LeoLabs is a leading commercial provider of Space Domain Awareness (SDA) and Space Traffic Management (STM) services. The company operates a global network of phased array radars to track objects in low Earth orbit (LEO), including satellites and space debris, down to 2cm in diameter. LeoLabs provides data and analytics to satellite operators, commercial enterprises, and government agencies like the U.S. Space Force and the European Space Agency (ESA) for collision avoidance, mission risk assessment, and space situational awareness. Their services support safe and sustainable operations in space, enabling customers to monitor and respond to threats in an increasingly congested orbital environment.
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LeoLabs tracked the release of the satellite from China’s Reusable Experimental Spacecraft.
LeoLabs is deploying its mobile space watch radar to participate in the U.S. military's Valiant Shield exercise.
LeoLabs won significant cross-government contracts for its TraCSS orbital traffic coordination platform.
LeoLabs won a U.S. Space Force contract for radar development.
LeoLabs tracked more than 25,000 objects in orbit as of late 2025.
LeoLabs’ orbital tracking included millions of sub-centimeter fragments that current tracking systems cannot resolve.
LeoLabs has rolled out Delta, an AI-powered threat detection and characterization system for U.S. and Allied national security missions.
LeoLabs continues to provide persistent Orbital Intelligence for defense, civil, and commercial operators.
Delta uses LeoLabs’ vertically integrated proliferated radar network and commercial object catalog to monitor mission-relevant objects, detect anomalous events, and analyze patterns of activity.
LeoLabs Pulse is LeoLabs’ collision avoidance service.
Delta replaces LeoLabs’ previous space domain awareness solution, LeoGuard.
LeoLabs Trace is LeoLabs’ launch and early operations service.
LeoLabs’ refreshed product suite includes Delta, LeoLabs Pulse, and LeoLabs Trace.
LeoLabs said the Starlink-34343 incident appears similar to the December 17 anomaly involving Starlink-35956.
LeoLabs expects the fragments from the Starlink-34343 anomaly to deorbit within a few weeks because of the event's low altitude.
LeoLabs detected dozens of objects near Starlink-34343 after the anomaly and warned that additional unidentified debris may exist.
LeoLabs said the Starlink-35956 anomaly was caused by an internal energy source, such as propellant tanks or batteries, rather than an external impact.
LeoLabs detected a large cluster of small objects near Starlink satellite 34343 shortly after the anomaly.
LeoLabs found a median radar cross section (RCS) of 3.8 square meters for GuoWang satellites deployed by Long March 8A.
LeoLabs found a median radar cross section (RCS) of 6.2 square meters for GuoWang satellites launched by Long March 6A.