专题：为中国经济点赞——企业家之夜2025盛典 "为中国经济点赞——企业家之夜"于1月29日在北京举行。浙江强脑科技有限公司创始人兼CEO韩璧丞 出席接受致敬。全国工商联纺织服装业商会理事长，波司登品牌创始人、集团董事局主席兼总裁高德 康，华大集团CEO尹烨为其见证荣誉。 致敬词： 他是全球脑机接口领域的先行者。在他的带领下，强脑科技已经发展成为全球非侵入式脑机接口技术领 军企业，获得多项国际重要认可。他用十年技术攻坚打破国外垄断，让意念操控从科幻走进现实。他以 持续的技术创新，打造出智能仿生手、仿生腿等硬核产品，让残障人士重获生活能力，让千余名自闭症 儿童看见希望。他说，科研的意义不仅在于发现未知，更在于改变生活。于是少年仗剑，策马扬鞭，在 帮助残障人士改变生活的道路上，他不断挥洒热血。 高德康表示，强脑科技把科幻变成现实，让世界看到了中国创新的力量和高度，期待强脑科技不断超越 攀登脑机接口技术的新高峰，为人类未来创造无限可能。 尹烨表示，当你看到已经失去了小腿的人又可以去跳舞和去攀岩，当你看到已经失去了前臂的人居然可 以重新通过他的仿生手弹钢琴，那一刻所有人并不是为科技所震撼，而是为了这种人性的温度而流泪 ...

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]

Summary of the Conference Call for Dow's Technology Company and Industry Overview - **Company**: Dow's Technology - **Industry**: AI and Materials Science, specifically focusing on brain-machine interface technology and advanced materials for robotics and sensors [2][3] Core Points and Arguments - **Investment in Long Brain Technology**: Dow's Technology invested $30 million in Long Brain Technology, a leader in non-invasive brain-machine interface technology, founded by Dr. Han Bicheng from Harvard University [4] - **Strategic Goals**: The investment aims to enhance product development efficiency and iteration speed through AI capabilities, aligning with Dow's strategy to become a platform company integrating AI with materials [4] - **Role of New Peison**: New Peison is crucial in Dow's AI strategy, focusing on discovering new materials and enhancing existing ones, particularly in humanoid and special robots, and sensor materials [5] - **AI Chip Development**: New Peison specializes in computing chips, addressing complex AI problems that traditional methods struggle with, and has received recognition from experts in the field [6] - **Artificial Neural Networks**: These networks excel in solving complex problems that cannot be described by equations, such as language models and image recognition, primarily relying on GPU technology [7] Breakthroughs and Innovations - **Advancements in Computing**: New Peison achieved significant breakthroughs in addressing the "curse of dimensionality," improving speed and reducing power consumption in molecular dynamics and density functional theory calculations [8] - **APU Chip Applications**: The APU chip simulates the Schrödinger equation, applicable in various fields of materials science, including military, chemical, lithium battery, photovoltaic, semiconductor, and cosmetics [9][10] - **Future Development Plans**: New Peison plans to expand its technology applications to larger-scale problems, such as weather simulation and vehicle aerodynamics, by developing the EPU chip for high-speed, low-power calculations [11] Additional Important Insights - **Successful Transition**: Dow's Technology transitioned from a focus on ceramic ink materials to the renewable energy sector in 2018, leveraging AI opportunities for larger-scale development [12] - **Collaborative Strategy**: The collaboration with Long Brain Technology and other companies is part of a unified strategy of "AI + materials + applications," aiming for breakthroughs in new material development [5]

Core Insights - Strong Brain Technology's bionic hand is one of the few mass-produced prosthetics that allows users to control each finger through neural electrical signals without invasive surgery [1] - The non-invasive brain-computer interface (BCI) technology is gaining attention due to its higher safety and accessibility potential, marking a critical phase of transitioning from laboratory to commercialization [1][3] - Dao's Technology announced a $30 million investment in Strong Brain Technology's Pre-B round preferred shares, aiming to leverage its experience in materials to create an "AI + materials" platform [1] Company Developments - Strong Brain Technology aims to empower individuals with disabilities by providing bionic prosthetics that enable them to perform daily tasks such as grasping objects and walking [1][2] - The company has successfully mass-produced bionic prosthetics that enhance user experience, including a bionic leg that provides a natural walking experience and reduces the risk of falling [1][2] - Strong Brain Technology has become a leading supplier of dexterous hands for humanoid robots, capitalizing on its technological advancements in bionic hands [2] Technological Innovations - The company has made significant advancements in reading and interpreting weak human electrical signals, which are crucial for controlling bionic limbs [2] - Innovations in materials science and AI algorithms have enabled the company to capture and process these signals more effectively, simplifying the user experience [2][3] - The integration of AI in non-invasive BCI technology has accelerated industry growth, allowing for better extraction of relevant information from complex signals [3] Consumer Focus - Strong Brain Technology emphasizes the importance of understanding consumer needs to fulfill its vision of "unlocking more possibilities in life" [3] - The company aims to develop the next generation of bionic limbs that allow for bidirectional interaction, enabling users to sense external conditions [3] - Despite reducing the price of bionic limbs to one-fifth to one-tenth of European brands, the cost remains a burden for many disabled individuals [3][4] Social Responsibility - The company collaborates with local disability associations and charitable organizations to provide free bionic hands and legs to eligible individuals [4] - A project initiated by the Zhejiang Provincial Disabled Persons Welfare Foundation has already benefited 400 individuals, with plans to assist 2,000 more this year [4]

Core Insights - Strong Brain Technology's bionic hand is one of the few mass-produced prosthetics that allows users to control each finger through neural electrical signals without invasive surgery [1][2] - The non-invasive brain-computer interface (BCI) technology is gaining attention due to its higher safety and accessibility potential, marking a critical phase of transitioning from laboratory to commercialization [1][5] Group 1: Product and Technology - The bionic prosthetics produced by Strong Brain Technology enable users to perform daily tasks such as grasping objects, writing, and playing instruments [2] - The company has made significant advancements in signal collection, allowing users to control the bionic hand with minimal delay after a brief signal collection process [2][3] - Strong Brain Technology has become a leading supplier of dexterous hands for humanoid robots, leveraging its experience in bionic hands to address engineering challenges in robotics [3] Group 2: Innovation and Development - The company has achieved breakthroughs in materials science and AI algorithms, enhancing the sensitivity and stability of signal capture without the need for conductive gel on the skin [3][4] - AI algorithms play a crucial role in the development of non-invasive BCI technology, enabling the extraction of relevant information from complex and noisy signals [4] Group 3: Market and Social Impact - Strong Brain Technology aims to make bionic prosthetics more affordable, reducing prices to one-fifth to one-tenth of European brands, yet still recognizes the financial burden on many disabled individuals [5] - The company collaborates with local disability organizations and foundations to provide free bionic hands and legs to eligible individuals, with a goal to assist 2,000 disabled people in Zhejiang this year [5][6]

Core Insights - Strong Brain Technology's bionic hand is one of the few mass-produced prosthetics that allows users to control each finger through neural electrical signals without invasive surgery [1][2] - The non-invasive brain-computer interface (BCI) technology is gaining attention due to its higher safety and accessibility potential, marking a critical phase of transitioning from laboratory to commercialization [1][4] Company Developments - Dao's Technology announced a $30 million investment in Strong Brain Technology's Pre-B round preferred shares, aiming to leverage its experience in materials to create an "AI + materials" platform [1] - Strong Brain Technology has successfully mass-produced bionic prosthetics that enable users to perform daily tasks such as grasping objects and writing [2][3] Technological Innovations - The company has made significant advancements in reading and interpreting weak human electrical signals, which are crucial for controlling bionic limbs [3][5] - Innovations in materials science and AI algorithms have improved the sensitivity and stability of signal capture, allowing for direct skin contact without conductive gel [3][4] Market Trends - The demand for humanoid robots is increasing, with over half of the engineering challenges focused on the dexterity of robotic hands, which Strong Brain Technology is addressing through its expertise in bionic hands [3] - The rapid development of AI algorithms has facilitated the extraction of relevant information from complex signals, enhancing the capabilities of BCI technology [4] Social Impact Initiatives - Strong Brain Technology aims to make bionic limbs more affordable, reducing prices to one-fifth to one-tenth of European brands, while also collaborating with organizations to provide free prosthetics to eligible individuals [5][6] - The company plans to assist 2,000 disabled individuals in Zhejiang with free bionic limb installations, promoting social reintegration for marginalized groups [6]