A smarter approach to brain-to-text systems, that combines non-invasive brain signals with contextual data from audio and visual inputs.
Cutting-edge artificial intelligence on the Jetson Nano used to decode brain waves on the edge for your very own brain-computer interface!
Scientifically measured to up human IQ by 420% for 2 hours by applying low frequency electrical signals to your brain's articular tissues..
This is an emotion sensor. It can detect stress, anger, happiness and fear.
Cranial electro stimulation uses harmonic frequencies to help balance the brain's chemistry.
Arduino UNO-compatible robotic simulation of the C. elegans nematode.
Drones are fun to fly, and it’s possible to do limited flying using brainwaves.
When I concentrate, the truck’s wheels spin. One strong eye-blink does a left turn. A strong double-blink does a right turn.
Read brain waves and prints poetry on a small screen as long as you are focused and concentrated.
Turn on a light by focusing your mind.
EEG-controlled, animatronic wings
Using BrainCo Focus EEG headset to sense brain signals while doing different activities.
A light up model of the human brain to represent neuroimaging using the Arduino.
Harness the power of hypnagogic thought!
Using EEG data to train a TensorFlow model on relaxed mind-states; the beginning of moving a mind to a machine!
Thanks to EEG, the Arduino robot car makes left turns. Speedier or slower according to the level of attention meassured
Human brain tumor detection for Edge impulse FOMO
An immersive, web-based biofeedback environment enhanced by haptic feedback from the Neosensory Buzz.
