Core Viewpoint - The article discusses the significant financing of 2 billion RMB for BrainCo, positioning it as a leading player in the non-invasive brain-computer interface (BCI) sector, contrasting it with Neuralink's invasive approach, highlighting the ongoing technological rivalry in the BCI industry [5][18]. Financing and Growth - BrainCo completed a financing round of approximately 2 billion RMB, led by IDG and Huaden International, making it the second-largest BCI company in terms of funding globally, after Neuralink [5][18]. - Since 2019, BrainCo has completed four financing rounds, accumulating a total of 4.684 billion RMB [15]. Technology Pathways - BrainCo focuses on non-invasive BCI technology, utilizing devices like EEG caps to collect signals, which offers safety and ease of acceptance, while facing challenges in signal precision [6][12]. - Neuralink represents the invasive BCI route, which involves surgical implantation of electrode arrays in the brain, allowing for high-resolution signal collection but poses risks and ethical concerns [5][12]. Product Development and Market Position - BrainCo has developed several products, including smart prosthetics and sleep regulation devices, with some receiving FDA and CE certifications for international sales [6][14]. - The company achieved a milestone in 2022 by producing 100,000 units of a portable high-precision BCI product, breaking the long-standing experimental phase in the industry [14]. Competitive Landscape - The BCI market is characterized by three main technological pathways: invasive, semi-invasive, and non-invasive, each balancing performance, safety, and accessibility differently [20][22]. - Non-invasive BCIs, led by companies like BrainCo, dominate the market, accounting for approximately 82% of the BCI market share, while invasive technologies hold about 18% [22].

Core Viewpoint - The article highlights the advancements in brain-computer interface technology through the example of Qiangnao Technology, which has developed a smart bionic hand that enables users to perform complex tasks, showcasing the potential for human-robot coexistence in the future [1][3]. Group 1: Company Overview - Qiangnao Technology, founded in 2015, is the first unicorn in the brain-computer interface sector in China, focusing on non-invasive brain-computer interface technology for nearly a decade [5]. - The company recently completed a financing round of approximately 2 billion yuan, making it the second-largest in the global brain-computer interface field after Neuralink [3]. Group 2: Product Development - Qiangnao Technology has launched several products, including smart bionic hands and legs, as well as brain-machine intelligent sleep devices, creating a product matrix that spans medical rehabilitation, consumer health, and advanced robotics [8]. - The smart bionic hand has been successfully used in major events such as the Beijing Winter Paralympics and the Hangzhou Asian Para Games, indicating its practical application and recognition [10]. Group 3: Technological Advancements - The company has developed a solid gel electrode that allows for convenient brain signal acquisition without the need for conductive paste, overcoming a significant barrier in non-invasive technology [7]. - Qiangnao's Revo 2 bionic hand, weighing only 383 grams, can exert a grip force of 50N and carry weights of up to 20kg, showcasing its advanced multi-modal tactile sensing capabilities [12]. Group 4: Competitive Advantage - Qiangnao Technology has established a unique technological and commercial moat through large-scale production and cost control, managing to reduce the cost of its smart bionic hand to one-fifth to one-seventh of similar products in Europe and the U.S. [15]. - The company has achieved mass production of 100,000 units of high-precision brain-computer interface products, demonstrating its capability for industrial-scale production [15]. Group 5: Future Vision - With the recent funding, Qiangnao Technology aims to accelerate technological iterations, expand into global markets, and deepen its product offerings in rehabilitation, health, and human-machine interaction [16]. - The company's strategic direction is evolving from addressing rigid medical needs to broader applications in health, targeting to assist 1 million individuals with physical disabilities and 10 million patients with Alzheimer's, autism, and sleep disorders within the next 5 to 10 years [18].

Core Viewpoint - The article highlights the significant financing of approximately 2 billion RMB by Strong Brain Technology, marking it as the second-largest disclosed financing in the global brain-computer interface (BCI) sector after Neuralink, drawing attention from both capital markets and the industry [2][3]. Financing Overview - Strong Brain Technology completed a financing round of about 2 billion RMB on January 6, 2026, with a diverse investor base including financial investors, industrial capital, and strategic investors such as IDG, Huaden International, and Lens Technology [2][14]. - This financing round reflects a continued interest in Strong Brain Technology's existing technology routes and product advancements, indicating confidence in the company's future [3][15]. - The company has a history of securing substantial capital, having previously completed multiple financing rounds, including a 20 million USD B round in 2025 and a 30 million USD Pre-B round [13][14]. Company and Product Development - Founded in February 2015, Strong Brain Technology has evolved into a key player in the BCI field, focusing on non-invasive BCI technology [7][9]. - The company has developed high-precision EEG signal acquisition and analysis technologies, achieving mass production of solid gel electrode materials in 2017, which improved the stability and accuracy of EEG signal collection [9]. - Strong Brain Technology has launched several BCI-related products, including smart bionic hands and legs, and a brain-machine intelligent sleep aid, with some products receiving FDA and CE certifications for international market entry [11][12]. Clinical and Market Progress - Strong Brain Technology's smart bionic hand is the first BCI product in China to receive FDA approval, allowing it to enter over 30 countries and regions by 2025 [12]. - The company holds over 200 core patents in the BCI field, with approximately 60% being invention patents, positioning it favorably in the domestic patent landscape [12]. Policy and Industry Support - The Chinese government has issued implementation opinions to promote innovation and development in the BCI industry, aiming for breakthroughs in key technologies by 2027 and establishing a robust industrial ecosystem by 2030 [16][17]. - Local governments, including Beijing and Shanghai, have introduced action plans to accelerate the application of BCI technologies across various sectors by 2030 [18][19]. Standardization and Ecosystem Development - The National Medical Products Administration released the first industry standard for BCI medical devices, effective January 1, 2026, to unify terminology and support regulatory and industrial collaboration [22]. - Various regions are also advancing infrastructure development to support BCI product research and application [23].

1月5日，A股新年开盘首日，脑机接口板块迎来"开门红"，概念指数盘中大涨超13%，登顶日内最强板块。板块内个股掀起涨停潮，倍益康实现30CM涨停， 三博脑科、翔宇医疗、美好医疗等斩获20CM涨停，岩山科技、国际医学、塞力医疗等多股强势封板，这一前沿赛道得到资本的追捧。 消息面上，马斯克近期明确给出脑机接口设备的量产时间表，他在社交媒体上表示，公司旗下脑机接口公司Neuralink将于2026年启动设备大规模生产，并采 用近乎全自动化的外科手术流程，通过电极丝直接穿过硬脑膜的创新方式，大幅降低手术创伤与风险，将手术时长从6小时缩短至20分钟内。截至2025年9 月，全球已有12名重度瘫痪患者植入Neuralink设备，累计使用时长超1.5万小时，首位植入者已能凭意念打字、玩游戏，临床数据充分验证了设备的安全性 与稳定性。按照规划，2026年该设备电极通道将增至3000个并开展盲视临床测试，2028年目标实现超2.5万个电极通道与全脑区域连接。 全球脑机接口领域的竞争格局已全面拉开，中美两国在不同技术路线上各展所长。美国在侵入式、半侵入式领域先发优势明显，除Neuralink外，OpenAI首 席执行官Sam A ...

2026年A股首个交易日，脑机接口概念股全线飙涨，三博脑科、翔宇医疗、美好医疗等8只个股集体 20cm涨停。 马斯克近日在社交媒体上表示，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"。并同步推进流程高度精简、几乎完全自动化的手术方案，最关键的突破在于，设备中的电极丝 将直接穿过硬脑膜，而无需将其切除。这一方案有望避免传统侵入式设备的创伤性瓶颈，还可以通过自 动化手术实现效率与成本的双向优化。 目前强脑科技是国内首家脑机接口领域独角兽企业，属于"杭州六小龙"之一，今年九月强脑科技完成了 Pre-B轮融资。另据搜狐科技报道，强脑科技2026年拟选择内地或香港递交上市申请。 目前从公开信息可以明确了解到，在脑机接口领域的合作动态中，领益智造（002600）已与强脑科技达 成合作。领益智造在其官方公众号上发布消息称，在2025年7月，公司与强脑科技成功实现战略绑定， 双方充分发挥各自在资源与优势上的长处，为对方提供全方位、深层次的支持，以推动双方技术实力、 国内市场竞争力及海外市场影响力提升，共建行业良好发展生态。可见双方将同时在国内和海外市场延 展合作，共同把握接下来脑机接口 ...

央视网消息：12月3日是国际残疾人日，目前，我国有约8500万残疾人。"十四五"以来，我国残疾人福利制度建设不断推进，关爱保障水 平明显提升。各地也不断推出新举措，提升公共服务水平。 为帮助部分残疾人解决就业问题，江苏泰州成立残疾人辅助性就业项目调配中心，区镇两级残联挖掘技术门槛适中、订单量充足、附加值 可观的项目，交由调配中心集中安排，再分配给各地残疾人之家完成，帮助残疾人在家门口培训和就业，实现增收。 12月3日下午，辽宁沈阳的这家无障碍影厅进行了一场特别的放映。真实的现场音响、贴切的配音，让视障人士沉浸在了电影的魅力中。 来自社会各界的志愿者们全程提供一对一服务。 国际残疾人日·科技助力 让生活更无"碍" 随着科技的发展，人工智能、脑机接口、仿生技术正在帮助残疾人跨越一个个障碍，逐步迎来一个更加智能、更加包容的无障碍世界。 在浙江杭州这家攀岩馆内，佩戴智能仿生腿的林韵在陡峭的岩壁上灵活移动，不到60秒就完成了垂直攀登。中学时，林韵因为一次意外失 去了右腿，四年前，智能仿生腿的接入改变了他的生活 。 除了攀岩，林韵还尝试了冲浪和跳伞。他还考了健身教练资格证书，并在网上开了视频账号，鼓励更多的残疾人朋友拥抱 ...

Core Insights - The article highlights the advancements in technology, such as artificial intelligence, brain-computer interfaces, and bionic technologies, that are empowering approximately 85 million disabled individuals in China to overcome barriers and create a more inclusive world [1] Group 1: Bionic Technology - Iterative upgrades in smart bionic technology are significantly transforming the daily lives of disabled individuals, enabling them to engage in activities like rock climbing, surfing, and skydiving [3] - Smart bionic legs equipped with sensors collect neural signals to control joints adaptively, while smart bionic hands allow users to regain dexterity, resembling the sensation of having a lost hand [3] Group 2: Brain-Computer Interface Innovations - The Chengdu Frontier Brain-like Artificial Intelligence Innovation Center utilizes brain-computer interface technology for targeted treatment of autism, achieving over 90% diagnostic accuracy for more than 6,000 children [5] - The center's approach creates a complete treatment loop from screening to diagnosis and overall regulation, enhancing the effectiveness of interventions [8] Group 3: AI Applications for Hearing Impairments - The first AI smart entity for rehabilitation training of hearing-impaired individuals has been launched in the Guangdong-Hong Kong-Macao Greater Bay Area, utilizing AI to identify and categorize speech disorders [10] - The optimized model can run on regular smartphones, facilitating applications in phone calls, face-to-face communication, and language rehabilitation training [10]

Core Viewpoint - The development of artificial intelligence, brain-computer interfaces, and bionic technology is significantly improving the lives of approximately 85 million disabled individuals in China, leading to a more inclusive and accessible world [1]. Group 1: Technological Advancements - Artificial intelligence and bionic technology are helping disabled individuals overcome various obstacles, enhancing their quality of life [1]. - The integration of smart bionic limbs allows users to engage in high-intensity activities such as rock climbing, surfing, and skydiving, showcasing the capabilities of modern technology [3]. Group 2: Personal Stories - Lin Yun, equipped with a smart bionic leg, completed a vertical climb in under 60 seconds, demonstrating the effectiveness of the technology in challenging environments [3]. - Zhou Jian, who lost his right hand, has regained independence in daily tasks such as opening bottles and peeling fruit after using a smart bionic hand [3]. - Zhou Jian has also begun self-learning to play the piano with his smart bionic hand, indicating the potential for skill development through advanced technology [5].

Core Insights - The establishment of the Hunan Embodied Intelligence Innovation Center and the signing of the Lens Technology R&D and Production Base project mark a significant step in Hunan's strategic layout for embodied intelligence, contributing to the city's goal of becoming a global R&D center [1][8] Group 1: Innovation Center Overview - The Hunan Embodied Intelligence Innovation Center has a first-phase construction area of approximately 7,000 square meters and is supported by local university research resources [4] - The center is led by Wang Yaonan, an academician from the Chinese Academy of Engineering and a professor at Hunan University, and aims to create a leading domestic R&D innovation zone for embodied intelligence [4] - The center has attracted nearly 30 robotics ecosystem companies, covering various aspects such as joint modules, controllers, and industry solutions [4] Group 2: Lens Technology's Role - Lens Technology, the core operating entity of the Hunan Embodied Intelligence Innovation Center, has over 20 years of experience in precision manufacturing and has developed a comprehensive layout from core components of consumer electronics to smart hardware [6] - The company has built a vertical integration platform that includes joint modules, dexterous hands, and complete machine assembly, positioning itself among the top players in the robotics supply chain [6] - Lens Technology aims to create a collaborative industrial ecosystem focusing on technology breakthroughs, ecological aggregation, and result transformation to promote the development of Hunan's manufacturing industry [6] Group 3: Technological Contributions - During the launch event, Lens Technology announced a donation of 200 sets of smart assistive devices to the Hunan Disabled Persons' Federation, showcasing the application of brain-machine interface technology [7] - The smart bionic hand and leg utilize non-invasive myoelectric sensors and AI algorithms to assist users in performing daily activities, demonstrating the seamless integration of technology and practical applications [7] Group 4: New Project Significance - The Lens Technology R&D and Production Base project focuses on high-value-added sectors such as production testing equipment, AI servers, automotive glass, and solar photovoltaic glass, supporting the company's transition towards high-end and intelligent manufacturing [8] - This project will enhance the strategic positioning of Hunan in emerging industries and future sectors, providing robust support for the city's new development pathways [8] Group 5: Regional Development Initiatives - The Changsha Economic Development Zone is actively integrating into national and provincial "Artificial Intelligence +" initiatives, having introduced specific policies to promote AI and robotics [9] - The zone aims to establish a comprehensive ecosystem that includes basic research, technological breakthroughs, and industrial applications, fostering over 70 upstream and downstream enterprises in the robotics and AI sectors [9]

Core Insights - The article emphasizes the importance of technology as a national asset, essential for strengthening the country, enabling businesses to succeed, and improving the quality of life for citizens [1] Group 1: Technological Advancements - Significant achievements in technological innovation have been made during the "14th Five-Year Plan" period, positioning the country among the global leaders in fields such as artificial intelligence and robotics [1] - Emerging technologies are giving rise to new industries, business models, and growth drivers, transforming previously fictional scenarios into everyday realities [1] Group 2: Applications of Technology - Various applications of technology are highlighted, including exoskeleton robots that assist with mobility, smart bionic legs and hands that enhance the quality of life for disabled individuals, and story-reading robots that accompany children's growth [1]