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Download Link for Clover v0.0.0 Test Clover with this direct download: https://github.com/jeremiah-louis/clover/releases/download/v0.0.0/Clover-0.0.0.dmg macOS "App is Damaged" Fix The app lacks code signing, triggerin
Core trick
Claude generates Arduino code and a circuit diagram, compiles it, then runs the firmware on avr8js for cycle-accurate simulation.
Description
Download Link for Clover v0.0.0
Test Clover with this direct download: https://github.com/jeremiah-louis/clover/releases/download/v0.0.0/Clover-0.0.0.dmg
macOS "App is Damaged" Fix
The app lacks code signing, triggering macOS Gatekeeper warnings. Right-click the mounted app, select "Open," then confirm in the dialog—this adds a permanent exception
Clover is a desktop AI tool that turns plain-English hardware ideas into working, simulated Arduino projects in seconds. You describe what you want to build, and Clover automatically generates the code, designs the circuit, compiles it, and runs it in a live visual simulator no physical components, setup, or prior hardware experience required
README excerpt
# Clover: AI-agent for Hardware Simulation
<img width="3780" height="1890" alt="Image" src="https://github.com/user-attachments/assets/fd60cddc-539c-4624-b63d-0f89f1b1527d" />
> Describe what you want to build in plain English. Get working, simulated Arduino hardware in seconds.
Clover is a desktop application that bridges the gap between natural language and working hardware. Users describe Arduino projects conversationally, and an AI agent generates the code, designs the circuit, compiles the firmware, and runs everything in a visual simulator — no physical components required.
Built with Electron, React, and Claude AI (Anthropic), powered by [avr8js](https://github.com/nicschumann/avr8js) for cycle-accurate AVR simulation and [Wokwi Elements](https://github.com/nicschumann/wokwi-elements) for circuit visualization.
## Demo
<p align='center'>
<img src="./resources/agent.gif" alt="Clover demo — describing a project and seeing it simulated" width="3780" />
</p>
## Problem Statement
Getting started with hardware and electronics is unnecessarily complex. Beginners and even junior engineers face steep barriers such as understanding circuit design, configuring microcontrollers, writing correct firmware, and setting up physical components before they can see any working result. This complexity leads to a high drop-off rate among people interested in hardware, slowing learning, experimentation, and innovation. There is currently no simple, unified tool that translates h