moellere

moellere / WireStudio

Public

Design studio for creating esphome devices.

14
0
100% credibility
Found May 10, 2026 at 14 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Python
AI Summary

WireStudio is a web tool for designing IoT devices with visual wiring, generating ESPHome configs, diagrams, BOMs, and enclosures.

How It Works

1
🔍 Discover WireStudio

You find this friendly tool that makes building smart gadgets super easy, no wiring headaches.

2
🚀 Start it up

Click to launch the web app on your computer, it opens right in your browser.

3
📱 Pick your gadget

Choose a ready example like a motion light or start a fresh one by selecting your device.

4
🧩 Add parts easily

Search by what you want like 'motion sensor' or 'temperature reader', drag wires to connect.

5
✅ Check it fits

See warnings if wires clash, fix with one click auto-solver, everything looks perfect.

6
📊 Get your blueprint

Download gadget code, pretty wiring picture, shopping list, even a custom case design.

✨ Deploy and enjoy

Send to your smart home hub, your new gadget comes alive instantly.

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AI-Generated Review

What is WireStudio?

WireStudio is a web-based design studio for creating ESPHome devices on ESP32 and ESP8266 boards. Pick a board from a curated library, add sensors or actuators by function—like temperature or motion—wire them visually with drag-and-drop pins or buses, and generate validated YAML configs, ASCII diagrams, BOMs, KiCad schematics, and OpenSCAD enclosures. Built in Python with a React frontend, it runs via Docker or CLI, integrates Claude for natural-language design tweaks, and pushes builds to a distributed ESPHome fleet.

Why is it gaining traction?

It skips manual YAML fiddling by auto-solving pins (flagging boot straps, ADC conflicts), recommending components by capability, and ensuring outputs pass upstream ESPHome validation on 20+ examples. The agent sidebar lets you say "add BME280 over I2C" and see live YAML updates, while USB detection bootstraps designs from plugged-in chips. Docker deploys make it dead simple for self-hosting, standing out from text-only ESPHome editors.

Who should use this?

Home Assistant tinkerers prototyping garage sensors, weather stations, or smart plugs on WeMos D1 Mini or ESP32 DevKits. IoT makers tired of pinout spreadsheets and YAML trial-and-error, especially those iterating on I2C buses or expanders like MCP23017 for multi-sensor panels.

Verdict

Grab it if you design ESPHome devices—the verified YAML core and agent hook deliver real workflow wins in v0.9.0. At 14 stars and 1.0% credibility, it's early with experimental edges like enclosure search, but strong tests, examples, and Docker make it low-risk to spin up.

(198 words)

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