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AI for thephysical world.

We build Neuro N6, an edge AI development platform, and are developing software that connects frontier AI agents to real machines.

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Neuro N6.Vision AI made simple.

Up to 600 GOPS of on-device AI in an Arduino-compatible board, paired with a family of swappable vision modules.

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Neuro Vision OV5640 camera module
Neuro Vision wireless OV5640 camera module
Neuro N6 edge AI development board
Neuro Vision global-shutter camera module
Neuro Vision radiometric thermal camera module
0 GOPSPeak NPU compute
0msYOLOv8n inference
<0mWTotal power draw
0MPISP camera support
Featured on CNX Software500%+ funded on KickstarterFeatured on Hackster.io174 backersFeatured on NotebookcheckFunded in under 4 hoursShipping November 2026

Software tooling for edge AI.

PixelKit preps and labels datasets, Neuro Studio shows your model running on real hardware, and an open Arduino core ties it all into Neuro N6. We built each one because we needed it.

02 / Observe

Neuro Studio.

Stream frames, detections, confidence and timing from Neuro N6 over USB.

See Neuro Studio
Neuro Studio showing live inference from Neuro N6
03 / Build

Arduino Core.

Inspect and build on the Arduino core, libraries and hardware files.

Explore the files

Connecting intelligence to the physical world.

Overhead bench camera: an Ohm Lab robot arm above a desk with the blue block placed inside the destination square
Pick-and-place trialPlacement verified

Coding robots with AI agents.

Coding agents can already write complex software. We are exploring what happens when they are given the tools to work with real robots and machines: structured access, bounded physical experimentation and measured feedback.

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Notes from the lab.

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Neuro N6

Why We Built Neuro N6: an Arduino Compatible STM32N6 Board for Compact Edge AI

Why OhmLab built Neuro N6, an Arduino compatible STM32N6 edge AI board in the Adafruit Feather form factor for compact computer vision, thermal sensing and low power AI projects.

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PixelKit

Introducing Ohm Lab Insights, and PixelKit

Welcome to the first post in Ohm Lab Insights. We'll be using this space to share short technical posts about what we're building, what we're learning, and the decisions behind our products.

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One engineering team, both halves.

Neuro N6 and our Physical AI work come out of the same place: hardware, firmware and edge AI built for machines that have to keep working once we leave.

Hardware

Boards designed for the environment they run in.

Embedded software

Firmware built to run unattended, for years.

Edge AI

Models measured on real hardware, not in a notebook.

Get in touch.

Questions about Neuro N6, an industrial project, or an idea you want to talk through. We'd like to hear from you.

info@ohmlab.co.uk