BrainFlow is a library intended to obtain, parse and analyze EEG, EMG, ECG and other kinds of data from biosensors

Blackrock Neurotech Cerebus Link for Neural Signal Processors

The UniPA BCI Framework is an Augmented Brain-Computer Interface framework based on the P300 paradigm with further additional modules to perform the acquisition of eye gaze and physiological features.

Arduino-based robotic arm controlled by brain waves. Uses EEG data extracted from a NeuroSky board to control arm movement. 🤯

OpenViBE BCI paradigm for controlling a drone

Stimulus presentation platefrom developed at the LARESI Lab

wheelchair helps disabled people to move using EEG signals from brain

A 3D Neurosky tug-of-war-esque game where players "wrestle" against a bot by moving a ball using their brains.

An open-source interface for Muse Headband, that will stream the data via sockets.

Controlling a Drone using Brain Computer Interface.

EEGnet on a microcontroller

Home made EEG utilizing basic electronic components and an Arduino.

Code from Hack-A-Brain Hackathon @ Feb 16th 2013

AURA is an ML-driven advanced EEG-based Brain-Computer Interface leveraging ESP32, ADS1299, and ML for real-time mental-state mapping and early disease prediction. Achieving 93% accuracy, it pioneers assistive tech for non-verbal communication and IoT integration.