Core Viewpoint - Yushu Technology has responded to rumors regarding the suspension of its "green channel" for A-share listing, clarifying that it fully meets listing qualifications and will proceed through the standard process without the expedited review [2][3]. Group 1: Company Overview - Yushu Technology, founded on August 26, 2016, specializes in the research, production, and sales of quadruped robots and dexterous robotic arms, headquartered in Hangzhou, Zhejiang Province [3]. - The company has become a leader in the global quadruped robot market, holding nearly 70% market share and operating in over 50% of countries and regions worldwide [3]. Group 2: Financial Performance - In 2024, Yushu Technology's revenue composition is projected to be 65% from quadruped robots, 30% from humanoid robots, and 5% from related components and parts sales [4]. - Approximately 80% of quadruped robots are utilized in research, education, and consumer sectors, while the remaining 20% are used in industrial applications such as inspection and firefighting [4]. Group 3: Shareholding Structure and Financing - The founder, Wang Xingxing, directly holds 23.82% of the shares and indirectly controls an additional 10.94%, totaling 34.76% ownership [5]. - Yushu Technology has completed multiple financing rounds, with the latest C+ round in June raising nearly 700 million yuan, led by major investors including China Mobile's fund, Tencent, and Alibaba, achieving a pre-investment valuation exceeding 10 billion yuan [5].

消息面上，大摩预期，今年中国人形机器人可出货1.4万台，未来数年将逐年翻倍增长，2034年突破百 万台。 另据每经报道，当地时间2025年12月31日，埃隆.马斯克在社交媒体上表示，其脑机接口公司Neuralink 将于2026年开始对脑机接口设备进行"大规模生产"，还将在脑机植入方式上实现创新。 1月5日电，机器人概念反复活跃，倍益康、翔宇医疗、伟思医疗、熵基科技等涨20%，五洲新春走出4 连板，斯菱智驱涨超15%，双双续创历史新高，汉威科技、蓝思科技、雷迪克、博杰股份等冲高。 | 序号 | 代码 | 名称 | 0 | 最新 | 涨幅% J | | --- | --- | --- | --- | --- | --- | | 1 | 920199 | 倍益康 | 事 | 44.96 | 29.98 | | 2 | 688626 | 翔宇医疗 | 1 | 72.60 | 20.00 | | 3 | 688580 | 伟思医疗 | | 58.08 | 20.00 | | 4 | 301330 | 嫡基科技 | 1 | 39.66 | 20.00 | | 5 | 300753 | 爱朋医疗 | 1 | 33.30 ...

Core Insights - The article discusses the evolution and significance of underwater robots, highlighting their roles in ocean exploration, resource investigation, engineering inspection, and national defense [1][2][3]. Group 1: Types of Underwater Robots - The family of underwater robots includes Autonomous Underwater Vehicles (AUVs), Remotely Operated Vehicles (ROVs), Unmanned Surface Vehicles (USVs), and underwater gliders (UG), each designed for specific tasks [2][3]. - Bionic underwater robots (BUR) mimic fish movements, while air-water cross-domain robots (AUR) can seamlessly switch between air and underwater operations [3]. Group 2: Control Systems and Challenges - Control systems are crucial for underwater robots, ensuring basic movement and supporting complex autonomous decisions [3]. - Traditional control methods face limitations in complex marine environments due to non-linear dynamics, model uncertainties, and unpredictable disturbances [4][5]. Group 3: Data-Driven Control Approaches - The rise of machine learning has introduced data-driven control methods, which allow robots to learn from data rather than relying solely on precise mathematical models [7]. - Data-driven methods are categorized into model-based, model-free, and hybrid approaches, enhancing adaptability and robustness in control [7][8][9]. Group 4: Multi-Robot Collaboration - Multi-robot systems enhance operational efficiency and coverage, enabling complex tasks like large-scale flow field mapping and underwater collaborative operations [12][14]. - Collaborative control strategies include coordinated formations, game-theoretic competition, and cross-domain cooperation, leveraging the strengths of multiple robots [12][14]. Group 5: Open Source Technology - The emergence of open-source platforms is democratizing ocean robot research, providing low-cost testing environments and hardware options for researchers [15][16]. - Open-source software frameworks like ROS facilitate seamless integration between simulation and real-world applications, promoting algorithm sharing and innovation [16]. Group 6: Future Directions - Future developments in underwater robotics will focus on enhancing intelligence, autonomy, and safety, addressing challenges such as data efficiency and communication constraints [17]. - The integration of physical information learning and offline reinforcement learning will enable rapid learning with minimal data, while advancements in cross-domain collaboration will create a comprehensive exploration network [17].

Core Insights - Ascentiz, a robotics startup, has launched its market-ready modular exoskeleton system, Ascentiz-H and Ascentiz-K, at CES 2026 following a record-breaking Kickstarter campaign [2][3] Group 1: Product Overview - The Ascentiz system features a modular design that allows users to customize support for various activities, enhancing mobility for daily tasks, outdoor adventures, and occupational endurance [3] - The Ascentiz-H module utilizes a high-torque quasi-direct-drive system for hip support, while the Ascentiz-K employs an advanced cable-drive mechanism for knee support [3] Group 2: Technology and Features - The system is powered by an AI motion engine that can recognize over 7 activity scenarios with 99.5% accuracy, enabling support mode changes in under 200 milliseconds [4] - Users can select from three modes: EASE, ACC, and TRAIN, which help reduce metabolic cost, increase speed, or provide resistance training [4] Group 3: Market Validation - The Kickstarter campaign in November 2025 made Ascentiz the 1 Most Funded exoskeleton project and ranked 8th in Kickstarter's Wearable Technology category, indicating strong market demand for user-centric augmentation technology [2] Group 4: Pricing and Availability - The retail price for the Ascentiz system ranges from $1,499 to $3,399, making it accessible to a broader audience [4]

SwitchBot Smart Home 2.0 LAS VEGAS, Jan. 4, 2026 /PRNewswire/ -- SwitchBot, a leading provider of AI-enabled embodied home robotics systems, showcases its vision for smart home 2.0 at CES 2026, unveiling a lineup powered by next- generation AI robotics, fueled by core technologies the company has mastered over the years. Showcasing a deeply unified ecosystem powered by embodied AI, SwitchBot introduces a future where homes can sense, understand, and act across living, studying, working, and everything in be ...

Core Insights - The West Lake District has showcased its achievements in the technology sector over the past year and outlined a development blueprint for the upcoming year, focusing on technological innovation [1] - The district emphasizes the construction of the "296X" advanced manufacturing cluster, concentrating on three main industries: artificial intelligence, commercial aerospace, and life health [1] Group 1 - The West Lake District has established a comprehensive support system for enterprises, providing assistance from the initial innovative idea to technology research and development, result transformation, and industrialization [1] - The district has facilitated partnerships between enterprises and high-level platforms, gathering 25 national key laboratories, 72 provincial key laboratories, and 7 provincial new-type research institutions [2] - A new action plan for "Innovative West Lake" has been released, aiming to enhance innovation capabilities through policy support, talent cultivation, and research breakthroughs [2] Group 2 - The district has published a list of application scenario opportunities, which includes 10 scenarios covering artificial intelligence, life health, new consumption, and infrastructure [2] - Since the establishment of the scenario innovation center, the West Lake District has released 43 application scenarios and has organized over 340 collaborative projects benefiting more than 500 enterprises and organizations [2]

Group 1 - The core viewpoint of the article emphasizes the importance of enhancing consumption as a driving force for economic growth, aligning with the goal of building a strong domestic market and achieving high-quality development [1] - The article discusses the implementation of specific measures such as "deepening the special action to boost consumption" and "releasing the potential of service consumption" [1] - The rise of smart consumption scenarios is highlighted, showcasing how technology has transformed everyday life and created new business opportunities [1] Group 2 - Chengdu's Chunxi Road business district is noted as one of the first smart business districts in China, blending historical significance with modern technology [3] - The transformation of traditional retail spaces into experience-oriented and immersive consumption environments is being undertaken, with plans to replace conventional clothing stores with new consumption formats [9] - The introduction of robotic technology in food service, such as cooking robots that can prepare dishes in an average of three minutes, is mentioned as a significant advancement in the food industry [13] Group 3 - The article highlights the emergence of the "Robot World" in Chengdu, which focuses on empowering businesses and upgrading consumer experiences through intelligent products [17] - AI smart glasses are being utilized in various sectors, including customs and fire safety inspections, significantly reducing processing times and enhancing operational efficiency [26][32] - The development of a space-based data center, represented by the "Chenguang No. 1" satellite, aims to reduce computing costs and overcome limitations faced by ground-based data centers [34][38] Group 4 - The article concludes that the wave of smart consumption is reshaping traditional business models, creating new opportunities in the food industry, and introducing innovative regulatory tools [42] - The integration of technology into daily life is transforming the relationship between consumers and products, moving from a model where "people find goods" to one where "goods understand people" [42] - The establishment of a comprehensive "smart ecosystem" that integrates hardware, software, and services is accelerating, driven by China's mature industrial chain [42]

1月4日，有媒体发布宇树科技上市相关报道， 称宇树科技A股上市的绿色通道被叫停，但上市并未叫停。该 报道被众多媒体、网络平台及自媒体大规模转载。 1月4日晚间，针对宇树科技上市相关报道，宇树科技对证券时报记者回应称，该报道涉及宇树科技上市 工作相关动态情况的内容与事实情况不符，宇树科技未涉及申请"绿色通道"相关事宜。 宇树科技表示，相关报道误导公众认知，已严重侵害宇树科技合法权益。宇树科技已向主管部门反映， 同时督促相关方撤回不实报道。宇树科技在此严正声明，后续将保留通过法律手段追责的权利。 随后在2025年11月中旬，宇树科技完成IPO辅导工作。中国证监会官网显示，宇树科技拟申请在境内IPO，中 信证券为辅导机构，这也标志着具身智能领域的重要参与者即将迈入资本市场。 目前，部分A股与港股上市公司均已与宇树科技建立稳定的合作关系，且直接或间接持有宇树科技股权。据不 完全统计，长盈精密、拓邦股份、金发科技、卧龙电驱、中科创达、全志科技等十余家A股公司持有宇树科技 股权。 除了在资本市场持续推进，宇树科技在业务层面也动作频频。 在2025年12月31日，宇树科技在北京京东MALL开设全国首家线下店，用户可在店内体 ...

Core Insights - GENISOM AI (智身科技) has completed multiple rounds of financing, raising several hundred million yuan, with investments from industry capital partners, aimed at scaling product deployment and ecosystem development [1][3]. Group 1: Financing and Investment - The recent financing round is notable as it is the first billion-level financing case in the embodiment field this year, attracting significant industry attention [3]. - The investment structure, primarily led by industry capital, fosters a deeply integrated industrial chain cooperation ecosystem, enhancing GENISOM AI's competitive advantage in the embodiment intelligence sector [3]. - Key investors include Zhiyuan Robotics, Guian Kunpeng Fund, Jinma Leisure, and others, focusing on various sectors such as new energy vehicles and equipment manufacturing [4]. Group 2: Product Development and Production - GENISOM AI has established a high-standard production line and digital factory in Suzhou, ensuring a closed-loop capability from R&D to production and delivery [10]. - By the end of December 2025, the company had delivered 5,000 units of its two main models, "Steel Coin L1" and "Copper Hammer M1," marking it as one of the few companies in the industry to achieve mass production upon launch [12]. - The "Steel Coin L1" is designed for light to medium load scenarios, while the "Copper Hammer M1" is suitable for heavy-duty applications, showcasing the company's focus on practical solutions rather than mere technological showcases [14][16]. Group 3: Technological Advancements and Applications - GENISOM AI has developed core hardware components in-house and launched the MATRiX simulation platform, addressing the industry's challenges in transitioning from virtual simulation to real-world deployment [21]. - The company participated in the Shenzhou 21 manned spacecraft launch, where its robotic dog performed critical power inspection tasks, demonstrating its capabilities in national-level aerospace support [24]. - The "Steel Coin L1" has also been utilized in a family entertainment project, showcasing the integration of technology with cultural and entertainment applications [26]. Group 4: Future Outlook - 2026 is anticipated to be a pivotal year for embodiment intelligence, with a shift in investment logic from chasing technological trends to focusing on practical mass production and application [29].

以下文章来源于智能涌现 ，作者邱晓芬 智能涌现 . 直击AI新时代下涌现的产业革命。36氪旗下账号。 种子轮融资，资方为乐聚机器人等。 "智能涌现"独家获悉，由朱森华创立的"具脑磐石"，近期已完成数千万元的 文 ｜ 邱晓芬 编辑 ｜ 苏建勋 来源｜ 智能涌现（ID：AIEmergence） 封面来源 ｜ 企业官方 朱森华是个把严谨刻进骨子里的人。 作为脑神经科学的博士后，在我们访谈当天，他将我们提供的一份访谈提纲，写成了一份七页纸、近万字的回复，当中还用字母、数字把观点分门别类，并 做了图辅助理解，像是在完成一篇道地的学术论文。 研究大脑，就是研究人，这从朱森华的聊天习惯就能看出，他不会一直单方面的滔滔不绝，而是会停下来，询问我们对某些问题的看法，也会因为我的"文 科出身、媒体背景"，调整回答方式。 在华为的六年时间里，朱森华曾担任华为云AI算法创新Lab主任，也是华为云AI部门智能机器人业务的开创者，同时还是"华为天才少年"们的面试官之一。 他曾带领一支"博士军团"，从零到一构建了华为云的脑与类脑AI云平台、华为云智能机器人业务，还孵化了华为云的首个具身大模型。 在这波具身智能浪潮中，华为不算高调。但如果对 ...