---
title: Intactis Bio's Rack-Mountable Biocomputer Puts Living Neurons to Work on AI Workloads
description: Salt Lake City startup Intactis Bio raises $5M seed to bring its rack-mountable biohybrid BPU to data centres, projecting 95% energy cost cuts versus silicon.
author: Darie Nani (Editor-in-Chief)
updated: 2026-07-23T21:28:59.727Z
canonical: https://www.sovereignmagazine.com/article/intactis-bio-biocomputer-living-neurons-ai-workloads
image: https://cdn.nanimediahouse.com/intactis-bio-bpu-biocomputer-20203.webp
categories: Science & Tech
content_type: News
region: Utah
publication: Sovereign Magazine
access: members
schema_type: Article
---

Intactis Bio Corp's Biohybrid Processing Unit, or BPU, uses stem-cell-derived neurons as its computational core. The company is now raising a $5 million seed round to bring the hardware to data centre partners, and has opened a browser-based game, Biostack Alpha, as a live demonstration of the tissue's ability to hold and improve performance across sessions.

Biostack runs on a dish of living neurons that receives the game board as patterns of electrical stimulation, responds move by move, and improves across overnight sessions without any software update. The system's rack-compatible form factor means it slots into existing data centre infrastructure without requiring operators to redesign their facilities.

## The Energy Gap Between Silicon and Wetware Computing

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