Intelligent biomimetic hands can extract weak electromyographic and neuroelectrical signals from the arms, and recognize movement intentions; Intelligent sleep monitors can interpret the neural signal states of the brain at different sleep stages, used to improve sleep quality... Currently, brain computer interface technology innovation is active and its application is becoming increasingly widespread. At the same time, multiple parties are actively deploying and vigorously promoting the development of the brain computer interface industry. Industry insiders point out that with the development of neuroscience, computer science, electronics, medicine and other technologies, the engineering progress of brain computer interface technology is accelerating, and the industry is advancing rapidly. The development opportunity of brain computer interface is to grasp, grasp, and hold hands... An intelligent bionic limb that integrates brain computer interface technology and artificial intelligence algorithms. By collecting and processing electromyographic and neural signals generated by human activities, it identifies the operator's movement intention, thereby achieving intuitive control of the bionic limb and achieving "hand following heart". "Through brain computer interface technology, mechanical prosthetics in the science fiction world can be turned into reality, allowing people who are disabled due to trauma or illness to have the ability to move again." The person in charge of Strong Brain Technology told the Economic Reference Daily reporter that, taking hand prosthetics as an example, the Brain Robotics intelligent bionic hand developed by the company can achieve independent movement of five fingers and collaborative operation between fingers, meeting the common daily gestures of upper limb amputees, allowing them to flexibly control intelligent bionic hand movements like controlling their own hands, achieving "whatever actions the brain wants to do, the bionic hand can perform". According to the introduction, brain computer interface is a connection pathway created between the human or animal brain and external devices with processing or computing power, which can achieve information exchange and control. Currently, the innovation of brain computer interface technology is active, and the progress of engineering is accelerating. The "Research Report on the Development and Application of Brain Computer Interface Technology (2023)" jointly released by the China Academy of Information and Communications Technology and the Brain Computer Interface Industry Alliance shows that as of the first quarter of 2023, there are over 500 representative enterprises in the global brain computer interface industry. Li Wenyu, Director of the Intellectual Property and Innovation Development Center of the Chinese Academy of Information and Communications Technology, told Economic Reference Daily that there are currently no less than 30 clear downstream application directions for brain computer interfaces, mainly divided into medical and non medical categories. Among them, healthcare is still the main industrialization direction of brain computer interfaces, with downstream enterprises accounting for 56% in the medical field. The main diseases targeted include epilepsy, Parkinson's disease, ADHD, autism, paraplegia, etc. In addition, non medical enterprises such as consumer, industrial, and educational sectors account for 44%. "Brain computer interface technology has a wide adaptability and can be combined with various product devices and applied in multiple scenarios. It is being fully integrated into multiple fields, playing an empowering role, thereby promoting the birth of new products and providing new ideas for traditional solutions." The "Research Report on the Development and Application of Brain computer interface technology (2023)" proposes that brain computer interface technology is currently in the application popularization period and is expected to achieve the goal of "good application solution effects and mature commercialization of multiple types of solutions" within 10 years. The development of the brain computer interface industry has been supported by the successive introduction of policies. Ministries and local governments have issued policy signals intensively, indicating the focus and direction of development, and incorporating brain computer interfaces into future industries. According to the Ministry of Industry and Information Technology