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China moves AI brain implants from trials towards real-world use

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Why This Matters

China's advancement in AI-powered brain-computer interfaces marks a significant step toward integrating neurotechnology into everyday life, potentially transforming healthcare and human-computer interaction. As these devices move from trials to commercial use, they could offer new hope for individuals with paralysis and neurodegenerative diseases, while also raising important ethical and safety considerations for the tech industry and consumers alike.

Key Takeaways

A brain-computer interface developed by Chinese company NeuroXess.Credit: Chengdu Economic Daily/VCG via Getty

Chinese companies are racing to develop and deploy artificial-intelligence powered brain–computer interfaces (BCIs) that can help people to move, speak and control devices.

BCIs, which link a person’s brain to an external device or a computer using sensors placed around or inside the head, have been used in people who are paralysed and those with neurodegenerative diseases over the past decade.

In the past few years, companies, mostly in China and the United States, have added large language models to their brain devices. This enables scientists to decode brain activity more accurately than can be achieved using conventional signal-processing and data-analysing technologies, says Li Haifeng, a neuro-computing scientist at Harbin Institute of Technology in China.

In China, trials in small numbers of people are underway and some AI-powered brain devices will soon be sold to the public.

First trials in people

NeuroXess in Shanghai is one company in China that has run small clinical trials, including on their AI-powered brain implant can assist people with paralysis. The implant is placed on top of the skull, and its sensors are fitted on the brain’s outer layer, called the cerebral cortex. The system is then connected by wire to a data transmitter that doubles as a battery, which is embedded in the recipient’s chest.

In a trial in October, a 28-year-old man with a spinal cord injury who was fitted with the brain implant was able to control appliances by moving a computer cursor with his thoughts to turn them on and off using an app.

The company has also developed a large-language model to enable a brain implant to decode Mandarin in real time at a rate of 300 characters per minute. This is faster than the average talking speed of a person who speaks Mandarin as a first language, which is around 220 characters per minute. The AI model generated words and phrases for a 35-year-old woman with epilepsy, says Tiger Tao, co-founder and chief scientist at NeuroXess. The firm’s team of researchers are now writing up papers about the trials, he says.

Government backing

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