Core Viewpoint - Hangzhou is accelerating the development of brain-like intelligence as a key future industry, supported by substantial policy measures aimed at fostering innovation and investment in this field [1][2]. Group 1: Policy Support - The "Measures" outline financial support for brain-like intelligence projects, including a 25% subsidy on actual funding for projects not requiring local matching funds, with a maximum of 5 million yuan per project [2]. - For small and medium-sized technology enterprises with R&D increases over 2 million yuan, a 5% subsidy on the increase is available, capped at 200,000 yuan [2]. - Larger enterprises with R&D expenditures exceeding 500 million yuan can receive a direct subsidy of 300,000 yuan [2]. Group 2: Application Focus - The policy emphasizes application-oriented support, targeting key areas such as personalized medical treatment, intelligent diagnostic assistance, and rehabilitation in healthcare [2]. - In smart applications, priority scenarios include smart homes and security, intelligent transportation and autonomous driving, and robotics [2]. Group 3: Encouragement for Innovation - The policy encourages enterprises to trial new brain-like intelligence products, offering a subsidy of up to 300,000 yuan for the first product sold to non-affiliated parties, based on 10% of sales [3]. - Companies transitioning through various growth stages can receive financial rewards, including 20,000 yuan for first-time registration and additional support for maintaining status over three years [3]. - Recognition as a national or provincial "specialized and innovative" enterprise can yield rewards of up to 1 million yuan and 200,000 yuan, respectively [3]. Group 4: Spatial Layout - The policy outlines a spatial layout for the brain-like intelligence industry, supporting the establishment of a pilot area in Yuhang District and encouraging development in Binjiang and Xiaoshan Districts to create a dual-driven growth model [3].

商报讯 （记者 熊依琳 通讯员 熊亚琴） 凭借个人意念，就能控制轮椅行进的脑控轮椅；穿戴上智能仿 生假肢，便能攀上岩壁，实现高难度动作……昨天上午，第三十四个"国际残疾人日"系列宣传教育活动 在杭州市康复医院举行。现场，一个个鲜活的科技应用场景，令人深刻感受到科技创新为残疾人生活、 康复、社会参与带来的革命性变化。 "装了新的智能假肢，让我实现了更多可能，生活更方便了！"今年9月，80后的魏先生换掉了使用多年 的机械假肢，佩戴上智能仿生假肢，几个月使用下来，他已经能穿着智能假肢去做各种运动，不管是跑 步、攀岩，还是划船机、滑雪机，使用起来都十分顺畅。 当天，最备受瞩目的是《杭州市科技助残工作方案》的正式发布。方案系统规划了未来一段时期我市科 技助残的重点任务、支持政策与推进路径。具体来看，到2030 年，我市将形成较为完善的科技助残政 策体系和协同工作机制，助残科技研发、成果转化应用能力明显加强，助残科技产品更加丰富、产业进 一步发展，服务社会能力显著增强。到2035 年，助残科技实力大幅提升，形成与我市经济社会发展、 科研水平、残疾人民生福祉相匹配的科研体系和创新能力，实现与残疾人工作深度融合。 在杭州市科 ...

Summary of Brain-Computer Interface Industry Trends Industry Overview - The brain-computer interface (BCI) industry in China is experiencing significant advancements, particularly in clinical applications, with the National Healthcare Security Administration including relevant neurological projects in medical insurance [1][3][12] - Major cities like Zhejiang, Shanghai, and Jiangsu have begun implementing these policies, encouraging researchers to explore innovative applications [1][4] Key Technological Advancements - China has made breakthroughs in BCI technology, achieving 1,024 electrical probe channels, a signal-to-noise ratio (SNR) exceeding 20 dB, and reducing chip power consumption to 3.8 milliwatts per channel, with single-channel costs around 800 yuan [1][4][25] - Research institutions such as Fudan University Huashan Hospital and Tsinghua University have made significant contributions, particularly in areas like deep brain stimulation and high-resolution signal acquisition [5][19] Future Development Directions - Future directions for BCI technology include increasing the number of channels to 30-50, improving SNR to 30-50 dB, reducing chip power consumption to below 2 milliwatts, and lowering single-channel costs to below 500 yuan [6][7] - The development of adaptive transfer recognition algorithms for various signals (EEG, MEG, fMRI) is also a critical area, especially for early intervention in Alzheimer's disease [7] Market Potential and Demand - The market demand for BCI technology is substantial, particularly for restoring limb function in paralyzed patients and non-invasive BCI products [1][13][23] - The clinical application market is vast, with approximately 30 million stroke patients annually in China, indicating a market space of at least 50 billion yuan [23] Policy Support and Government Initiatives - The year 2025 is anticipated to be a pivotal year for the BCI industry in China, with various government policies aimed at promoting innovation and development in this field [2][12] - Policies focus on medical applications but are expected to expand into areas like silicon and carbon integration, brain simulation, and military applications [2] Competitive Landscape - Internationally, institutions like Stanford University and MIT are leading in BCI research, focusing on areas such as neural signal decoding and flexible electronic materials [8] - Despite the competitive landscape, China's focus on medical applications provides a unique advantage, particularly in treating conditions like Parkinson's and Alzheimer's diseases [8][13] Commercial Models and Applications - BCI companies are exploring various business models, including direct-to-consumer (B2C) applications for conditions like Alzheimer's and children's attention issues, as well as business-to-business (B2B) models targeting hospitals [17] - Non-invasive BCI technology is expected to see significant breakthroughs in the next 1-2 years, with applications in monitoring mental states and cognitive functions [22] Challenges and Bottlenecks - The primary bottlenecks in the BCI industry include the stability and reliability of biocompatible materials and the need for breakthroughs in chip technology [14] - The market's vast potential is countered by the challenges of achieving long-term usability and effective signal processing [14] Conclusion - The BCI industry in China is poised for rapid growth, driven by technological advancements, strong market demand, and supportive government policies. The focus on both clinical and consumer applications presents a unique opportunity for innovation and investment in the coming years [1][10][21]

活动现场还展示了多种科技成果，如智子引擎AI拍照系统，可实时捕捉参赛瞬间，机械臂"咖啡师"则以毫米级操 作精准完成研磨、萃取、拉花等工序。 据悉，此次活动的举办地京西智谷是华北首个"国家新一代人工智能公共开放创新平台"，京西智谷人工智能计算 中心已为200余家企业提供算力支持，孵化250多个解决方案，算力规模正向3000P扩容。中关村（京西）人工智 能科技园将于今年10月正式开园，17万平方米核心区域将投入使用，预计引入超200家人工智能领域领军企业及创 新团队，打造集研发、孵化、展示于一体的产业高地。 新京报讯（记者周怀宗）机器人与市民同场比赛，科技成果与非遗文创同时展出。8月9日，首届中国"智谷潮铁" 铁人三项赛在中关村门头沟园开赛。 机器人完成冲线。新京报记者 王子诚 摄 科技元素的沉浸式展现成为全场焦点。其中，国内铁三赛事首次引入"机器人""机器狗"等，与参赛的运动员、体 育爱好者同场比赛。此外，还有助力骑行的科技腿，残障选手可借助智能仿生假肢，能精准完成实时步态调整。 校对 吴兴发 近年来，门头沟区围绕"三地"品牌建设，先后举办了"一带一路"国家驻华使节自行车系列赛、北京国际山地徒步 大会、首都高校 ...