Physics-Driven AI for Electronics Design

Uses Your Native CAD Files

Upload Altium, Cadence, Siemens, or KiCAD projects directly. Define board outline, connectors, and keep-outs. Pre-placed critical components remain locked. Your design intent is preserved. Your CAD investment is protected. Your workflow is uninterrupted.

Physics-Based Design Rules

You set the targets that Quilter enforces during layout. You see exactly what rules the system will implement up front, not operating inside a black box. Quilter identifies your differential pairs, bypass capacitors, and high-speed nets, then displays this information for your verification. Confirm or adjust each constraint before generation begins. Autorouters follow a geometry algorithm; Quilter validates against physics.

Generate Dozens of Candidates in Parallel

Just hit submit, and Quilter spins up a dedicated cluster of CPUs and GPUs. Dozens of full boards are generated in parallel, all grounded in the rules you defined. What once took weeks now appears in hours. Autorouters and co-pilots crawl through one route at a time. Quilter explores the entire solution space, providing you with real, routed designs, not guesses.

Design Candidate Review and Selection

Quilter delivers a library of candidates with scorecards showing every pass and fail. Compliance is proven up front so choices are clear and defensible, never a gamble. Quilter delivers a library of candidates with detailed scorecards that show every pass and fail, proving compliance upfront, so your every choice is clear, credible, and defensible.

Board Handoff

Bring everything back into your environment with zero friction. Autorouters and co-pilots create partial workarounds while Quilter returns fully placed and routed boards in your native CAD format. Run DRC, polish as needed, and go to fab. Quilter preserves your sovereignty and accelerates your schedule without lock-in or switching tools.