The EEG Platform

The EEG Platform

The EEG Platform

The EEG Platform

Researchers
Rely On

Researchers
Rely On

Researchers
Rely On

Researchers
Rely On

Validated hardware and software built for scalable research. Inside the lab and beyond.

Validated hardware and software built for
scalable research. Inside the lab and beyond.

Validated hardware and software built for scalable research. Inside the lab and beyond.

Referenced across 20,000+ scientific publications and citations.

Referenced across 20,000+ scientific publications and citations.

Powering top brands, agencies, and creators worldwide

Powering top brands, agencies, and creators worldwide

Powering top brands, agencies, and creators worldwide

“Emotiv devices are the most widely used consumer EEG headsets in global peer-reviewed research across neuroscience, engineering, and BCI applications.”

Sabio et al. (2024)

University of Queensland

WHY EMOTIV

Why Research Teams
Choose Emotiv

Validated Research-Grade EEG

Peer-reviewed, high-quality neural data trusted in published research worldwide.

Validated Research-Grade EEG

Peer-reviewed, high-quality neural data trusted in published research worldwide.

Complete Research Platform

Integrated hardware and software with built-in tools for data capture, preprocessing, and analysis.

Complete Research Platform

Integrated hardware and software with built-in tools for data capture, preprocessing, and analysis.

SDK & Raw Data Access

Full access to raw EEG and APIs to build custom experiments, pipelines, and applications.

SDK & Raw Data Access

Full access to raw EEG and APIs to build custom experiments, pipelines, and applications.

Flexible Headset Ecosystem

High-density sensor arrays and wearable form factors supporting lab, field, and large-scale studies.

Flexible Headset Ecosystem

High-density sensor arrays and wearable form factors supporting lab, field, and large-scale studies.

Research starter kit

What Most Research Labs Start With

Get Started With Our
Base Configuration

A complete EEG system for multi-participant, grant-funded research—combining validated hardware and integrated software in a single institutional purchase.

Built to support parallel sessions, longitudinal studies, and larger cohorts.
Standard configuration includes:
Epoc X

5 × Epoc X EEG headsets for concurrent data collection.

EmotivPRO

3-year EmotivPRO Team License for acquisition, processing, analysis, and export.

IRB and procurement support

Institutional onboarding and documentation for IRB and procurement.

Grant Support

Grant Application Suport

Designed to align with IRB, funding,
and procurement workflows without adding extra work.
Designed to align with IRB, funding,
and procurement workflows without adding extra work.
IRB Approval

Pre-written, citation-backed metholodogy language defining the full data acquisition system—including hardware and required software—so submissions move through without rework.

IRB Approval

Pre-written, citation-backed metholodogy language defining the full data acquisition system—including hardware and required software—so submissions move through without rework.

Reviewer Confidence

Curated validation references demonstrating signal quality, paradigm replication, and reliability in real-world research settings.

Reviewer Confidence

Curated validation references demonstrating signal quality, paradigm replication, and reliability in real-world research settings.

Budget Approval

Institution-ready templates that justify hardware and software as allowable, defensible grant expenses.

Budget Approval

Institution-ready templates that justify hardware and software as allowable, defensible grant expenses.

Procurement Execution

Formal letters aligned with NSF, NIH, and university requirements.

Procurement Execution

Formal letters aligned with NSF, NIH, and university requirements.

Proven technology

Validated Against Clinical EEG Systems

Validated Against Clinical EEG Systems

Emotiv systems have been directly compared against traditional clinical EEG platforms and used to replicate standard neuroscience paradigms in peer-reviewed research.
Emotiv systems have been directly compared against traditional clinical EEG platforms and used to replicate standard neuroscience paradigms in peer-reviewed research.
P300
SSVEP
N170
ERP & cognitive workload paradigms

Customer Validation

Loved by Our Community

Our systems are supported by long-term software continuity, institutional documentation, and secure data handling practices.

20K+

Scientific Papers

4K+

Universities

140

Countries

Countries

“The user-friendly design, reliable data quality, and flexible APIs made it easy to integrate the headset with Unity and LSL for immersive neuroscience experiments.”

Parth Parikh

PhD Research Scholar

Indian Institute of Techology Delhi

“We were able to collect clean EEG data while participants wore a VR headset, and the FLEX system integrates well with Unity. Setup takes less than 10 minutes compared to traditional EEG systems.”

Brad Standen

NTU Psychology

Nottingham Trent University

“The devices are portable and easy to set up with large groups of students, enabling us to efficiently conduct EEG studies and collect valuable datasets for cognitive research.”

Divyashikha Sethia

Associate Professor, Department of Software Engineering

Delhi Technological University

“Compared to traditional lab EEG systems, Epoc X provides a practical and accessible solution for applied neuroscience research, making it possible to study neural responses in real-world environments.”

Ali Jaberi

PhD Researcher

Shahid Beheshti University

“The user-friendly design, reliable data quality, and flexible APIs made it easy to integrate the headset with Unity and LSL for immersive neuroscience experiments.”

Parth Parikh

PhD Research Scholar

Indian Institute of Techology Delhi

“We were able to collect clean EEG data while participants wore a VR headset, and the FLEX system integrates well with Unity. Setup takes less than 10 minutes compared to traditional EEG systems.”

Brad Standen

NTU Psychology

Nottingham Trent University

“The devices are portable and easy to set up with large groups of students, enabling us to efficiently conduct EEG studies and collect valuable datasets for cognitive research.”

Divyashikha Sethia

Associate Professor, Department of Software Engineering

Delhi Technological University

“Compared to traditional lab EEG systems, Epoc X provides a practical and accessible solution for applied neuroscience research, making it possible to study neural responses in real-world environments.”

Ali Jaberi

PhD Researcher

Shahid Beheshti University

“The user-friendly design, reliable data quality, and flexible APIs made it easy to integrate the headset with Unity and LSL for immersive neuroscience experiments.”

Parth Parikh

PhD Research Scholar

Indian Institute of Techology Delhi

“We were able to collect clean EEG data while participants wore a VR headset, and the FLEX system integrates well with Unity. Setup takes less than 10 minutes compared to traditional EEG systems.”

Brad Standen

NTU Psychology

Nottingham Trent University

“The devices are portable and easy to set up with large groups of students, enabling us to efficiently conduct EEG studies and collect valuable datasets for cognitive research.”

Divyashikha Sethia

Associate Professor, Department of Software Engineering

Delhi Technological University

“Compared to traditional lab EEG systems, Epoc X provides a practical and accessible solution for applied neuroscience research, making it possible to study neural responses in real-world environments.”

Ali Jaberi

PhD Researcher

Shahid Beheshti University

“The user-friendly design, reliable data quality, and flexible APIs made it easy to integrate the headset with Unity and LSL for immersive neuroscience experiments.”

Parth Parikh

PhD Research Scholar

Indian Institute of Techology Delhi

“We were able to collect clean EEG data while participants wore a VR headset, and the FLEX system integrates well with Unity. Setup takes less than 10 minutes compared to traditional EEG systems.”

Brad Standen

NTU Psychology

Nottingham Trent University

“The devices are portable and easy to set up with large groups of students, enabling us to efficiently conduct EEG studies and collect valuable datasets for cognitive research.”

Divyashikha Sethia

Associate Professor, Department of Software Engineering

Delhi Technological University

“Compared to traditional lab EEG systems, Epoc X provides a practical and accessible solution for applied neuroscience research, making it possible to study neural responses in real-world environments.”

Ali Jaberi

PhD Researcher

Shahid Beheshti University

SCALABLE DATA COLLECTION

Expand What You Can Study

Expand What
You Can Study

Reach broader participant groups, collect data faster, and design research that reflects real-world behavior.