强脑科技正式入驻香港数码港 " 我们已经正式入驻香港数码港。 " 韩璧丞表示，香港是一个非常有活力、融合了东西方智慧的地方。 韩璧丞表示，强脑科技从波士顿的哈佛实验室起步，逐步走向奥斯汀、深圳、杭州，现在来到香港。强脑科技希望能把全球领先的脑机接 口技术带到香港，并在香港建立一个很好的产业生态。 【导读】首届香港国际 AI 艺术节开幕，强脑科技 CEO ：在香港，创新正加速涌动 中国基金报记者 邱德坤 " 在香港，我们看到的，不只是金融的流动，还有创新正加速涌动。 " 在 12 月 19 日举行的首届香港国际 AI 艺术节开幕式上，强脑科技 创始人兼 CEO 韩璧丞发表演讲称。 首届香港国际 AI 艺术节由紫荆文化集团主办，主题为 " 预见未来：现实与无界 " 。在开幕式上，韩璧丞发表题为《脑机接口 —— 人类的 百年工程》的演讲。 来源：强脑科技 公司官网显示，强脑科技致力于成为全球领先的非侵入式脑机接口技术解决方案供应商，在康复、大健康、人机交互等领域具有优势。 脑机接口技术作为平台性技术，可以应用在人机交互及工业应用、医疗、教育、健康、娱乐等领域。在 " 十五五 " 规划建议中，脑机接口 技术被列为六大 ...

Core Viewpoint - The inaugural Hong Kong International AI Art Festival aims to integrate technology and art, positioning Hong Kong as a hub for innovation and cultural exchange in Asia [1][8]. Group 1: Event Overview - The festival features the theme "Envisioning the Future: Reality and the Boundless," focusing on the deep integration of technology and art [1]. - It showcases various AI applications from leading companies, attracting significant participation from local students and the public [3][5]. - The event includes an immersive AI art exhibition, a robot carnival, and a series of thematic forums, creating a platform for international collaboration in culture, technology, and capital [5][7]. Group 2: Participation and Contributions - Notable figures such as Hong Kong's Chief Executive and various international scholars and artists participated, emphasizing the festival's global significance [3][7]. - The festival aims to broaden the boundaries of technology and art, providing a stage for showcasing new technologies and creative ideas from around the world [7]. Group 3: Strategic Importance - The festival aligns with Hong Kong's efforts to develop the Northern Metropolis and establish itself as an international innovation and technology center [8]. - Hong Kong's unique position, with world-class research resources and a multicultural environment, enhances its potential in the AI and creative industries [8]. - The event serves as a bridge between mainland China's vast application scenarios and international cutting-edge technologies, focusing on high-end service applications in finance, art, design, and education [8].

Core Viewpoint - The first Hong Kong International AI Art Festival aims to integrate technology and art, promoting Hong Kong as an international innovation and cultural exchange center [1] Group 1: Event Overview - The festival is themed "Envisioning the Future: Reality and the Boundless," focusing on the deep integration of technology and art [1] - It features participation from top scientists, artists, corporate representatives, and academic leaders from around the world [1] - The event includes keynote speeches from notable figures such as Turing Award winner John Edward Hopcroft and other prominent scholars and industry leaders [1] Group 2: Activities and Exhibitions - The festival will host Asia's first full-sensory immersive AI art exhibition, showcasing over 40 works from 30 global artists under the theme "Emergence of Sensation" [2] - It will also feature the world's first "Robot Carnival" centered on art narratives, with over 100 robots from more than 30 companies participating in interactive events [2] - The "Hong Kong AI Science Popularization Week" will involve over 40 activities aimed at enhancing public understanding of AI, in collaboration with local universities and schools [2] Group 3: Organizational Goals - The festival aims to broaden the boundaries between technology and art, creating a platform for AI technology companies and artists to showcase innovations and creativity [4] - It seeks to provide audiences with new experiences and scenarios, enhancing the connection between reality and the future [4]

Core Insights - The first "Hong Kong International AI Art Festival" has opened, focusing on the integration of technology and art, aiming to establish Hong Kong as a center for innovation and cultural exchange [1] Group 1: Event Overview - The festival is themed "Envisioning the Future: Reality and Beyond" and is organized by the Zijing Cultural Group [1] - It features participation from top scientists, artists, business representatives, and academic leaders from around the world [1] - The Chief Executive of the Hong Kong Special Administrative Region, John Lee, emphasized the event's role in gathering talent and showcasing innovative achievements in technology and art [1] Group 2: Activities and Exhibitions - The festival will host Asia's first full-sensory immersive AI art exhibition, a "Robot Carnival" centered on art narratives, and the "Hong Kong AI Science Popularization Week" [2] - The immersive AI art exhibition will showcase over 40 works from 30 global artists, exploring the intersection of AI and art, with many pieces making their debut in Asia [2] - The "Robot Carnival" will feature over 100 robots from more than 30 companies, incorporating interactive elements like fashion shows and competitions [2] - The "Hong Kong AI Science Popularization Week" will involve over 40 events aimed at the public, including lectures and workshops to enhance scientific literacy among youth [2] Group 3: Organizational Goals - The festival aims to broaden the boundaries between technology and art, creating a platform for AI technology companies and artists to showcase innovations and creativity [3] - It seeks to provide a new experience and scene for audiences, enhancing the connection between reality and the future [3]

Core Viewpoint - Hangzhou Future Science City is advancing its development strategy focused on "talent-led, innovation-driven, and integration of industry and city," aiming to create a future industry system of "1+3+X" and enhance its innovation and entrepreneurship ecosystem [1] Group 1: Economic Performance - The total revenue of large-scale enterprises in the region reached 872.67 billion yuan from January to September, representing a year-on-year growth of 8.38% [1] Group 2: Innovation and Technology - Innovation is a key support for the city's development, with significant achievements in technology, including the launch of the Revo2 bionic dexterous hand by Qiangnao Technology and advancements in embodied intelligence by Yuanli Wuxian [2] - The innovation support system is continuously improving, with 69 national-level specialized "little giant" enterprises and 502 provincial-level specialized enterprises cultivated, along with 1,094 innovative small and medium-sized enterprises [2] Group 3: Project Development and Talent Acquisition - From January to September, 72 industrial projects were introduced with a total investment exceeding 15 billion yuan, achieving a project landing rate of nearly 80% [3] - The city has successfully attracted 17 domestic and international academicians and 510 high-level overseas talents this year [3] Group 4: Business Environment and Infrastructure - The city is enhancing its business environment with innovative insurance products like the "成果转化险" (Results Transformation Insurance), which has attracted attention from AI-related enterprises [4] - A total of 14 knowledge property securitization products have been issued, benefiting 151 enterprises and facilitating a total financing amount of 1.429 billion yuan [4] - Infrastructure upgrades are underway, with significant commercial projects like the Yintai Commercial Complex and the Yunmen Center progressing rapidly [4] Group 5: Future Goals - Hangzhou Future Science City aims to achieve the goal of becoming a national high-tech zone by focusing on future industry cultivation, technology transfer, project construction, and business environment optimization [5]

Core Insights - The 2025 Shenzhen International High-Performance Medical Device and Innovative Pharmaceutical Exhibition showcases the future of healthcare technology, highlighting advancements in surgical robotics, brain-computer interfaces, and innovative pharmaceuticals [1][3] Group 1: Exhibition Overview - Over 300 companies and institutions participated in the exhibition, covering an area of 30,000 square meters and presenting over 1,000 products that define the future of the medical device and pharmaceutical industry [3][5] - The exhibition emphasizes the acceleration of healthcare technology towards more intelligent, precise, and integrated solutions [3][5] Group 2: Key Innovations - Notable innovations include the intelligent autonomous experimental platform by Crystal Technology, the Class I new drug "Xinglitin" by Xinlitai, and the fully automated cell morphology analyzer by Mindray Medical, showcasing a range of advancements from AI-driven drug development to high-end medical devices [5][12] - Surgical robots have evolved from single-procedure tools to comprehensive intelligent surgical platforms that cover multiple departments and integrate various modalities, marking a revolutionary change in the surgical field [5][7] Group 3: Brain-Computer Interface Developments - Brain-computer interface products are gaining attention, with companies like Qiangnao Technology showcasing smart bionic hands and feet that translate neural and muscle signals into movement, demonstrating the potential for enhanced health interventions [9][11] - Weiling Medical presented a full-implantable brain-computer interface system and other core technologies, indicating a strong focus on high-end implantable solutions [9][11] Group 4: Diagnostic Innovations - The in vitro diagnostic sector is advancing towards multi-disciplinary approaches, with companies like New Industry Biology and Yihuilong presenting fully automated laboratory solutions that significantly enhance testing efficiency and quality [11][12] - The collaboration between pharmaceuticals and medical devices is becoming a crucial trend, exemplified by the Hezhi® proton therapy system from CGN Medical, which applies nuclear technology to improve cancer treatment outcomes [11][12] Group 5: Industry Ecosystem and Collaboration - The exhibition also highlighted the entire industry chain of medical device design and manufacturing, showcasing a wide range of resources and solutions for research and production [12][14] - The integration of academia and industry was evident, with institutions like the Chinese University of Hong Kong (Shenzhen) presenting numerous medical devices and clinical applications, reflecting the latest achievements in medical research and technology innovation [14]

会前，香港工业总会代表团走访了宇树科技、阿里云、强脑科技、云深处等杭州新兴科技企业，切身感 受杭州在人工智能和战略性新兴产业发展方面的创新活力与实践成果。 商报讯（记者 郑炜）"我刚介绍完公司名称，同桌的香港朋友立刻表示'了解并关注我们的发展近况'， 这种基于彼此了解的沟通，非常务实高效。"12月12日，参加2025杭港企业合作交流会的浙江大华技术 股份有限公司公共事务部总监李道良感慨道。 本次交流会由中国国际商会杭州商会主办，以"潮起钱塘 联通东方"为主题，聚焦人工智能与未来产业 赛道，吸引了来自中国国际商会杭州商会与香港工业总会的50余家企业代表参与，共同探讨合作新机 遇。 香港工业总会主席、金源发展国际实业（000159）有限公司行政总裁及副主席林世豪介绍，香港工业总 会作为香港唯一的法定商会及四大商会之一，汇聚制造业及相关行业力量，致力于推动香港新型工业化 与国际化合作。此次杭州之行，旨在实地考察当地领军企业，深入了解人工智能应用与营商环境，探寻 投资合作新空间。 交流会上，浙江麦尚食品、中控技术、浙江立镖机器人、杭萧钢构（600477）、杭州安托未来科技、玳 能科技、鲁尔物联、浙江大华技术、太希智能 ...

聚焦AI从"大模型"到"大应用"， 共探产业生态融合共生新路径。 当"炼大模型"的热潮退去 产业开始严肃讨论落地 12月12日，2025长三角人工智能产业融合共生发展大会在杭州算力小镇隆重举行。大会以"智赋万象，创新共融"为主题，汇聚了中国科学院院士何积丰， 中国工程院院士刘大响、柴天佑、戴琼海等顶尖学界权威与技术领军者。临平区委书记周徐胤、政府相关负责人、企业代表、投资机构代表等300余位嘉 宾齐聚一堂共话产业未来、共商合作机遇。 一个判断：从技术可行到商业可行 过去两年，中国AI行业最不缺的就是大模型发布会，最缺的是能算清账的商业案例。今年8月，国务院印发《关于深入实施"人工智能+"行动的意见》， 明确提出推动人工智能与经济社会各行业各领域融合。这份文件的潜台词是：技术已经够好了，现在要看谁能把它用起来。 2025年，业内普遍的共识是：中国AI产业正在经历从"炼大模型"到"炼大应用"的范式转移。技术可行性不再是瓶颈，商业可行性和应用落地才是企业竞争 的真正赛道。这场在临平举办的大会，某种程度上是这个判断的一次集体确认。 临平区前瞻布局算力产业，打造了全国首个以"算力"命名的特色小镇。本次大会的召开，既是对 ...

Core Insights - The article emphasizes the transition of China's AI industry from "large models" to "large applications," highlighting the need for practical commercial use of AI technology rather than just theoretical advancements [7][50] - The 2025 Yangtze River Delta AI Industry Integration and Coexistence Development Conference showcased the collaboration between academia, government, and industry to explore future opportunities and challenges in AI [4][50] Group 1: Conference Overview - The conference gathered over 300 participants, including top scholars, government officials, and industry representatives, to discuss the future of AI and collaboration opportunities [4][8] - The Zhejiang Turing Computing Research Institute, the conference's organizer, aims to address real challenges faced by AI companies in commercialization, such as finding application scenarios and reducing computing costs [8][48] Group 2: Keynote Speeches - Academicians presented critical insights on the future of AI, with a focus on practical challenges and the need for innovative algorithms in industrial applications [12][22] - Liu Daxiang discussed the importance of AI in developing a low-altitude economy and emergency rescue systems, emphasizing the need for a unified safety information network [14] - Chai Tianyou highlighted the necessity for new algorithms to address the dynamic nature of industrial systems, distinguishing industrial AI from general AI [16] - Dai Qionghai raised concerns about the lack of original contributions to AI research in China, stressing the importance of breakthroughs in sensors, computing power, and brain intelligence for future leadership in AI [20] Group 3: Industry Perspectives - The conference featured discussions on the practical challenges of AI commercialization, with a significant failure rate of AI solutions in enterprises due to organizational and technical gaps [26][27] - The shift from a "training cycle" to a "reasoning cycle" in AI is seen as a strategic opportunity for China to leverage its advantages in engineering and cost [29] - Real-world applications of AI in urban governance and other sectors were showcased, demonstrating the potential for AI to create significant efficiencies and innovations [30][37] Group 4: Strategic Collaborations - Six companies signed agreements to establish operations in the Computing Town, focusing on key areas of the AI industry, including chip design and smart hardware [45] - The collaborative nature of these agreements reflects the conference's theme of "integration and coexistence," emphasizing the need for a cohesive industry ecosystem to support AI deployment [45][50] Group 5: Future Directions - The Computing Town aims to serve as a model for AI industry development, with a focus on reducing computing costs and fostering innovation through a supportive ecosystem [48][50] - The conference acknowledged the ongoing challenges in transitioning AI from theoretical models to practical applications, emphasizing the need for continued dialogue and collaboration among stakeholders [50]

Core Viewpoint - The brain-computer interface (BCI) industry is entering a rapid growth phase, with the global market expected to reach approximately $12.4 billion by 2034, reflecting a compound annual growth rate (CAGR) of 17.35% [4] Group 1: Market Overview - The BCI market is experiencing significant advancements due to the integration of technologies such as artificial intelligence, flexible materials, and biosensors [4] - Strong Brain Technology, one of the "Six Little Dragons" in Hangzhou, has completed a Pre-B round of financing, achieving a post-investment valuation exceeding $1.3 billion, positioning it as a leading unicorn in the domestic BCI sector [4][7] Group 2: Technological Directions - There are two main technological directions in the BCI field: invasive and non-invasive. Invasive technologies, represented by Neuralink, involve surgical implantation of electrodes, offering high signal quality but facing high costs and ethical concerns [5] - Non-invasive technologies, exemplified by Strong Brain Technology, do not require surgery and are more suitable for large-scale applications, primarily used in rehabilitation training and seen as having greater commercial potential [5] Group 3: Product Development and Controversies - Strong Brain Technology is developing a product akin to an "electronic version of semaglutide," aimed at reducing appetite to assist with weight loss, which has sparked discussions about the boundaries of consumer applications for BCI [7] - The company's product portfolio spans three main areas: smart bionics, smart health, and smart education, including devices like bionic hands and legs, sleep devices, and attention training systems [7] Group 4: Technological Accumulation - Strong Brain Technology has developed a proprietary solid-state gel electrode known as the "super sensor," capable of high-precision collection of brain and muscle electrical signals [8] - The company has secured over 460 authorized patents, with more than 250 core invention patents, placing it among the leaders in the global BCI industry [8]