The Science of AI Biocomputing

Dr. Ewelina Kurtys of FinalSpark explains how their team is pioneering the use of living neurons as computing elements — bridging biology and technology to create the next generation of intelligent machines.

By cultivating 3D clusters of around 10,000 neurons, FinalSpark can send and receive electrical signals — essentially “programming” neurons to process information.

This groundbreaking research could redefine how we think about computing — replacing traditional silicon chips with living, learning systems that mimic the brain’s natural efficiency.

In the full episode, we dive deeper into how biocomputing works — and how FinalSpark is teaching living neurons to communicate, compute, and potentially power the AI of the future.

🎥 Watch the full episode: “The Future of AI is Biocomputing – Living Human Neurons for AI Processing”

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Host Bio: Sanjay Kalluvilayil is a visionary leader on a mission to help AI businesses win clients, convert sales, and scale operations to maximize cash flow and valuation. As a trusted advisor and fractional CXO, I bring 30+ years of strategic and execution expertise—from Big 4 consulting to Fortune 500 transformation to startup acceleration.

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