EasyCircuit
Hardware prototyping, as simple as vibe-coding
226 followers
Hardware prototyping, as simple as vibe-coding
226 followers
An AI circuit copilot that designs your project and sources the parts automatically — no electrical engineering experience needed. Describe it in plain language, get a verified parts kit, and build it staged from breadboard to soldered perfboard.
Free
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The orchid chamber origin story is great, that is exactly the kind of project people abandon once the wiring gets confusing. This would get me to finally attempt a hardware side project instead of stopping at the idea stage. With 290 parts in the library so far, how do you decide what gets added next, sensors, motors, or whatever users request most?
@doganakbulut Glad you like it! On the parts question, it's a mix. We use AI to simulate the most common project types beginners actually build. Then in production, whenever someone's actual request needs a part that isn't stocked yet, that gets captured and queued for sourcing rather than just failing quietly. So the library grows from anticipating the popular scopes and from the real long tail people ask for, nothing gets left off, it just might take a bit to source.
Really interesting product! How does EasyCircuit help users troubleshoot a circuit after they’ve physically built it? For example, can it guide them through checking connections and voltage measurements, or is a debugging workflow something you’re considering for the future?
@zio_dave Honest answer: not yet, and it's a real gap, not something quietly solved. Today the guidance stops at "verify with a multimeter" as a build step, it doesn't actually walk you through checking connections or reading a voltage measurement after something's built. That's exactly the direction we're thinking about: bringing multimodal capability in through a mobile app, so you could point a camera at the actual board or a multimeter reading and have the copilot reason about what it's seeing against the design it gave you, not just trust that the build matches the plan. Nothing shipped there yet, but it's genuinely in scope, not a deflection. Appreciate the question, it's the natural next failure mode once someone's actually built the thing.
@cheney_li Thanks for the honest answer. A mobile troubleshooting assistant that can compare the real build and multimeter readings with the original design could be extremely useful, especially for beginners. Looking forward to seeing how you develop it.
A schematic view export would be amazing, especially as a downloadable PDF or SVG. Right now you get the parts kit but if I want to tweak the design myself or share it with a maker friend, I have nothing to work from visually. That would make this way more useful for anyone learning along the way.
@nick_eveline Good point, and there's actually a link-share feature already, it generates a link that opens the full interactive editor with your design loaded, so a friend can explore and build on it live rather than just look at a flat image. But you're right that there's no static, portable file, no SVG or PDF to download, print, or drop into a doc. We'll keep iterating on that sharing experience to actually cover the "hand it to a friend" case you're describing. Appreciate you calling out specifically what's missing, that's genuinely useful.
The staged build flow from breadboard to perfboard is genuinely thoughtful, respects how people actually learn instead of just dumping a schematic on them.
@yaar89286282857 Really appreciate that!
Looks like I'm about to lose myself in this for quite a few fun evenings! :)
@mike_kosenkov Glad you like it ;) Enjoy the evenings, and if you build something fun, would love to hear about it.