by CognixionUS
An augmented reality headset combining EEG, ssVEP decoding and AI for communication and control. Designed for individuals with paralysis from ALS, locked-in syndrome and spinal cord injury.
Research use only; clinical ALS trials recruiting. FDA clearance pending.
Updated 21 May 2026Checked 10 Oct0 updates this week
Electrodes on the occipital region detect visual-evoked potentials and other brain signals at research-grade quality over Wi-Fi.
Built-in classifier interprets the steady-state visually evoked potential pattern, translating which visual target the brain attends to into control commands.
Commands are displayed in AR and passed to downstream AI, allowing communication through text selection, eye control, and other adaptive interfaces.
| Spec | Axon-R |
|---|---|
| Physiological channels | 16 channels (EEG, ECG, EMG, EOG)R (reported) |
| EEG sensors | 6+2 occipital and occipital-parietalR (reported) |
| Sampling rate | 2 kHzR (reported) |
| Resolution | 24-bitR (reported) |
R reported by the company
Cognixion
Non-invasive BCI, EEG AR headset, assistive AI
Cognixion develops non-invasive brain-computer interfaces for communication and control. Its Axon-R platform combines EEG, augmented reality and AI for individuals with disabilities including ALS, currently in clinical research trials.
