We develop the software that makes robots work — motion control, autonomy, perception, and mission management for space, industrial, and field robotics platforms.
Engineering motion control, perception, autonomy, human-robot interaction, mission management, and simulation.
Real-time control software that turns high-level commands into precise, coordinated movement — across arms, legged platforms, wheeled robots, and space mechanisms.
Perception software giving robots real-time environmental understanding — from factory floors to other planets — using any sensor suite.
Software that lets robots plan, decide, and act without continuous human direction — adapting to changing conditions even with degraded comms.
Software connecting operators to robots across any link — with interfaces that cut cognitive load and keep operators in meaningful control.
Mission software orchestrating complex, multi-step operations — from industrial inspection to space exploration — with full auditability.
Simulation environments and validation pipelines that test software exhaustively before it ever touches real hardware.
We build the software stack that turns a robotic platform into a system that can perceive, decide, and act — on a factory floor, the ocean bed, or another world. It has to work when there's no one there to fix it.