Core Viewpoint - A class action lawsuit has been filed against Richtech Robotics Inc. for allegedly misleading investors about its partnership with Microsoft, leading to a significant drop in stock price [1]. Company Overview - Richtech Robotics Inc. is headquartered in Las Vegas, Nevada, and specializes in AI-driven robotic solutions, particularly for the restaurant and hospitality industries [1]. Lawsuit Details - The class action lawsuit pertains to investors who purchased Richtech securities between January 27, 2026, and January 29, 2026 [1]. - The complaint claims that Richtech falsely represented its relationship with Microsoft as a "hands-on collaboration" and "joint engineering effort" [1]. - The truth about the nature of the relationship was revealed on January 29, 2026, when an article stated that Microsoft characterized the engagement as a "standard" customer program with "no commercial element" [1]. Stock Price Impact - Following the revelation, Richtech's stock price fell from $5.08 per share on January 28, 2026, to $4.02 per share on January 29, 2026, and further declined to $3.58 per share on January 30, 2026, marking a total decline of nearly 30% [1].

Core Insights - DeepMirror has integrated the OpenClaw framework into its Physical AI stack, aiming to bridge the gap between AI-generated plans and real-world robotic actions [1][4] - The integration focuses on enhancing the link between high-level task planning and execution, allowing robots to operate autonomously rather than relying on scripted behaviors [2][3] Technological Advancements - The OpenClaw framework generates structured task plans that DeepMirror translates into executable robotic skills, enabling robots to act on natural-language intents [4] - This integration allows for monitoring, retrying, or safely aborting actions, thus improving the decision-making capabilities of robots [4] Strategic Positioning - DeepMirror is positioning OpenClaw as a "Physical Space Skills Hub," an open-source marketplace for reusable robotic modules that can be easily tested and deployed [6] - This approach allows for diverse applications, such as inventory routines and disaster-response checklists, to share the same planning and execution framework [6] Economic Implications - The integration signifies a shift in the perception of robots from Cost Centers to Revenue Drivers, enabling them to autonomously seek tasks and generate value [7] - This new autonomy has the potential to unlock significant commercial opportunities in high-value industries, such as logistics and emergency response [8] Synergy and Collaboration - The combination of DeepMirror's AI capabilities with Unitree's robotic hardware creates a Self-Sustaining Physical Agent capable of real-time adjustments based on situational needs [9][10] - This partnership enhances the operational effectiveness of robots, allowing them to perform complex tasks in dynamic environments [10] Vision for the Future - DeepMirror envisions a future where robots operate as independent employees, creating economic and social value in real-world scenarios [12] - The integration of OpenClaw is seen as a step towards achieving Artificial General Intelligence (AGI) by validating intelligence through practical utility [13]

Core Viewpoint - Duke Robotics Corp. is implementing a 25-for-1 reverse stock split to increase the per-share market price of its common stock, which may support a potential uplisting to a national securities exchange [1][2]. Group 1: Reverse Stock Split Details - The reverse stock split will take effect on March 6, 2026, and the company's common stock will begin trading on a post-split basis under the new ticker symbol DUKRD for 20 trading days [1][2]. - After the reverse stock split, the outstanding shares will decrease from 56,302,147 to approximately 2,252,086, while the total number of authorized shares will remain at 350,000,000 [4]. - Fractional shares resulting from the reverse stock split will not be issued; instead, they will be rounded up to the nearest whole share [4][5]. Group 2: Ownership and Adjustments - The reverse stock split is not expected to change any stockholder's proportional ownership interest, with minimal effects from fractional shares [5]. - Proportionate adjustments will be made to the exercise prices and the number of shares underlying the company's outstanding options, warrants, and other equity-based awards [5]. Group 3: Company Overview - Duke Robotics develops advanced stabilization and autonomous robotic drone systems for civilian and defense markets, including the Insulator Cleaning Drone and the Bird of Prey weapons drone system [7].

Core Viewpoint - Duke Robotics Corp. is implementing a 25-for-1 reverse stock split to increase the per-share market price of its common stock, aiming to support a potential uplisting to a national securities exchange [1][2]. Group 1: Reverse Stock Split Details - The reverse stock split will take effect on March 6, 2026, with the company's common stock trading under the new ticker symbol DUKRD for 20 trading days [1][2]. - After the reverse stock split, the outstanding shares will decrease from 56,302,147 to approximately 2,252,086 [4]. - The total number of authorized common stock will remain at 350,000,000 shares post-split [4]. Group 2: Shareholder Impact - The reverse stock split is not expected to change any stockholder's proportional ownership interest, aside from minimal effects from fractional shares [5]. - Registered stockholders in book-entry form do not need to take any action, while those holding shares through brokers should contact their brokers for inquiries [5]. Group 3: Company Overview - Duke Robotics develops advanced stabilization and autonomous robotic drone systems for civilian and defense markets, including the Insulator Cleaning Drone and the Bird of Prey weapons drone system [7].

机器人与具身智能仍是2026年科技创新与产业发展的主旋律。 习近平总书记指出："要以科技创新为引领，大力培育壮大新兴产业和未来产业，占据国际竞争制高点，塑 造经济发展新动能、新优势。"中央经济工作会议将"坚持创新驱动，加紧培育壮大新动能"列为2026年经济 工作八项重点任务之一。 在5日上午开幕的十四届全国人大四次会议上，国务院总理李强作政府工作报告时提出， 2025年，我国机器 人、量子科技、人工智能等研发应用已经走在世界前列， 未来一方面将优化提升传统产业，持续推进重点产 业提质升级，强化产业基础再造和重大技术装备攻关，打造一批国家先进制造业集群。另一方面将培育壮大 新兴产业和未来产业。培育发展未来能源、量子科技、具身智能、脑机接口、6G等未来产业，构建促进专精 特新中小企业发展壮大机制，培育独角兽企业。 政策利好，未来产业迎来新机遇 01. 2025年，工业机器人产量增长达28%，我国企业推出人形机器人300多款，超过全球半数。 推动培育壮大新 兴产业和未来产业，优化提升传统产业，打造智能经济新形态 或将成为2026年科技创新与产业发展的重 心。 科学技术部部长阴和俊 在十四届全国人大四次会议首场"部长 ...

Core Viewpoint - The article highlights the participation of the first Silicon Valley tech enterprise exhibition group at AWE2026, marking a significant milestone for global tech innovation collaboration [2] Group 1: Exhibition Overview - The Silicon Valley Tech Review (SVTR) initiated the exhibition group, which includes 15 cutting-edge tech companies from Silicon Valley [2] - A delegation of nearly 60 high-end entrepreneurs and senior tech professionals will also participate, facilitating deep exchanges and cooperation with global tech enterprises [2] Group 2: Featured Companies and Technologies - Mantis Robotics focuses on barrier-free industrial robots and human-robot collaboration, introducing the MR-1 robot designed for flexible automation solutions [4] - Aora utilizes advanced non-invasive neural sensor technology to provide real-time insights into cognitive performance and stress levels through AI algorithms [6] - Toasterz, based in South Korea, creates an AI-driven ecosystem for home baking, featuring the SourFriend product that standardizes fermentation processes for sourdough bread [8] - SpaceWar has developed the first ICT-integrated drone racing platform, combining LiDAR, AI scoring systems, and immersive VR technology for a digital sports experience [10] - Cephia's multimodal sensing platform uses metasurface technology to enhance sensory capabilities while significantly reducing size and energy consumption [12] - Orion offers an AI-driven personal assistant that operates across devices, overcoming the limitations of traditional cloud-based assistants [14] - Avea Robotics provides a unified remote operation platform for robotics teams, enabling low-latency control and intuitive interfaces [16] - Atlas Spatial Intelligence builds digital twin infrastructures for machine learning, offering cost-effective and efficient data for robotics training and drone navigation [18] - Xronos empowers next-gen intelligent systems with a platform that enhances developer efficiency and AI capabilities [20] - Griting provides AI talent assessment and incubation services, utilizing proprietary algorithms to evaluate technical talent [23] - Trace supports hardware teams in PCB design processes, streamlining the workflow from concept to production [26] - Sayge's decision intelligence platform leverages AI to automate business processes and improve decision-making accuracy [28] Group 3: Event Details - AWE2026 will take place from March 12-14 at the Oriental Hub, showcasing innovations and the potential of Silicon Valley's tech in the domestic market [29] - The exhibition focuses on cutting-edge technologies in AI chips, computing power, 6G, embodied intelligence, and new energy [29]

温馨提示 ： 点击下方图片，查看运营团队最新原创报告（共260页） 说明： 欢迎约稿、刊例合作、行业交流 ， 行业交流记得先加入 "机器人头条"知识星球 ，后添加（ 微信号：lietou100w ）微信； 若有侵权、改稿请联系编辑运营（微信：li_sir_2020）； —— 正文： 梅开二度，国内头部人形机器人企业【星动纪元】又完成10亿元新一轮融资，估值超百亿！ 3月5日，"清华系"人形机器人创企创企[星动纪元]（公司全称" 北京星动纪元科技有限公司 "）宣布 完成 10 亿元 战略轮融资，估值 破百亿元 。 本轮融资由三星、高成投资、新加坡电信、友利资本（隶属韩国友利金融集团）、中金保时捷、中芯聚源、峰和资本（海辰储能）、锡创投、广发乾和、鸿瑞集团等等 新机构联合投资， 鼎晖 VGC、清控天诚等老股东超额追加投资，意向投资额远超募资目标。 至此， 公司已累计完成6轮融资，累计融资金额约30亿元， 正式跻身具身智能赛道"百亿俱乐部"；上一次融资可追溯到去年11月20日，公司完成由吉利资本领投的约10 亿元A+轮融资；于去年7月7日完成由鼎晖资本和海尔资本联合领投的5亿元A轮融资；于2024年10月16日完成 ...

小米系的"大脑"实力 小雨智造成立于2023年，创始团队来自小米、华为、微软、字节跳动等科技公司，毕业于清华、北大、南 大、北航等高校。其中，创始人兼CEO乔忠良是小米的初创成员之一，曾任MIUI研发负责人，负责过MIUI 9到MIUI 12等产品；联合创始人王文林，曾任小米软件系统平台部总经理，主导了"小米大脑"和AIoT系统 的开发。 一帮小米的"大脑"来创造"通用机器人大脑"，正是小雨智造最吸引人的部分。创业伊始，小雨智造就致力 于研发"Xiaoyu Brain"通用机器人大脑。其核心理念是，通过构建一个高度泛化的智能体，实现对多种场 景下不同形态机器人本体的统一控制，让机器人能够在环境中执行各种任务，即是小雨智造所称的"一脑 多形"。 近日， 通用具身智能科技公司小雨智造宣布完成数亿元B轮融资。 本轮融资由华业天成领投，招银国际、 茅台基金、贵州省科创天使基金共同跟投，老股东滴滴和小米联合创始人黎万强追加投资。 小雨智造创始人乔忠良表示，本轮融资将用于加大具身大模型投入，持续布局工业场景，与全球领先的供 应链企业展开战略合作加速量产， 以"一脑多形"为目标，打造最落地的全栈具身智能平台。 在本轮融资中 ...

机器人终于长出了"指尖"。 机器人缺的那根弦 先问个问题：你觉得现在最先进的机器人，能干翻什么？ 抓个快递盒？没问题。按预设轨迹焊个零件？小菜一碟。 这不是比喻，是实实在在的技术突破——由香港城市大学、南方科技大学等高校联合研发的一种 叫TAP（ 扭矩-角度-压力） 触觉传感器 ，让机器人能像人一样，感知到"力"的方向和大小。这项研究刚刚发表在 Science旗下权威期刊《Science Advances》上。 结果有多震撼？ 平衡木挑战：机器人2.4秒完成，成功率81.5%。人类蒙眼做同样任务：最快6.5秒，成功率18.3%。 机器人赢了，而且是碾压式的那种。 01. 但让它干点细活试试：把半瓶水的大瓶子倒立放在小瓶盖上，或者像切白萝卜那样边切边调整角度。 基本翻车。 为啥？因为机器人缺一根"弦"：它感受不到"力"。 人类手指尖分布着密密麻麻的触觉小体，能同时感知压力、剪切力、扭转力。碰到东西，我们知道是轻是 重，是滑是稳，该加力还是该松手。 机器人呢？要么靠视觉猜，要么压根不感知。 现有触觉传感器要么只能测压力测不了扭矩，要么精度差到连0.1°的扭转都察觉不到。稍微用点力，信号就 饱和，线性度崩到0.9以 ...

– NOT FOR DISSEMINATION IN THE UNITED STATES OR THROUGH U.S. NEWSWIRE SERVICES –Vancouver, BC & Edinburgh, Scotland, March 05, 2026 (GLOBE NEWSWIRE) -- Humanoid Global Holdings Corp. (“Humanoid Global” or the “Company”) (CSE:ROBO, FWB:0XM1, OTCQB:RBOHF), a publicly traded investment issuer focused on building and accelerating a portfolio of pioneering companies in the humanoid robotics and embodied AI sector, is pleased to announce progress made by RideScan Ltd (“RideScan”).Recent academic research conducte ...