Explore the fascinating field of
using our DIY Neuroscience Kits and create amazing Human-Computer Interfaces & Brain-Computer Interfaces right at your home!
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Know about us

We are on a mission to democratize Neuroscience.

We believe neuroscience should be accessible to everyone—from curious students and passionate hobbyists to pioneering researchers. In a world where learning and experimenting with biopotential signals is often expensive and limited to elite institutions, we’re flipping the narrative.

Education​

Hands-on learning tools helps you understand neuroscience & develop HCI/BCI applications.

Customizability

Provide foundation for building projects while allowing users to expand upon their existing hardware.

Accessibility

Affordable and easy-to-use kits for students, researchers, and hobbyists to explore different domains.

All-in-one solution

DIY kits, software support, detailed docs, guides, & project tutorials - all at one place.

Practical Application

Enables real-world applications in robotics, HCI, BCI, wearables and related fields.

Community

Access to a supportive network for collaboration, learning, and sharing in the neuroscience space.

Our Innovations

GitHub

Flexible options to suit all your needs!

Whether you're looking for just the sensor or a complete DIY Neuroscience kit—we’ve got you covered. Our full kits come with everything you need to get started: the sensor, development board, skin preparation kit, plenty of gel electrodes, cables, and more. You have the freedom to choose exactly what fits your project, learning goal, or research requirement.

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Shop your favorite kit

You don't need a lab, you just need curiousity.

We provide a complete learning and development ecosystem for neuroscience enthusiasts.

Cool project ideas

We regularly share hands-on project ideas that turn complex neuroscience concepts into fun, real-world experiments like controlling a game with your brainwaves, detecting your heartrate, or controlling dino game using EOG signals.

Step-by-step tutorials

Our beginner-friendly tutorials guide you through every step - from connecting the sensors to interpreting signal data. With clear visuals, code examples, and troubleshooting tips, you’ll never feel stuck or overwhelmed.

Documentation

Each product and project is supported by comprehensive manuals and setup guides. You’ll find pinout diagrams, board layouts, signal diagrams, compatibility notes, example use cases and example codes - all openly available.

Software support

Get started with our ready-to-use Arduino sketches for basic examples & projects. Also, visualize & record your signals in real-time with Chords, our free, open-source software designed to work seamlessly with BioAmp hardware.

Use our Chords Software Suite for:

(The suite consists Chords Web, Chords Python, Chords LSL Connector)

Data visualization
LSL data streaming
Data recording
Downloading data as CSV
Applying bandpass filters
Serial plotter / monitor
Game interfaces
FFT visualizer & more...

One kit. One brain.
Infinite possibilities.

Ready to build your first neuroscience project?

Student innovations
Project tutorials

Get DIY kits on our Indian stores

Get DIY kits on our International stores

Students & Researchers from these universities bought our kits:

Harvard University, USA
Harvard University, USA
Cornell University, USA
Cornell University, USA
CMU, China
CMU, China
York University, Canada
York University, Canada
IIT Bombay
IIT Bombay
IIT Madras
IIT Madras
IISER Bhopal
IISER Bhopal
University of Chicago
University of Chicago
IIT Kanpur
IIT Kanpur
NIT Calicut
NIT Calicut
Indiana University, Bloomington
Indiana University, Bloomington
NIT Warangal
NIT Warangal
University of British, Columbia
University of British, Columbia
Beni Suef University, Egypt
Beni Suef University, Egypt
University of Sydney, Australia
University of Sydney, Australia
Yale University, USA
Yale University, USA
IIIT Hyderabad
IIIT Hyderabad
University of Alberta, Canada
University of Alberta, Canada
IISc Bangalore
IISc Bangalore
IIT Mandi
IIT Mandi
Wasit University, Iraq
Wasit University, Iraq
University of Birmingham, UK
University of Birmingham, UK
IIT Gandhinagar
IIT Gandhinagar
BITS Pilani
BITS Pilani
NIT Silchar
NIT Silchar
RGCB, Kerala
RGCB, Kerala
Tomsk state university, Russia
Tomsk state university, Russia
VJTI, Mumbai
VJTI, Mumbai
i-HUB, IIT Mandi
i-HUB, IIT Mandi
IIT Hyderabad
IIT Hyderabad
IIT Roorkee
IIT Roorkee
NIT Raipur
NIT Raipur
University of Hyderabad
University of Hyderabad
VIT
VIT

Testimonials

That's what they said

Students, researchers, and hobbyists from around the world have been using our sensors and creating innovative HCI/BCI projects. Let’s see what they gotta say.

I have been closely following the progress of BioAmp EXG Pill. The final version is absolutely professional and performs well while recording biopotential signals.
Vedant Pranjape
Hardware Engineer
The small form-factor, customization, and availability of ready-to-upload examples make working with BioAmp EXG Pill effortless. Above all, it’s an affordable and open-source project.
Vishnu Mohanan
CEO, CircuitState
BioAmp EXG Pill is a small device that can measure all biopotential signals. I can use this in many BCI applications and its compact design makes it easier to use and design different projects.
Rameet Singh Sachar
BCI Enthusiast

Delivering the DIY Neuroscience kits wordwide

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