Numerical optimization enabling trains to think ahead

Driver assistance software combining the consistency of a computer program with human-like anticipation for optimal decision making

Energy efficiency backed by math

Not heuristics. Not rules of thumb. Applied mathematics guaranteeing minimum energy consumption — every time and for every situation.

Sustainable by design

Lower electrical losses by operating vehicles at maximum efficiency. Reduced grid losses by optimizing energy demand.

Swiss punctuality

On time whenever physics allows it, by anticipating external conditions such as delays, weather, and infrastructure constraints.

Lower operating costs

Reduced energy consumption and extended component lifetime — from power electronics to traction batteries.

Network