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Vibe coding hardware ideas: what to build with Claude

3 min readAI-buildability 4.4/545 builds

The best vibe coding hardware ideas are projects where the hard part is code on a ready-made board: rebuilt smart TV home screens, desk companions that react to your AI coding sessions, e-ink and touchscreen dashboards, handheld gadgets, music controllers and old devices given new jobs. Below are real examples, each with parts, difficulty and a starter prompt.

How to pick an idea

The ideas that work best with Claude, ChatGPT or Cursor share three things: a board you can buy (an ESP32, a Raspberry Pi, or a device you already own), very little wiring, and a clear moment when it's done. Every build on Afterware has an AI-buildability score; look for a 4 or 5.

1. Rebuild a screen you already own

The fastest-growing idea right now. Smart TVs, printer screens and gadget displays are small computers you can reprogram.

2. A desk companion for your AI coding sessions

Little devices that show what Claude Code is doing have become their own genre.

  • Tiny Clawd: a 3D printed desk pet whose face mirrors Claude Code's activity
  • Tokibot: an e-ink critter that eats the tokens your agents burn
  • FUMI: a Tamagotchi-style AI companion
  • Clawdmeter: an AMOLED usage meter, and Toki, a desk robot you approve Claude from

Full comparison: Claude Code desk companions.

Good first version: a small screen on an ESP32 that shows your usage or session status.

3. Dashboards and displays

  • Weather, calendar or transit boards on e-ink or a small color screen
  • A car gauge cluster on the cheap ESP32 touchscreen board known as the Cheap Yellow Display (example)
  • A navigation display for a bike or motorcycle (round AMOLED example)
  • An air quality or plant monitor (robot planter, Atmosis)

4. Handhelds and pocket computers

5. Music and controllers

6. Your whole house, over Wi-Fi

Lights, plugs, speakers and TVs already on your network can be controlled and automated without buying anything. See How to vibe code your home over Wi-Fi.

7. Small games and retro builds

Where Claude can't carry you

Custom circuit boards, tight mechanical fits, and anything with mains power or big batteries still need hands-on skill. See Can you vibe code a PCB?.

Getting started

Pick one idea, check its parts and difficulty, and copy its starter prompt. If you're starting from scratch, read What you need to start vibe coding hardware and Best first ESP32 projects.

Every build below scores 4 or 5 for AI-buildability.

45 builds
Questions
What are good vibe coding hardware ideas?

Rebuilt smart TV home screens, desk companions for AI coding sessions, e-ink and touchscreen dashboards, handheld gadgets, MIDI controllers and old devices given new jobs. They're mostly code on boards you can buy.

What hardware can I build with Claude?

Most projects where the hard part is code on an off-the-shelf board: ESP32 and Raspberry Pi gadgets, dashboards, controllers, sensors, and rebuilt interfaces on devices you already own.

What's the easiest vibe coding hardware project?

Removing ads from an Android TV, or a weather display on an ESP32 with a built-in screen. Neither needs soldering, and the AI can write all of the code.

Can I build a Claude Code desk companion?

Yes. Builds like Tiny Clawd and Tokibot use Claude Code's hooks or status line to send session events to a small screen on an ESP32 or Raspberry Pi.

Do I need to buy anything to start?

Not always. Your TV, smart lights and old tablets may already be programmable over your Wi-Fi. For new builds, an ESP32 with a screen costs well under $30.

Can Claude write code for ESP32 and Raspberry Pi?

Yes. Both are widely used, so AI tools write reliable code for them. Give it your exact board and parts, and paste errors back when something fails.

What can't Claude help build?

It can't do the hands-on parts for you: custom circuit board layout, precise mechanical work, and anything with mains power. Those builds score low for AI-buildability.

Where can I find more vibe coding hardware inspiration?

Afterware collects real builds made with AI coding tools and off-the-shelf parts, each linked to its maker with parts, difficulty and a starter prompt.