What We Do
Instrument Accommodation & Sample Handling
We develop subsystems to support your instrumentation during remote and autonomous operation in space or extraterrestrial environments.
End-to-End Mission Design
We construct mission architectures carefully tailored to our clients' goals—terrestrial or otherwise. Our mission is to accommodate your hardware from launch to final downlink.
Modeling Under Uncertainty
We utilize an advanced GN&C suite for Earth and cislunar missions under high uncertainty, enabling RPOD with tumbling, non-cooperative, and rogue targets.
Machine-Learning-Based Optimization
We design advanced trajectory optimization tools that fuse classical control theory with machine learning. We enable fast, adaptive planning for complex maneuvers in uncertain and constrained environments.
Virtual & Augmented Reality
We provide immersive tools enabling satellite operators to visualize complex trajectories, digital-twin operations, and mission scenarios using virtual and augmented reality.
Risk and Failure Analysis
We deliver deep expertise in systems analysis to evaluate risk and provide actionable insights for mission assurance. Core strengths include GN&C, sensor integration, and full lifecycle space-systems engineering.