AI and Organoid Research Takes Centre Stage in Silicon Valley
UC Santa Cruz Braingeneers gathered leading researchers and funders to discuss combining AI with living brain tissue, backed by a new NIH BRAIN Initiative award.
Read more →The world's leading resource for organoid intelligence — where lab-grown neural networks meet the future of computation.
Organoid Intelligence (OI) is an emerging field that harnesses lab-grown brain organoids — three-dimensional clusters of human neurons — as biological computing substrates.
Unlike silicon chips, these living neural networks can learn, adapt, and process information with extraordinary energy efficiency, opening doors to a new era of bio-computing.
Deep Dive →3D neural tissue grown from stem cells that mimics real brain structure and function
Processing information using biological neurons — millions of times more energy efficient than GPUs
Organoids that learn tasks, form memories, and adapt — a fundamentally new computing paradigm
Testing neurological treatments on human tissue models before clinical trials
UC Santa Cruz Braingeneers gathered leading researchers and funders to discuss combining AI with living brain tissue, backed by a new NIH BRAIN Initiative award.
Read more →The DROIDp platform will use brain organoids and AI to assess neural functions in drug and chemical testing.
Read more →The SOM Centre connects federal agencies, academia and industry to standardise organoid protocols using AI and machine learning.
Read more →A major feature examining the ethical landscape of OI, including the FDA promoting organoids in drug safety testing.
Read more →Creators of DishBrain and CL1 — the world's first biological computer
Cloud-based neuroplatform giving remote access to living organoids
Reproducible human cell manufacturing at scale for research
Reach thousands of researchers, engineers and investors in the OI space