Real EEG
Dry electrodes in the earpad read an around-ear EEG signal — no gel, no prep, no second device. Just the headset you already game in.
Tilt tanks your aim before you feel it. NeuroFocus reads your focus from a dry-EEG insert in your gaming headset and scores it live — so you catch the crash and reset before the round's gone.
Dry electrodes in the earpad read an around-ear EEG signal — no gel, no prep, no second device. Just the headset you already game in.
We compute an established engagement index — beta (13–30 Hz) against alpha (8–12 Hz) plus theta (4–8 Hz), after Pope et al. (1995). It rises as you lock in and falls as you drift toward tilt.
That index becomes one number from 0–100. When it craters mid-teamfight, you’ll see it — and reset before the round is gone.
Simulated preview of the live focus overlay — not a recording.
A focus score is only worth trusting if the signal under it is real EEG — not noise. So we anchor ours in a peer-reviewed engagement index (Pope et al., 1995), estimated in our proof of concept from a single around-ear channel.
Simulated overlay — a looping demo, not a live capture.
One dry electrode in the earpad reads an around-ear EEG channel — the same passive, voltage-only sensing principle as a lab EEG. No gel, no forehead straps.
An established EEG engagement metric (Pope et al., 1995) — the number the overlay tracks.
Alpha power (8–12 Hz) rises when you close your eyes and falls when you open them — the oldest result in EEG, and a clean check that a device is reading your brain.
Today's proof of concept reads one around-ear channel, checked against a consumer NeuroSky headset. The production design scales toward eight channels.
Real science only ships on real hardware. Hands-on bench tests, real coaching sessions — every shot here is our own lab and our own prototypes, not a render.







Join the pilot waitlist, or get in touch about a roster-wide deployment for your org. First production run ships Q4 2026.
Or preorder now — $49.99 →