Katalyst Space Technologies

Katalyst Space Technologies develops robotic spacecraft systems designed to perform in-orbit servicing, inspection, and upgrade operations on existing satellites. The company's work centers on rendezvous and proximity operations (RPO) - a class of space operations that demands reliable autonomous navigation, close-range object detection, and precision manipulation in a domain where communication latency, debris risk, and actuation constraints make real-time teleoperation impractical. The goal is to make satellite upgrades and maintenance routine rather than one-off, high-risk maneuvers.

The company's technical stack spans three main product lines. SIGHT provides object detection systems for identifying and tracking targets during approach and proximity operations. SHIELD handles close-range inspection - acquiring high-fidelity data on a target spacecraft's condition at distances where lighting, relative motion, and sensor noise all become significant design constraints. ARC applies machine learning analytics to the data collected during these operations, supporting decision-making around spacecraft health, anomalies, and mission planning. Together, these systems address the full chain from long-range acquisition through final inspection and data exploitation.

Katalyst's work also extends into space domain awareness, applying its RPO and detection capabilities to national security applications. The team is based in Flagstaff, Arizona, with remote options available. Engineers are expected to take direct ownership of problems and move work from concept through to space operations - culture signals emphasize craftsmanship, technical rigor, and doing things correctly even when a faster shortcut exists.