Ohm: AI Hardware Development

Building hardware is frustrating. You spend hours comparing datasheets to figure out voltage levels. You wire things wrong and fry components. Code compiles but nothing works because you missed a pull-up resistor. OHM handles the tedious parts. You describe what you want to build, and 12 specialized AI agents work through it systematically. The Project Initializer suggests approaches. The Conversational Agent defines requirements and generates documentation. The BOM Generator picks compatible components and catches voltage mismatches. The Code Generator writes Arduino firmware with proper timing. The Wiring Specialist creates pin-to-pin guides. The Hardware Debugger reads your code, wiring, and specs together to find cross-domain issues. The Circuit Verifier uses vision to check your breadboard against the blueprint. The 3D Modeling Agent generates parametric OpenSCAD files for custom enclosures. Each agent writes to an artifact in the UI. The BOM appears as it generates. Code shows up in tabs with syntax highlighting. Wiring displays color-coded connections. The 3D models output ready-to-print files. The budget optimizer finds cheaper alternatives. The workflow is stage-gated. You move from planning to design to build to fix. Each stage requires specific artifacts before unlocking the next. The UI shows what's complete and what's missing. The orchestrator routes messages intelligently. Say "too expensive" and you get the budget optimizer. Say "sensor reads zero" and the debugger investigates your full project. Say "I need a case" and the 3D agent generates fitted models. OHM explains why things matter. The BOM tells you why you need that level shifter. Code comments explain timing patterns. Wiring guides flag polarity mistakes before you make them.