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About

The Open Brain Institute is a non-profit organization whose mission is to empower researchers and organizations with advanced digital brain building technology to perform neuroscience at the speed of thought.  

2025: The Open Brain Institute

Founded in 2025 by Henry Markram, the Open Brain Institute (OBI) is committed to accelerating and democratizing neuroscience research by embracing open science and fostering global collaboration.

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Henry Markram

Henry Markram is a professor of neuroscience at EPFL, known for his pioneering work in brain simulation and neural microcircuitry.

Built on two decades of pioneering work from the Blue Brain Project, the OBI operates the Open Brain Platform, a cloud-based infrastructure that integrates cutting-edge modeling, simulation, and data analysis tools originally developed by Blue Brain. The Open Brain Platform also serves as a comprehensive repository of high-fidelity digital brain models, capturing the intricate complexity of brain tissue across multiple scales.

Through its commitment to transparency and global knowledge-sharing, the OBI aims to promote and advance open science by empowering researchers with powerful tools and data, enabling them to conduct realistic simulations, test hypotheses, and gain deeper insights into neural circuits and brain function.

Background

The Real Digital Brain Story

It took over two decades of research and development, involving 18 million lines of code, to create the sophisticated software ecosystem that allows the simulation and creation of digital brains.

Discover the story in detail

Our Foundations: Blue Brain

The Blue Brain Project was a pioneering scientific initiative hosted at the École Polytechnique Fédérale de Lausanne (EPFL). Supported by nearly 300 million CHF investment from the Swiss Federal Government, the project successfully completed its mission in December 2024, spanning two decades of research to work out how to build biologically accurate digital replica of the brain and begin simulation neuroscience. 
The project's legacy includes around 300 peer-reviewed publications, featuring more than 1'100 co-authors, and more than a petabyte of data, comprising millions of neuronal morphologies, electrophysiological recordings, and meticulously detailed digital brain models across multiple scales. With more than 18 million lines of code made available in around 290 open GitHub repositories, the project has delivered the tools to build, simulate, analyze, and visualize biologically accurate digital brain models, paving the way for a new era of simulation neuroscience.

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Browse our portals

Portal

The Neocortical Microcircuit Collaboration Portal

An online public resource of the Blue Brain Project's first release of a digital reconstruction of the microcircuitry of juvenile rat somatosensory cortex.
The Neocortical Microcircuit Collaboration Portal
Portal

The Neuro-Glia-Vasculature Portal

Come and explore the various datasets and visuals made available to understand how we reconstruct in silico the Neuro-Glia-Vasculature ensemble architecture of the rat brain.
The Neuro-Glia-Vasculature Portal
Portal

The Hippocampus Hub

Explore the existing Hippocampus model and all its parts!
The Hippocampus Hub
Portal

The Blue Brain Cell Atlas

The Blue Brain Cell Atlas is a comprehensive online resource that describes the number, types, and positions of cells in all areas of the mouse brain.
The Blue Brain Cell Atlas
Portal

Channelpedia

Web-based freely-accessible information management network and electrophysiology data repository for comprehensive ion channel research.
Channelpedia
Portal

The SSCx Portal

Discover a tissue-level model of the rodent somatosensory cortex 'in silico'.
The SSCx Portal
Portal

The Thalamus Studio

Thalamic control of sensory processing and spindles in a biophysical somatosensory thalamoreticular circuit model of wakefulness and sleep.
The Thalamus Studio
Portal

The Topological Sampling Data Studio

Input data and analysis results of our manuscript 'Topology of synaptic connectivity constrains neuronal stimulus representation, predicting two complementary coding strategies'.
The Topological Sampling Data Studio

We thank all Blue Brain collaborators and contributors

We thank our 1,100+ collaborators and contributors whose dedication, innovation, and expertise made the Blue Brain Project possible. Over two decades, this pioneering initiative has revolutionized neuroscience, laying the foundation for biologically accurate digital brain modeling and the field of simulation neuroscience.

With approximately 300 peer-reviewed publications, more than a petabyte of neuroscience data, and 18 million lines of open-source code across nearly 290 GitHub repositories, this collective effort has created a lasting legacy, providing tools to build, simulate, analyze, and visualize digital brain models, empowering researchers worldwide to push the boundaries of discovery.

To all who contributed, we express our deepest gratitude for shaping the future of neuroscience and pioneering a new era of brain research.

Romy Aardse
M. Abdelaziz
Marwan Abdellah
Google ScholarOrcid
Shabbir S. Abdul
Google Scholar
Adnan Abid
Stanislaw R. Adaszewski
Google Scholar

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