About Our Project
We create technologies that connect the brain, AI, and robotics to restore lost connections between mind and motion.
Invasive BCI
Ultra-thin, flexible electrodes and a surgical robot that can safely implant them into the brain’s cortex (for patients with severe neurological conditions who need precise control).
Non-invasive BCI
Highly sensitive external devices, capable of reading brain activity without surgery (neurorehabilitation, cognitive improvement, and potential consumer uses such as gaming or education).
How it works?
Data Acquisition (Hardware)
Development of biocompatible materials and miniaturized electronics ensures reliable, long-term neural signal recording directly from the brain or scalp.
Decoding (Deep Learning)
Utilizing deep learning models to analyze complex, noisy brain data, converting neural activity into accurate digital commands for control and communication.
Application
Integration with prosthetics, exoskeletons, and rehabilitation systems to enhance motor recovery and improve patients' quality of life.
Collaboration with Unbroken, one of Ukraine's leading rehabilitation centers
In the context of the ongoing war in Ukraine, thousands of people now require effective rehabilitation technologies.
DOFAMINE
As part of our broader mission, the Dofamine project is focused on advanced neurorehabilitation through Neurofeedback Motion Simulator + BCI, enabling effective rehabilitation for patients with neurological injuries, including:
- PTSD (Post-Traumatic Stress Disorder)
- TBI (Traumatic Brain Injuries)
- Post-concussion syndromes
- Cognitive impairments
The simulator uses EEG-based control (with optional VR) and multisensory stimulation to improve both cognitive and physical functions. During 60-minute sessions, it provides adapting interactive tasks to accelerate recovery and reduce anxiety.
