Artificial Intelligence EEG Helmet

Because EEGs are sensitive micro-voltage and low-frequency signals, the human head dynamics becomes critical for architecting any products. Everyone has unique time-dependent dynamics states that change from one second to another.
The brain is the primary at-high-risk organ during any flight operations due to changes of altitude, temperature and pressure. Thus, the helmet integrated electroencephalogram (EEG) is an important product. However, EEG sensors, alone, will not solve the monitoring problem which is due to strong altitude noises and complications, thereby non-EEG sensors have been incorporated in our product (e.g., temperature, pressure, humidity, 3-axis acceleration, 3-axis gyroscope, 3-axis magnetometer) for mapping, denoising and developing Artificial Intelligence algorithms in order to tune and optimize EEG responses, and to reassure the required end-state precisions.
The niche market is ~$1.5B and has a CAGR of ~6.4%. The market is attractive because it intersects with the following markets:
1. The wearable technology market size is ~$30B (CAGR~10%).
2. The wearable medical devices market size is ~$12B (CAGR~16%).
3. The stretchable electronics market size is ~$0.5B (CAGR~18%).
4. The brain monitoring devices market size is ~$3.8B (CAGR~5.9%).
5. The combat helmet market size is ~$1.4B (CAGR~4.7%).
6. The motorcycle helmet market size is ~$1.5B (CAGR~5.0%).
7. The smart helmet market size is ~$0.4B (CAGR~9.5%).
8. The electroencephalography equipment market size is ~$1.1B (CAGR~5.3%).
9. The electromyography devices market size is ~$0.5B (CAGR~6.1%).
10.The wireless brain sensor market size is ~$0.4B (CAGR ~7.8%).
11.The urban air mobility market size is ~$2.1B (CAGR ~12.9%).