Core Viewpoint - The integration of AI technology in elderly care is transforming the landscape of healthcare in Hong Kong, making "smart aging" a reality and injecting new vitality into the medical technology industry [1][4]. Group 1: AI Empowerment in Elderly Care - The 16th Hong Kong International Medical and Healthcare Exhibition showcased around 300 exhibitors from 13 countries, presenting innovative AI-powered products for elderly care, such as AI rehabilitation systems and portable AI diagnostic tools [1][2]. - The elderly population in Hong Kong is projected to reach 23.9% by 2024, highlighting the urgent need for technology to support and enhance the quality of life for seniors [1][4]. Group 2: Innovative Products and Technologies - A wearable exoskeleton robot designed based on the principle of neural plasticity allows individuals with severe mobility impairments to regain the ability to walk through AI-driven gait training [2]. - AI-driven solutions include a VR eye-tracking device for cognitive impairment assessment, a smart mattress that monitors pressure distribution to predict bedsores, and a portable detection device for non-invasive health checks [3][4]. Group 3: Future of Elderly Care - The Hong Kong government anticipates that by 2043, seniors aged 65 and above will constitute over one-third of the population, necessitating advancements in elder care technology [4]. - Innovations such as smart nursing beds equipped with sensors to monitor vital signs and assist with patient mobility are being developed to enhance the dignity and care of the elderly [4][5].

Group 1 - The 2025 Shanghai Technology Festival opened in Zhangjiang, Shanghai, showcasing robots from Fourier, a company specializing in robotics [1] - The two featured robots, Fourier N1 and GR-2, attracted significant attention, highlighting the company's advancements in robotics technology [1][3] - Fourier N1 is a compact robot with a height of 1.3 meters and a weight of 38 kilograms, capable of running at a speed of 3.5 meters per second and has completed over 1000 hours of outdoor testing [3] Group 2 - Fourier GR-2 is a larger robot, standing at 1.75 meters and weighing 63 kilograms, equipped with advanced actuators and a self-developed dexterous hand, enabling versatile applications in various fields [3] - The company has been active in the medical robotics sector for ten years, with products deployed in over 3000 medical terminals globally [3][4] - Fourier has developed over 30 rehabilitation robot products, delivering thousands of units, and aims to expand the use of humanoid robots in rehabilitation hospitals and community health service centers in the next few years [4] Group 3 - The rehabilitation robots possess significant commercial and social value, with a large market potential, but they require advanced technology for effective human interaction [4] - The integration of the robot's "brain" and "cerebellum" is a current challenge, affecting real-time and rapid action generation [4] - The company is focused on building a robust industrial ecosystem through collaborations with hospitals, universities, and research institutions to shorten innovation cycles [5]

在康复治疗场景中，机器人先演示一遍康复训练动作，接着偏瘫患者跟着做一遍，机器人通过视觉和触 觉进行效果反馈；在医院前台，机器人通过视觉感知和大模型交互为老年患者提供导诊服务...... 这是目前傅利叶与上海国际医学中心的康复中心合作打造的"人形+康复"概念应用场景。成立于2015年 的傅利叶最早从医疗康复机器人切入市场，并于2017年推出了国内首款商业化的下肢外骨骼机器人，逐 步形成覆盖上肢、下肢、平衡训练等全产品矩阵。据悉，在深耕多年的康复场景，傅利叶已陆续推出超 30款智能康复产品，并为全球60余个国家和地区、3000余家医疗机构提供专业服务。 人形机器人在医疗康养领域能做哪些事情？目前，具身智能在医疗场景落地还面临着哪些难题？近期， 南方都市报"走进未来产业"课题组来到位于上海张江机器人谷的上海傅利叶智能科技有限公司（以下简 称"傅利叶"）进行调研，并实地走访了"傅利叶智能康复港"。 打造国内首个"人形+康复"的概念应用场景 为全面推动人形机器人在康复领域的实践探索，近期，傅利叶与上海国际医学中心举行了"具身智能康 复港"揭牌仪式，双方将围绕具身智能机器人在康复医疗场景的应用标准建设、康复方案共创、科研 ...

以下文章来源于AGI接口 ，作者房晓楠 AGI接口 . AI卷起的财富风暴。 出品 | 虎嗅科技组 编辑 | 苗正卿 时间来到2019年，一直藏在顾捷心中，想要做人形机器人的种子开始萌芽，傅利叶的人形机器人 正式立项。2022年，傅利叶第一台人形机器人原型机终于能够走起来。 头图 | 《钢铁侠2》 5月9日，大雨后的上海，空气中弥漫着初夏的清新，放晴的午后，位于张江的一家酒店大厅，一 个人形机器人站立着，在与之合影的观众的指示下，不停地挥动手臂、打招呼，旁边还有一个尺 寸小一些的人形机器人绕着会场，来回踱步…… 这是傅利叶十周年暨首届具身智能生态峰会现场，挥舞双臂的是傅利叶于2023年推出的首款双足 人形机器人GR-1，小一些的是前不久刚刚开源的Fourier N1。与此同时，一墙之隔的会场内，傅 利叶创始人兼CEO顾捷正站在台上谈论着傅利叶的过去、现在，以及未来。 十年前，也是在张江，一个小小的孵化基地中，顾捷带着几个人、几台电脑，开始了一段轰轰烈 烈的创业旅程，而这也正是傅利叶的起点。 作者 | 房晓楠 故事的最开始，傅利叶聚焦康复机器人的研发，之后又陆续推出上肢康复机器人、下肢外骨骼机 器人，成为国内最 ...

Core Viewpoint - Fourier has evolved from a rehabilitation robotics company to a general humanoid robotics company, marking its tenth anniversary with significant advancements in humanoid robot development, including the launch of GR-1 and GR-2 [1][2][3] Company Development - Founded ten years ago in Zhangjiang, Fourier initially focused on rehabilitation robots, becoming one of the first teams in China to commercialize exoskeleton robots for medical rehabilitation [1][2] - The first humanoid robot prototype was developed in 2022, with the official launch of GR-1 in July 2023 at the World Artificial Intelligence Conference [2][3] Market Environment - The humanoid robotics market faced skepticism from investors initially, with many viewing humanoid robots as mere toys [2] - The landscape has changed, with advancements in large model technology driving interest and investment in embodied intelligence as a new frontier [2][3] Technological Focus - Fourier's strategy emphasizes the integration of core components from rehabilitation robots into humanoid robots, maintaining a bipedal design and achieving mass production of bipedal humanoid robots in 2023 [3][7] - The company has accumulated extensive data and experience from over 3,000 medical institutions, enhancing its understanding of user needs [3][7] Future Applications - Humanoid robots are expected to play significant roles in rehabilitation, elderly care, and companionship, with a focus on interaction, perception, and decision-making capabilities [5][8] - The company envisions a range of applications in the medical field, from patient guidance to night ward companionship, and extending into community and home settings [8][9] Product Development Timeline - The development timeline for a medical-grade humanoid robot from concept to market is approximately three to four years, including prototype validation and regulatory approval [6][12] Competitive Advantage - Fourier's competitive edge lies in its early focus on force feedback technology, advanced algorithms for motion capabilities, and a deep understanding of human-robot interaction [7][10] - The company aims to collaborate with partners for sensor development and leverage existing AI infrastructure to enhance its robotic capabilities [9][10] Market Strategy - While currently focused on B2B applications, Fourier is open to exploring C2C opportunities as technology evolves, although no immediate plans for C2C products exist [11][12] - The company does not view its rehabilitation and humanoid robotics segments as separate but rather as interconnected within the broader field of embodied intelligence [12][13]