The Breadboard AI agents can see.The breadboard that AI
agents can finally see.The breadboard
that AI agents
can finally see.
Crouton gives AI agents live visibility into your circuit, showing what's connected, powered, and wrong. No more guessing and troubleshooting.
- 64CH SENSING
- WIFI + BLE
- 0.1IN PITCH
- USB-C
- MCP NATIVE
Our vision
Building electronics just got a whole lot easier.
Breadboards are the foundation of electronics. Crouton brings live hardware context to your AI tools, so you can build, debug, and learn faster.
Building with a Breadboard
Breadboards are where most electronics projects begin. They provide a simple way to connect components and test ideas, making them ideal for experimentation and rapid prototyping.
But while they're great for building, they provide very little visibility into what's actually happening inside the circuit and for most this is where projects fail as problems cannot be solved.
Building with Crouton
Crouton combines the simplicity of a breadboard with live hardware visibility, allowing your AI tools to understand the state of your circuit as you build.
By providing real-time circuit context, Crouton gives AI the information it needs to help diagnose problems, answer questions, and guide you when something isn't working as expected.
Meet Crouton
The breadboard with
live circuit visibility.
Same form factor, same hole pitch as the breadboard you already know, with 64-channel sensing, receive-only WiFi and BLE observability, and a built-in MCP server that puts all of it in your agent's context.
The interface your
hands already know
Plug in your microcontroller, sensors, and jumper wires. Crouton is a standard 0.1” pitch breadboard that also reads the circuit.
The sensing layer
your agent talks to
Custom hardware monitors every node in real time, exposing live circuit state through an MCP server that AI agents can understand.
Proof your radio is
actually on air.
Receive-only WiFi and BLE observability shows what your board is transmitting, so radio problems stop being invisible.
The interface
Three layers working together so that building electronics becomes easy.Three layers working together so that building electronics stops being a fight.
01 Breadboard Deck
The traditional breadboard surface that you use to build electronics, where you plug in components and jumper wires.
02 Interface Layer
Connects the breadboard to the sensing system. Then acts as the bridge between the circuit and the intelligence underneath.
03 Sensing Board
Captures state and enables visibility. Holds the suite of electronics responsible for understanding what is happening on the board.
The AI agent
Breadboard to agent
context, in real time.
From power-on to protocol-level insight. Your board's live state, streamed directly from Crouton to your chosen agent.From power-on to protocol-level insight - your board's live state, streamed directly from Crouton to your chosen agent.
Who this is for
Everyone starts on a breadboard.
And everyone gets stuck on it too.stuck on one too.
Your first circuit or your fiftieth board, everyone runs into the same problem.
The breadboard doesn't explain itself. Crouton does. For every kind of builder.
Students
Get unstuck on a lab project in minutes, not hours. See what your circuit is actually doing.
First Time Builders
Turn a weekend project into a working prototype faster, with real-time visibility instead of guessing.
Makers & Hobbyists
Build your first circuit with confidence, without needing an oscilloscope or expensive test gear.
Embedded Engineers
Find faults from live circuit state instead of inference. Debug hardware faster and easier.
Hardware Startups
Reduce bring-up time and accelerate the development process with less team members.
Research Labs
Continuously monitor sensor arrays, prototypes, and rigs with complete visibility into behaviour.
FAQ
Questions?Frequently Asked Questions
Common questions about how Crouton works, what's included, and how to get started. If you don't find your answer here, reach out at hello@breadai.dev and we'll get back to you asap.