China has taken a decisive step towards becoming a world leader in the field of neurocomputer interfaces. This week, the country achieved a historic breakthrough in medicine and technology. The neurotechnological firm Neuracle has successfully performed a unique surgical operation. This is the world's first commercial neural interface implantation directly into a patient's brain. The injured man lost the mobility of his arm after a serious spinal cord injury. The accident happened ten years ago and changed his life forever. The device, called Neural Electronic Opportunity or NEO, is the size of a regular coin. It contains eight special electrodes for recording signals. Surgeons implanted the gadget on the surface of the sensorimotor cortex of the brain. The system captures electrical signals between neurons at the moment of motion representation.

A modern computer translates the received signals into precise motor commands. These commands are performed by a special robotic glove worn on the patient's hand. The gadget received official approval from the National Medical Device Administration of China back in March. This made it the first invasive neural interface approved for commercial use by a national regulator. This event was a major victory for Neuracle in fierce competition with Elon Musk's Neuralink. The American company successfully implanted its neural interface into the human brain back in 2024. However, this was not the first successful operation of its kind in the world. Neuralink has not yet received mandatory approval from the US Food and Drug Administration. Without this step, it is impossible to bring a new medical treatment to the country's market.

Another Chinese company, BrainCo, is actively developing a new-generation bionic prosthetic arm. The device works with the help of artificial intelligence and electromyography technology. While Chinese AI developers are striving to catch up with American competitors in software solutions, the country is also actively investing in national efforts to create neural interfaces.