63.19元，较当前股价存在一定空间。 公司以"灵系列"工业软件及AI产品为核心，为具身智能、商业航天等场景提供研发至运维的全环节解决 方案。2025年前三季度，其AI业务收入达3.35亿元，占总营收30.79%，毛利率提升至51.35%。同时，公 司在军工数字化领域深耕多年，2024年军工业务收入占比达33.72%，并积累了大量航空航天客户资 源，累计服务客户超200家，订单金额超10亿元。 行业政策现状 经济观察网 能科科技（603859）受到券商关注主要源于其在工业AI、商业航天等前沿领域的业务布局 与业绩表现。根据上海证券报报道，在商业航天 ...

模型采用跨模态预训练的同时，还保留物体检测、视觉问答等能力。为解决传统VLA模型推理延迟导致 的"动作断层"，团队采用异步推理模式与Λ-shape Attention Mask等机制，使机器人在真实场景中动作连 贯、反应灵敏，并在积木拆解、叠毛巾等高难度任务中展现手眼协调能力。 【太平洋科技快讯】2月12日消息，雷军今日在社交媒体发文称，小米机器人团队正式开源具身智能VLA 模型Xiaomi-Robotics-0。该模型拥有47亿参数，采用MoT混合架构，以多模态VLM大模型为底座，嵌入多 层DiT，使其兼顾通用理解与精细控制。 据介绍，Xiaomi-Robotics-0在主流的Libero、Calvin和SimplerEnv 测试集，包括所有的Benchmark和30种模 型对比中，均取得当前最优的成绩，且在消费级上实现实时推理。 ...

Core Viewpoint - The integration of embodied intelligent robots in Hefei's subway maintenance operations enhances efficiency and safety while alleviating the burden on human workers [1][4][12]. Group 1: Implementation of Embodied Intelligent Robots - Hefei Metro has deployed embodied intelligent robots for nighttime vehicle inspections, allowing for more efficient and safer operations [1][4]. - The robots are designed to perform complex inspections, including detecting loose parts, oil leaks, and other issues with a target accuracy of over 98% [4][12]. - The robots operate in challenging environments, such as deep inspection pits, where human workers previously faced difficult conditions [1][9]. Group 2: Technological Advancements - The robots are equipped with advanced visual detection systems and algorithms that enable them to identify thousands of inspection points [4][9]. - A 3D scanning robot is used to assess track geometry and tunnel structures, capable of detecting minute cracks [7][9]. - The development of these technologies is part of a broader trend in the domestic embodied intelligence industry, which has been growing at over 50% annually [12]. Group 3: Workforce Transformation - The introduction of robots is not seen as a threat to human jobs; instead, it allows workers to focus on more complex tasks such as fault identification [9][12]. - The average age of the engineering team behind the robots is around 30, reflecting a youthful and innovative workforce [5][12]. - The Hefei Metro aims to produce at least 50 types of embodied intelligent products by 2027, with a projected industry scale exceeding 50 billion [12].