Wiring complexity outpaces manual engineering.
Modern EV architectures push 3,000+ individual circuits. Human routing results in redundant mass, suboptimal splices, and excessive shielding. AI AutoWire evaluates 10,000+ topologies per second to minimize mass, cost, and voltage drop across the entire system.
We have moved past generic spreadsheet math. By combining a 3D environmental map with a strict logical Netlist, our engine deterministically finds the theoretical minimum weight for any harness.
Core Capabilities
Mass Reduction
Identify optimal splice locations and gauge reductions without violating thermal or voltage drop constraints. Average 14% mass saving on EV harnesses. Read how.
BOM Generation
Deterministic output. From logical schematic to physical harness BOM, including exact connector and terminal part numbers. See BOM gen.
Signal Integrity
Automated separation of high-voltage and sensitive low-voltage signals, adhering to ISO standards for shielding and separation distances. Simulate now.
Competitor Legacy Systems
Existing desktop CAD systems like Mentor Graphics Capital, Zuken E3, or Arcadia are powerful but rely on human engineers drawing lines on screens. They are drafting tools, not AI optimizers. They lack the computational engine to autonomously reroute 500 wires to save 2kg of copper. We do not replace your CAD; we replace the manual guesswork that feeds it.