A high-performance computational engine for generative schematic capture, constraint-driven placement, and complex parametric routing.
The complete pipeline, reimagined. Every step computationally optimized for zero-latency design feedback.
Import netlists from any legacy format. Our parser utilizes AST-based reconstruction to build a connectivity graph in < 200ms.
The engine suggests 10+ component placement strategies optimized for thermal dissipation, signal integrity, and assembly cost.
Push-and-shove routing with real-time rigid body simulation. Differential pairs align automatically using force-directed graph algorithms.
Design Rule Checks run in background WASM threads. Zero-latency violation highlighting without blocking the UI thread.
Seamless version control. Auto-sync your hardware designs directly to your user repositories. Collaboration with instant push/pull. Your hardware design, versioned exactly like software.
Autorouting that respects physics. Signal integrity is the foundation, not an afterthought.
Checks run continuously in background threads. Instant feedback.
Sync designs across teams instantly. Conflict-free.
Native mixed-signal simulation and real-time heat dissipation maps. No external tools required.
Thermals computed in real-time as you place components. Predictive thermal relief.
The traditional EDA workflow is broken. We rebuilt the entire stack from the ground up for the modern hardware engineer.
Step into the absolute environment. Deploy generative routing instantly.