All of our products provide unrestricted access to the raw data output to enable you to use the system in any experiment or application. We offer a variety of offline and online tools to take EEG data from our hardware into a variety of advanced analysis packages.
  • A powerful platform for brain-computer interfacing and real-time processing of EEG, ECG, EMG, and other physiological signals

  • Comprehensive algorithm and pipeline library including advanced artifact (noise) removal, real-time EEG 3D brain mapping, and brain state classification using machine learning

  • Supports real-time and offline data import from a wide range of EEG devices, plus eye tracking, and other physiological sensor hardware

  • Add your own algorithms to NeuroPype using Python and share workflows between collaborators

  • Quickly design new pipelines with an intuitive drag-and-drop Pipeline Designer application

  • Pipelines can deploy on the NeuroScale cloud service (separate account required) for real-time access on any Internet-connected device


  • EEGLAB is an interactive Matlab toolbox for processing continuous and event-related EEG, MEG and other electrophysiological data incorporating independent component analysis (ICA), time/frequency analysis, artifact rejection, event-related statistics, and several useful modes of visualization of the averaged and single-trial data. EEGLAB runs under Linux, Unix, Windows, and Mac OS X

  • Easy data importation into EEGLAB from data files produced by our acquisition software

  • Same tools can be used to load files into the MATLAB workspace

LabStreamingLayer Real-time Output
  • Open standard for streaming and synchronizing multiple data sources including EEG, events and peripherals

  • LSL outlet is directly integrated into our acquisition software and can be enabled with a single click

  • Easily build advanced, networked experimental platforms with a simple and multi-platform API

  • Easy-to-use, powerful graphical environment for real-time BCI research

  • CGX driver is built into the latest version of OpenVibe

  • Driver source code hosted by OpenVibe for further customization

  • Direct hardware access is possible through a Bluetooth or virtual serial port interface, depending on specific model

  • Existing users have successfully integrated CGX hardware with custom applications on Windows, Mac OS X and Android

  • Data output specifications available upon request

Real-Time Brain Mapping
P300 Speller Demo