Physics handles the design. You handle the breakthroughs.
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Together, they create your competitive edge. Speed alone isn’t enough. Autorouters are as untrustworthy as they are fast. AI used the same way would only generate more bad results, faster. Quilter changes that. Grounded in physics, it produces designs that are real. AI delivers the speed; physics provides the trust. Together, they make iteration a true competitive edge.
Programs validate sooner, feedback loops tighten, and schedules stay on track—because automation delivers speed and physics makes the results real. Early adopters set the standard everyone else is forced to follow.
Teams explore more ideas, test more designs, and learn continuously—while competitors stuck in bottlenecks fall behind with fewer shots on goal. The companies that learn fastest always win.
Perfect hardware is too late hardware. The leaders redefining R&D move fast, build often, and learn in real time. Everyone else is forced to follow.
Automated, physics-first layout transforms how your team designs, iterates, and delivers hardware.
Move from once-per-quarter design cycles to daily iteration.
Physics-first AI produces layouts that are fast and manufacturable, keeping programs on track
Engineers focus on breakthroughs instead of bottlenecked routing tasks.
