围绕外科手术中"看不清"与"做不到"的临床痛点，唯精医疗打造了极具竞争力的产品矩阵，在技术层面实 现了多项重大突破： 近日，中国手术机器人新锐代表—— 杭州康基唯精医疗机器人有限公司（以下简称"唯精医疗"）宣布，已 完成亿元级B+轮融资 。本轮融资获得了 国泰海通证券旗下 国泰君安创新投资有限公司的独家投资 ，同 时战略股东 康基医疗继续追加投资， 歌路资本担任本次交易的独家财务顾问。此次募集资金将主要用于 加速产品商业化进程，并推动新一代产品的研发与临床注册。 本轮融资的成功完成，充分体现了资本市场对唯精医疗技术路线、商业化进展及长期潜力的高度认可。 公司的核心团队源自哈尔滨工业大学机器人技术与系统全国重点实验室，是业内鲜有的、连续承担国 家"十一五"至"十三五"系列863计划及重点研发计划微创手术机器人项目的团队。 文章来源：投资界 商务合作 商务活动｜宣传推广｜转载开白等 联系电话｜18355423366 END 控制系统优化： 团队通过对主手的高精度运动学与动力学建模，实现了操作的轻便与流畅，重点解决了以 钢带或钢丝传动的手术器械在运动补偿和间隙控制方面的核心难题。 系统性能提升： 通过多环节协同优化 ...

Core Viewpoint - Wallan Technology, a leading domestic GPU company, successfully listed on the Hong Kong Stock Exchange on January 2, 2026, marking it as the first GPU stock in Hong Kong and the largest IPO since the implementation of the Chapter 18C rules [1][6]. Group 1: Company Overview - Wallan Technology was founded in 2019 and is a leading provider of general intelligent computing solutions in China [6]. - The company focuses on original core architecture and has pioneered the Chiplet high-performance chip, aiming to build a domestic intelligent computing industry ecosystem [6]. - Wallan Technology has developed its first-generation GPGPU architecture and a series of hardware based on GPGPU, including the Walli™ 106, Walli™ 110, and the higher-performance Walli™ 166 chip products [6]. Group 2: Investment and Support - Qiming Venture Partners has been a steadfast supporter of Wallan Technology since its inception, leading the company's first round of financing and continuing to support its development [3]. - Qiming Venture Partners is the largest external institutional investor in Wallan Technology and plays a significant role as a senior independent investor [3]. Group 3: Future Outlook - Wallan Technology's CEO, Zhang Wen, emphasized that becoming a public company brings greater responsibility and that the company will continue to increase R&D investment to enhance the domestic computing power system [6]. - Qiming Venture Partners' partner, Zhou Zhifeng, expressed excitement about Wallan Technology's successful listing, viewing it as a significant milestone and a new beginning for the company, highlighting the importance of continuous technological innovation [6].

Core Viewpoint - The article highlights the progress of Deep Blue Technology Co., Ltd. towards its IPO, aiming to become the first publicly listed underwater robotics company in China, with a fundraising target of 1.5 billion yuan [2]. Group 1: Company Overview - Deep Blue Technology has transitioned to "acceptance of guidance" status in its IPO process, with CICC as the guiding institution, after submitting its IPO guidance record in October 2023 [2]. - The company was founded by Wei Jiancang, who identified a gap in the domestic underwater robotics market in 2013, leading to the development of indigenous underwater robots [2]. - The product matrix includes cable-controlled underwater robots, autonomous vehicles, and underwater gliders, which have been successfully utilized in critical fields such as marine scientific research and emergency rescue [3]. Group 2: Financial Performance - Deep Blue Technology has seen strong revenue growth, with revenues of 141 million yuan, 235 million yuan, and 251 million yuan from 2022 to 2024, reflecting a compound annual growth rate of 33.23% [5]. - As of mid-2025, the company reported revenues of 141 million yuan, matching its total revenue for 2022, indicating significant market penetration in both consumer and industrial sectors [5]. - Despite cumulative undistributed profits of -622 million yuan by mid-2025, the net loss has been narrowing, from 134 million yuan in 2022 to 6.7 million yuan in the first half of 2025, with expectations of profitability by 2026 [5]. Group 3: Market Dynamics - The global underwater robotics market is experiencing explosive growth, with China's market size increasing from 1.24 billion yuan in 2018 to 6.27 billion yuan in 2022, projected to exceed 30 billion yuan by 2027 [6]. - The underwater robotics market is categorized into defense, industrial, and consumer segments, with high barriers to entry in the defense and industrial sectors, while the consumer market is highly competitive [6]. - Key technological areas for future competition include acoustic sensors and navigation systems, which are critical for operational stability and core competitiveness in the underwater robotics industry [6]. Group 4: Industry Outlook - The rise of Deep Blue Technology reflects the growing interest and investment in the underwater robotics sector, which is supported by government initiatives and capital market trends [4]. - The company’s IPO is seen as a significant milestone that will contribute to the development of the domestic underwater robotics industry, transitioning from a follower to a leader in the global market [6].

Core Viewpoint - The company, Upwind New Materials, has launched the world's first full-body force-controlled small humanoid robot, "Qiyuan Q1," and is entering the personal robotics market under the brand "Upwind Qiyuan" [1][3]. Group 1 - The Qiyuan Q1 is noted for being the smallest full-body force-controlled humanoid robot, achieving breakthroughs in joint systems, overall size, and application scenarios, condensing laboratory-level capabilities into a backpack-sized device [3]. - The new brand "Upwind Qiyuan" will focus on personal robotics, aiming to make advanced robotic technology accessible and operable for ordinary users [3]. - Innovations in materials, structure, and control algorithms have allowed the QDD collimation drive joints to be compressed to a size smaller than an egg while retaining the performance and dynamic response of full-sized models [3]. Group 2 - The Qiyuan Q1 is primarily targeted at researchers, creative users, and a broad range of family users [4]. - As of December 31, 2025, Upwind New Materials' stock price is reported at 127.37 yuan per share, with a market capitalization of 51.4 billion yuan [5].

（3）申报书须经相关单位推荐。各推荐单位加强对所推荐的项目申报材料审核把关，按时将推荐项目通过国科管 系统统一报送。专业机构对项目申报书进行形式审查，并组织答辩评审。申报项目的负责人进行报告答辩，根据 专家评议情况择优立项。 二、组织申报的推荐单位 各省、自治区、直辖市、计划单列市及新疆生产建设兵团工业和信息化主管部门、科技主管部门，国务院各有关 部门： 根据《国家重点研发计划管理暂行办法》（国科发资〔2024〕28号）相关要求，现将工业和信息化部主责的"十四 五"国家重点研发计划"工业软件""智能机器人""增材制造与激光制造""新能源汽车""基础科研条件与重大科学仪器 设备研发""信息光子技术""先进计算与新兴软件"共7个重点专项2025年度项目申报指南予以公布，请根据指南要 求组织项目申报工作。有关事项通知如下。 一、项目组织申报工作流程 1.申报单位根据项目申报指南，以项目形式组织申报，项目可下设课题。项目应整体申报，须覆盖相应指南方向 的全部研究内容和考核指标。项目设1名负责人，每个课题设1名负责人，项目负责人可担任其中1个课题的负责 人。 2.整合优势创新团队，并积极吸纳青年和女性科研人员参与项目研 ...

2025年，人形机器人走出实验室的"象牙塔"，成为贯穿全年的流量密码。 从央视春晚16台机器人跳秧歌的文化破圈，到马拉松赛道上的笨拙可爱；从优必选、宇树科技、特斯拉的千台级 量产交付，到9998元"小布米"两天售罄……这一年，人形机器人完成了从"技术炫技"到"产业落地"的关键一跃， 被业界公认为"走出实验室、走进生活"的分水岭。 现象级出圈：从春晚舞台到社交热搜的全民狂欢 2025年人形机器人的"破圈"，始于一场传统文化与前沿科技的碰撞。 央视蛇年春晚舞台上，16个来自杭州宇树科技的人形机器人——宇树H1"福兮"，身着花袄、手持花绢，踏着节奏 明快的舞步，与真人舞蹈演员一同上演了"AI机器秧歌"。 赛博朋克与民俗文化的奇妙融合，让机器人首次具备"文化符号"级传播力，相关话题连续霸屏社交平台热搜。 这场"开年首秀"热度持续发酵，从"高光时刻"到"出糗名场面"均引发全民围观，并迅速蔓延至教育、文旅体等方 方面面。无论是在开学日担任"老师"主讲第一课，还是在公园CityWalk，在展会担任"嘉宾"……它们亲和有趣的 形象逐步被大众接受，在不同场景中成为万众追捧的"打工人"。 同时，随着机器人春晚表演的出圈，具身智能 ...

计，可集成至直径小至300微米的商用微导管中，实现跨越40倍范围的连续刚度调节。通过建立描述其力 学行为的理论模型，实现对Helixoft微导管运动姿态的精确预测。此外，Helixoft微导管具备良好的功能扩 展性，不仅支持多节段分布式、相互独立的刚度调节，还可集成微型摄像探头、电极或激光光纤等模块， 为实时成像、组织消融和多模态微创介入操作提供支持。在多例活体动物支气管模型中，研究团队在 Helixoft系统中集成了微型成像器件，并结合临床影像设备与自主搭建的导管推进机构，开展了基于双模 态影像引导的磁控导航与靶向药物转运实验。通过血液炎症反应检测和组织学分析等系统性评估，验证了 该系统在体内应用中的可行性与安全性。同时，还完成了输卵管离体器官模型中精准取样演示。 在支气管、脑血管、输卵管等狭窄而曲折的自然腔道中开展微创介入手术，始终是临床实践中的重大 挑战。理想的介入器械需要在不同操作阶段实现可控的力学响应：一方面，具备足够的柔顺性，以安 全穿行于分叉和弯曲的腔道结构；另一方面，在相对笔直的腔道或抵达目标区域时保持必要的刚度， 以避免导管打卷并确保稳定操作。然而，现有微导管的力学性能大多在制造阶段便已固化 ...

Core Viewpoint - The article discusses the dual nature of the current AI era, highlighting both the excitement and the potential pitfalls associated with the overuse and misapplication of the term "AI" in various contexts [1][2]. Group 1: AI Ubiquity and Misapplication - AI has become a ubiquitous term, often used inappropriately to label various technologies and systems, leading to a phenomenon known as "AI washing" [2][3]. - The misuse of the term "AI" is not unique to one region; it is a global trend where traditional software is rebranded as AI to attract investment and policy support [3][4]. Group 2: Naming Fallacy and Its Implications - The concept of "naming fallacy" suggests that simply labeling something as "intelligent" does not equate to a true understanding of its capabilities [4][5]. - The simplification of complex AI concepts into general terms like "intelligence" leads to a disconnect between public expectations and the actual technological capabilities [4][6]. Group 3: Historical Context and Lessons - Historical examples, such as the "expert systems" of the 1980s, illustrate the dangers of overhyping technology, which can result in a loss of public trust and innovation stagnation [8][9]. - The article warns that the current AI hype could lead to similar pitfalls, where the mislabeling of products as AI may undermine genuine advancements in the field [8][9]. Group 4: Resource Misallocation and Innovation Stifling - The rush to label technologies as AI can lead to a misallocation of resources, as seen in the focus on humanoid robots at the expense of other potentially more effective intelligent systems [9][10]. - This narrow focus on specific AI applications can limit the exploration of diverse technological possibilities, posing systemic risks at a national strategy level [9][10]. Group 5: Conceptual Limitations and Public Perception - The article highlights a paradox where the public's high expectations for AI are often based on misconceptions, leading to a narrow view of what AI can achieve [10][11]. - The media's emphasis on visually appealing AI technologies can create cognitive barriers, restricting broader understanding and exploration of AI's potential [11][12]. Group 6: Call for Clarity and Responsibility - The article emphasizes the need for clarity in language and definitions within the AI field to maintain semantic hygiene and ensure that AI technologies are accurately represented [12][13]. - It advocates for a balanced approach to AI, focusing on practical applications and realistic expectations rather than sensationalized narratives [12][13].

Core Viewpoint - Lingxin Qiaoshou, a leading company in the global dexterous hand market, has successfully completed an A++ round of financing, which will be used for product technology research and development, capacity enhancement, and data accumulation for embodied intelligent dexterous operations [1][2]. Group 1: Product Development and Market Position - The Linker Hand series will launch multiple high-performance dexterous hands by 2025, covering various technical routes and achieving high performance, durability, and reliability, gaining widespread recognition [2]. - Lingxin Qiaoshou is currently the only company globally to mass-produce over 1,000 high-degree-of-freedom dexterous hands, capturing over 80% of the global market share in this segment, establishing itself as a new industry unicorn [2]. Group 2: Technological Advancements - The Linker Hand L6 and O6 feature biomimetic designs that closely resemble human hands, showcasing significant application value in full-size and mid-size humanoid robots, with monthly delivery exceeding 1,000 units [5]. - The self-developed "super strong electric cylinder" in Linker Hand L6 achieves a driving efficiency of 90%, which is more than double that of traditional products, with a thrust of 200N and a lifespan exceeding one million cycles [5]. Group 3: Ecosystem and Strategic Initiatives - Lingxin Qiaoshou is committed to building a high-quality industrial ecosystem centered around dexterous hands, launching the "Bailing Plan" in collaboration with Chengkai Fund to establish an investment fund for embodied intelligent dexterous hand innovation [6]. - The company aims to create a self-evolving ecosystem where robots can continuously learn and innovate new skills, with a vision to deliver 50,000 to 100,000 dexterous hands by 2026, driving innovation in dexterous operations [9].

Core Viewpoint - The humanoid robot industry in Beijing is experiencing significant growth, driven by advancements in large models and embodied intelligence technology, positioning itself competitively on both national and international stages [4][6]. Group 1: Industry Development - The humanoid robot industry in Beijing has over 30 companies, ranking among the top in the country, with a strong focus on general body and embodied intelligence models [4][5]. - Key characteristics of the industry include leading technological and industrial innovation capabilities, continuous emergence of body and embodied intelligence achievements, initial success in scene innovation and application landing, and significant policy support [6][7]. Group 2: Technological Innovations - The "Tiangong" robot from the humanoid robot innovation center has won global championships, showcasing the advanced capabilities of Beijing's humanoid robots [7]. - The "Wisdom Open" platform supports diverse task execution, surpassing similar models like GPT-5 by 15% [7]. - Innovations include the highest structural strength and rapid recovery capabilities in the T1 robot, and the first global release of various visual-language-action models by Galaxy General [7]. Group 3: Application and Policy Support - The city has launched the world's first humanoid robot half marathon and hosted the inaugural World Humanoid Robot Games, enhancing international collaboration and showcasing technological advancements [7][8]. - A government investment fund of 100 billion yuan has been established to support the humanoid robot sector, alongside efforts to foster collaboration between academia and industry [7][9]. Group 4: Future Mechanisms and Goals - The focus will be on accelerating core technology breakthroughs, enhancing supply and management capabilities, promoting large-scale application, and building a comprehensive industrial ecosystem [9][12]. - The upcoming "14th Five-Year Plan" will prioritize humanoid robots, aiming for breakthroughs in autonomous technology and fostering a competitive edge in the industry [11][12].