AIHAT
AIHAT Brain Signal Helmet
Brain signals measured at the scalp are electroencephalogram signals. They are micro-voltage, low-frequency signals, so small disturbances can hide them.
Every head has unique dynamics that change from one second to the next. The helmet design must account for this to keep sensor contact and signal quality stable.
Flight is a high-risk setting for the brain. Altitude, temperature, and pressure all change during operations and add strong noise to the readings.
Brain sensors alone cannot solve this. The helmet adds sensors for temperature, pressure, humidity, 3-axis acceleration, 3-axis gyroscope, and 3-axis magnetometer.
These readings map the noise sources. Our algorithms use them to remove noise, tune the brain signal response, and hold the required precision.
Potential Markets
Our niche sits where these markets meet. Sizes are in billions of US dollars.
Our niche market
6.4% growth per year
Wearable technology
10% growth per year
Wearable medical devices
16% growth per year
Stretchable electronics
18% growth per year
Brain monitoring devices
5.9% growth per year
Combat helmet
4.7% growth per year
Motorcycle helmet
5% growth per year
Smart helmet
9.5% growth per year
Electroencephalography equipment
5.3% growth per year
Electromyography devices
6.1% growth per year
Wireless brain sensor
7.8% growth per year
Urban air mobility
12.9% growth per year
Market sizes and growth rates are estimates based on published industry sources and Aicody analysis. Later years are projections, not guarantees of results.
