Scalable Compute Without Energy Limitations

Unlock the world's most energy-efficient AI/ML data processing with the first large-scale neural tissue biocomputer.

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Breaking the Barrier in AI Computation

Silicon-based AI/ML is reaching a critical energy ceiling. By 2040, its power demands will exceed global electricity output. Intactis Bio has developed a bio-artificial neural network that combines silicon computers and living neurons to provide scalable, ultra-efficient computation.

How It Works: A Biocomputer Powered by Neural Tissue

At the core of Intactis Bio’s technology is a proprietary neural tissue, brain machine interface, and biocomputation platform that work together to perform complex calculations. Our scalable bioprocess ensures long-term viability for centimeter-scale tissues.

Transforming AI, Drug Discovery, and Beyond

By co-locating our biocomputer with energy-constrained data centers, we enable AI/ML models and high-performance workloads to break free from power limitations. Reach out today to supercharge your capabilities with sustainable biocomputation.

Leadership Built for Biocomputation:

Biocomputation development requires a fusion of neuroscience, bioengineering, electrical engineering, and computer science. Our team brings together world‑class expertise in each of these domains, united by a shared vision to unlock energy‑efficient, brain‑inspired computing.

Core Team

Advisors

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We are currently seeking investment.

We are currently seeking electrophysiology, and AI/ML, engineers.

Intactis Bio is currently offering low-cost data modeling and analysis. Sign up for expert data analysis using traditional methods today and receive free credits for our Biocomputation Alpha. Partner with us to build your AI/ML on our custom neuromorphic platform.