

Build a distributed brain-computer interface with the integration of collection stimulation and electrode chip integration technology, use the company's core chips, modules and algorithms to provide users with personalized brain-computer interface solutions, and formulate distributed brain-computer interface industry standards.
Based on the non-invasive customized brain-computer interface scheme, for people with low vision such as macular degeneration and retinopathy, smart glasses (AR) are used to achieve visual enhancement through core technology.
We strive to contribute to the Chinese plan of "visual function reconstruction and enhanced brain-computer interface", from the whole industry overall solution of "chip-algorithm-system-service", and finally realize the "composite bionic eye" product matrix, focusing on solving the visual problems of people with low vision to the blind people, so that seeing can happen again.
It is mainly based on the injection-targeted intervention brain-computer interface scheme, which is aimed at people with optic nerve impairment and total blindness. Through external intelligent glasses (AR) + vascular intervention nanoarray, the patient's optic nerve function is reconstructed.
Leading industrial layout
Clear product positioning
Integration of industry, academia, research and medicine
The progress of mass production is ahead of schedule
Leading the technical scheme
Self-developed bottom-level full-stack technology
Chip/algorithm/modulation nationwide production
The original plan of craniotomy implantation
Leading the technical route
Non-invasive brain-computer interface
High signal quality
Excellent space-time resolution
Restoring the ability to see
A critical technical step
The core of the solution
The primary approach