Fourier Unveils Embodied AI Brain-Computer Solution, Explores Application of Robots in Healthcare and Rehabilitation Scenarios | Latest News
On January 28th, the 2nd Fourier Embodied Intelligence Ecosystem Conference and Zhangjiang Robot Developers' Pioneering Conference were officially inaugurated in Shanghai. At this conference, Fourier unveiled the embodied intelligence solution "Brain-Machine Embodied Intelligence Rehabilitation Port" for the health and wellness care scenario, exploring the implementation of embodied intelligence in this field.
As an intelligent robot company that was among the early ones in China to layout in the health and wellness care industry, Fourier introduced humanoid robots into rehabilitation cognitive training in 2025. Centering around the concept of "active interaction", the company has built an active interactive intelligent robot technology platform integrating hardware and software. This platform encompasses a complete set of capabilities, from core sensors and dexterous hands to full - body teleoperation, multi - modal perception, and force feedback technology.
"We will persist in making 'active human - robot interaction' the core of our technical approach, promoting the development of robot technology towards human - centered intelligent agents, enabling robots to understand intentions earlier and participate in collaboration more accurately," emphasized Gu Jie, the founder and CEO of Fourier, at the conference.
Gu Jie pointed out that the active human - robot interaction ability will become the key breakthrough for the large - scale implementation of embodied intelligence.
The newly released brain - machine solution enables robots to recognize users' active intentions and activation states through electroencephalogram signals, dynamically adjust assistance strategies within critical time windows, amplify users' active awareness, and enhance neural engagement. Based on the principle of neural plasticity, it allows robots to teach the brain to regain control of the body, thereby improving the efficiency and effectiveness of rehabilitation.
Currently, Fourier is prioritizing the application of its large - model capabilities that are commercially viable in scenarios such as rehabilitation cognitive training and interactive guidance. Meanwhile, it is also conducting tests and verifications of cutting - edge technologies like world models and brain - machine interfaces in real health and wellness care environments. Through teleoperation and the Copilot mechanism, it promotes data accumulation and capability evolution, gradually enhancing the autonomy level of robots.
In terms of the application path, Fourier starts from hospitals and professional institutions and plans to gradually expand to community and elderly care scenarios after fully verifying safety and stability.
In terms of commercial scenario implementation, Fourier takes "health and wellness care companionship" as its main self - operated scenario. In addition, there are three co - built scenarios with industrial partners, including tour guiding, industry, and scientific research, as well as multiple innovation incubation projects.