The Shanghai Science and Technology Commission issued the “15th Five-Year Plan for the Development of the Shanghai Zhangjiang High-tech Industrial Development Zone”. It is proposed to overcome key technologies such as high-throughput flexible electrodes, low-power and high-integration brain-computer interface technology routes, and build platform carriers such as concept verification platforms, device and equipment pilot verification devices, and brain-computer interface data centers around invasive, semi-invasive, and non-invasive brain-computer interface technology routes, etc., to improve services such as R&D acceleration, testing and verification, and system registration, and form large-scale clinical applications of brain-computer interface products such as motor and language function reconstruction and brain disease treatment. Raise the industrial energy level of Minhang Park's future brain-computer interface industrial agglomeration area, and accelerate the transition of brain-computer interface technology from laboratories to clinical application and product formation.

The Shanghai Science and Technology Commission issued the “15th Five-Year Plan for the Development of the Shanghai Zhangjiang High-tech Industrial Development Zone”. It is proposed to overcome key technologies such as high-throughput flexible electrodes, low-power and high-integration brain-computer interface technology routes, and build platform carriers such as concept verification platforms, device and equipment pilot verification devices, and brain-computer interface data centers around invasive, semi-invasive, and non-invasive brain-computer interface technology routes, etc., to improve services such as R&D acceleration, testing and verification, and system registration, and form large-scale clinical applications of brain-computer interface products such as motor and language function reconstruction and brain disease treatment. Raise the industrial energy level of Minhang Park's future brain-computer interface industrial agglomeration area, and accelerate the transition of brain-computer interface technology from laboratories to clinical application and product formation.