In Iron Man, Tony Stark controls the armor with his mind; in The Matrix, humans in the real world enter the “parent” world by inserting connectors; in The Wandering Earth 2, humans transfer their minds to computers to create digital life…
The scenes and plots depicted by these wild science fiction works, the brain-computer interfaces, and the “players” present in science fiction, are actually not far away from humans. Over the years, it has been frequently included in the key planning of various countries around the world, tireless exploration and research, and continuous breakthroughs.
Brain-computer interface chip was successfully iterated
Recently, the brain-computer interface track good news came again. According to the news, a new generation of 8-channel domestic EEG collection chip jointly developed by brain-computer interaction and human-computer integration of Haihe Laboratory and China Electronic Information Industry Group has been successfully developed in Tianjin.
The chip has fully independent intellectual property rights, and can be used for non-invasive brain-computer interface and multi-modal neuroelectrophysiological equipment, which can be widely used in intelligent medical treatment, aerospace, human-computer interaction, game entertainment, and other scenarios, and will transform the achievements of enterprises on the landing day.
Brain-computer interface research and development
For a long time, Brain Computer Interface and BCI are recognized as the key core technologies of the new generation of human-computer interaction and human-computer hybrid intelligence. Related research is inseparable from the acquisition and processing of EEG signals with special chips, while this core component in China is still mainly dependent on imports.
From the perspective of the brain-computer interface industry chain, the upstream mainly includes: electrodes, algorithms, BCI chip, and other software and hardware equipment, the midstream is the brain-computer interface related enterprises and partners, and the downstream is the application field, mostly concentrated in the scientific research equipment and medical and health field.
From the perspective of market prospects, brain-computer interface technology has great potential and can be applied as an underlying technology in many different segmentation industries, allowing many products to be re-developed, such as medical care, electronic consumption, education, and other fields. Data show that the scale of global brain-computer interfaces is mainly concentrated in medical care, rehabilitation, consumption, and other fields.
WiMi Hologram Cloud seizes the opportunity
Brain-computer interface technology, as a hot track of fierce competition among enterprises in the world, is attracting a lot of capital attention. Although it still has a long way to go to achieve wider application, the industry leaders are still advancing. According to the public information, WiMi Hologram Cloud (NASDAQ: WIMI) actively responded to the call, focusing on the technology research and development of brain-computer interfaces, focusing on the development of brain-computer interfaces and pan-brain application core technologies, forming a mature and feasible technical route, and deeply exploring a broad market prospect.
WiMi Hologram Cloud The development of technologies related to brain-computer interfaces is already in the landing stage. According to the data, WiMi Hologram Cloud researchers have developed an assembly and manual guidance control technology based on brain-computer interfaces, focusing on collaborative assembly tasks. In this technique, the operator sends the commands to the cooperative robot by using the steady-state visual evoked potential (SSVEP) method. This way enables the operator to switch the task mode without using the hand. WiMi Hologram Cloud Brain-computer interface technology realizes the operator’s command control of the cooperative robot, which plays a key role in promoting the application of brain-computer interface technology.
Brain-computer interface technology has become a key technological battleground for global competition. China, as an important birthplace and market of this technology, has made some progress in research and development and application, especially in the context of active policy calls for support for this frontier field. In this process, WiMi Hologram Cloud’s research and development achievements have brought unprecedented opportunities for itself to enter the new track, realizing the coverage of the brain-computer interaction technology chain. Looking to the future, WiMi Hologram Cloud will also realize brain-computer interface human-computer interaction through AI, which may greatly promote the leadership of brain-computer interface technology in the industry.
To sum up
It is worth mentioning that Musk, as the world’s richest man, has publicly expressed his enthusiasm and confidence in brain-computer interface technology several times, and continued to publicize the research results and technological progress of Neuralink, attracting a large number of media reports and making the public pay more attention to the development of brain-computer interface field. As an emerging technology, in recent years, more and more scientists and enterprises have entered the field of brain-computer interface, constantly promoting technological progress. Perhaps one day, what was said in science fiction in the past may become a real reality.
