Solving the unsolved in robot motion.
We build EvaLib, a real-time motion planning library that coordinates multiple robots in a shared workspace. You define the outcome, EvaLib solves the motion: collision avoidance, trajectory optimization and multi-robot choreography, all on standard hardware. No cloud, no black box. We build the backend software that lets manufacturers unlock what their robots are truly capable of.
Supports multiple robots directly collaborating in a shared workspace. Any kinematic structure with any number of DoF can be integrated.
Processes are programmed by defining relative movements between components like tools and parts - similar to assemblies in CAD software. Only define your process. Focus on the outcome. Evalib solves the rest.
Automatic, collision-free motion planning with optimization in time & space - in real-time. Adaptive movement for cognitive robots in reactive systems.
Compact, vendor-independent celldesign by coordinating multiple robots in a shared workspace - without requiring physical separation.
Reduce setup time across programming, calibration, and commissioning by automating key planning steps with intelligent software support.
Easily adapt existing production lines to new parts or layouts - without full reprogramming or physical redesign of the system.
Reduce engineering and integration costs through automated motion planning and faster deployment - leading to measurable savings across your robotics projects.
