AI electronics guides
Practical guides to choosing AI tools, working in KiCad, and sharing electronics projects with your team.
Choosing AI development tools for electronics and hardware
What different AI tools can do in an electronics project, where Adom Hydrogen fits, and how to test a tool on your own board.
Read guide →How do I let Claude control KiCad?
Use Adom Hydrogen and its KiCad Bridge so Claude, Codex or another AI agent can open, check and edit your KiCad projects.
Read guide →Can Claude Code design a PCB?
What Claude Code, Codex and other AI agents can do in a PCB project with Adom Hydrogen, with results from a published placement test.
Read guide →Where can an AI agent find KiCad symbols, footprints and 3D models?
The Adom Wiki has more than 20,000 hardware pages with datasheet-checked pinouts, symbols, footprints and 3D models that export as ready-to-use KiCad libraries.
Read guide →How do I share electronics components, apps and AI skills with my team?
Publish components, apps and AI skills to the Adom Wiki, keep them private to your organization when needed, and let teammates and their AI agents install them with one command.
Read guide →AI electronics design tools compared
Compare Adom Hydrogen, Flux and Quilter by where they run, what the AI does and which design tools they work with.
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