About Our Project
We develop cutting-edge Brain-Computer Interfaces (BCI) for medical rehabilitation, neural restoration, and next-gen technology applications.
Invasive BCI
Development of ultra-thin, flexible electrodes (like "threads") and a robot surgeon for their safe implantation directly into the cerebral cortex. This direction is focused on patients with severe neurological disorders, who require the highest precision of control.
Non-invasive BCI
Development of highly sensitive external devices (e.g. advanced EEG systems) to read brain signals through the scalp. This direction is focused on neurorehabilitation, cognitive enhancement or applications in mass consumption (gaming, education).
How it works?
Hardware
Advanced neural interfaces and signal acquisition systems
Deep Learning
AI algorithms for neural signal processing and pattern recognition
Application
Integration with prosthetics, exoskeletons, and rehabilitation systems