Mind-Controlled Rehabilitation Robot to Debut in China's Net Valley

This is not science fiction, but a direction a startup in Wuhan is pursuing. It has brought the sci-fi concept to the 'China Net Valley' in Dongxihu District, aiming to redefine the possibility of stroke rehabilitation through technology.

The company is Wuhan Xiyuan Intelligent Technology Co., Ltd., officially founded on May 13, 2026, yet with a strong technical foundation derived from the dual DNA of 'HUST + Tongji Hospital'. The founder is Dr. Jiang Yunpeng from the team of Professor Jin Hai at HUST's School of Computer Science, and the co-founder is Dr. Chen Danyang from the team of Professor Tang Zhouping at Tongji Hospital. This typical 'med-engineering' team has the computer school handling algorithms and models, while Tongji Hospital provides clinical scenarios and validation.

In 2025, the team won the national first prize at the Shenzhen Embodied Intelligence Hackathon, using a VLA model to drive a robotic arm to grab crawling crayfish and perform shelling, dipping, and plating. This seemingly playful competition demonstrated the team's technical accumulation in VLA (Vision-Language-Action) models.

On May 21, 2026, Xiyuan Intelligent officially moved into the Net Valley sub-park of HUST Science Park, transitioning from lab verification to industrialization. The company is currently valued at around 100 million RMB.

Its first product has already been 'internship' at Tongji Hospital. It is a medical sample-delivery composite robot that integrates a robotic arm and an automated guided vehicle, capable of both navigation and manipulation. Test data shows 100% accuracy in test tube label recognition and classification, over 1,000 hours of testing, single-load capacity of 500 sample tubes, and dynamic optimal path planning based on sample urgency. In August 2025, this product was featured on CCTV as an innovation benchmark in Hubei's medical technology field.

But this is only the first piece of the puzzle.