Electronics prototyping,
minus the guesswork.
Crouton is a smart breadboard that gives AI eyes into real hardware. so you can wire, program, and debug embedded projects without fighting your own circuit.
Software got easier.
Now it’s hardware’s turn.
Modern AI tools can write half your code in minutes, but the moment you plug in a real circuit, they go blind. Crouton fixes that.
Wiring mistakes you can’t see.
One wrong row and nothing works. You re-check the datasheet for the fifth time. AI can’t help because it has no idea what’s actually on your board.
Power issues that fry parts.
A reversed regulator, a brownout under load, a short to VCC. Invisible until smoke. You only learn about it after a part is gone.
Firmware bugs that look like hardware bugs.
Is the I²C bus stuck or is the driver wrong? Is the sensor dead or is the pull-up missing? Hours disappear into the wrong layer.
Wireless debugging in the dark.
BLE and Wi-Fi behaviour is invisible from a serial monitor. You guess, retry, and reflash until something works.
A smart breadboard, fully assembled.
Same hole pitch, same workflow as the breadboard you already know, with sensing, smart power, and AI context built in.
From plug-in to working build, with an agent that can actually see.
- 01
Plug in components.
Use Crouton like a regular breadboard. Drop your sensor, your microcontroller, your jumper wires.
- 02
Crouton senses the circuit.
On-board sensing reads what’s actually connected, where power is flowing, and what’s talking on which bus.
- 03
AI gets real context.
Crouton exposes that electrical state through MCP. Your AI agent can finally see the hardware it’s reasoning about.
- 04
Build and debug, together.
Wire suggestions, firmware help, live debugging of analog and wireless behaviour, grounded in your actual board.
For anyone who builds with their hands.
Learn electronics without frying parts. Crouton tells you what’s wrong before you find out the hard way.
Get unstuck on lab projects fast. Skip the cold-solder, swapped-rail rabbit holes.
Move from idea to working prototype in an evening, not a weekend. Bring AI into your bench.
Wireless and analog observability on the bench. Stop guessing what your BLE stack is doing.
Iterate faster from concept to first board. Make AI a real teammate in the lab.
Be first to build with Crouton.
Early access, build logs, and a chance to help shape the first generation of AI-native hardware tools.