3D render: a gaming headset opens up to the earpad insert inside it, down to the single-channel dry-EEG board it's built around.
TILT IS INVISIBLE — UNTIL YOU SEE IT

See the crash before
it costs you the round.

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.

Preorder — $49.99
ONE INSERT · NO NEW HEADSET

Your headset.
Now it reads your focus.

Join the Pilot Waitlist
HOW IT WORKS

How a brain signal
becomes a focus score

1 · Read

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.

2 · Compute

Engagement index

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.

3 · Score

Live overlay

That index becomes one number from 0–100. When it craters mid-teamfight, you’ll see it — and reset before the round is gone.

Focus is signal. We made it visible. 

Simulated preview of the live focus overlay — not a recording.

Player locked in mid-match — Photo by Yan Krukau from Pexels: https://www.pexels.com/photo/man-in-a-floral-shirt-playing-on-a-computer-9072283/
LOCKED IN

For players

See the focus crash behind every throw — and reset before the round is gone.

Watching a player's live EEG signal on the NeuroFocus phone app mid-match — concept render
ROSTER-WIDE

For coaches

Built to read focus across a whole roster, live — so you spot tilt before it spreads.

TECHNICAL DEPTH

The signal is real.

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.

  • EARPADCH 1 · RAW EEG
    SINGLE-CHANNEL EEG · AROUND-EAR

    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.

  • β 13–30 Hz+α 8–12 Hzθ 4–8 Hz=FOCUS0–100
    ENGAGEMENT INDEX · β / (α + θ)

    An established EEG engagement metric (Pope et al., 1995) — the number the overlay tracks.

  • EYES OPENα LOWEYES CLOSEDα HIGH
    THE BERGER EFFECT

    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.

  • 12345678TODAY · CH 1PRODUCTION → 8
    WHERE WE ARE · SINGLE CHANNEL

    Today's proof of concept reads one around-ear channel, checked against a consumer NeuroSky headset. The production design scales toward eight channels.

BUILT IN THE LAB

How we actually build it —
and how we coach players.

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.

NeuroFocus board bring-up
Bench testing electrodes
Player running the live app
IN TESTING

Real prototypes, in testing.

Pilot testing · Inky on the wired prototype
Pilot testing · Inky on the wired prototype
Live Dota 2 session · focus telemetry running
Live Dota 2 session · focus telemetry running
Pilot testing · in the lab
Pilot testing · in the lab
Pilot testing · prototype session
Pilot testing · prototype session
RESERVE YOUR SLOT

Be first to catch the crash
before it costs you.

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 →
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