LeoLabs is advancing space situational awareness with the Orbital Intelligence Platform, a cloud-based system designed to deliver real-time tracking, analytics and insights on objects in Low Earth Orbit (LEO). Headquartered in California, United States, LeoLabs integrates radar-based observations with scalable data infrastructure and AI-driven analytics to support safe and efficient space operations. LeoLabs addresses this requirement by providing a continuously updated, high-fidelity dataset of space activity, enabling operators to make informed decisions across mission lifecycles. At the core of the platform is access to one of the most extensive commercial orbital data catalogs, with persistent tracking of more than 23,000 objects in LEO. This dataset is generated through the LeoLabs Global Radar Network, which provides continuous observation and measurement of space objects.
The platform delivers what can be described as a dynamic map of orbital activity, allowing users to monitor satellite positions, debris movement and evolving space conditions in near real time. This capability supports collision avoidance, mission planning and long-term orbital sustainability. LeoLabs’ platform is designed for low-latency data processing, enabling measurements of space objects to be available within approximately two minutes of observation. This rapid data turnaround allows operators to respond quickly to changes in orbital conditions. The system incorporates cloud-based data transfer and digital signal processing, ensuring efficient handling of large volumes of observational data. The horizontally scalable architecture supports the expansion of both the radar network and the data catalog without compromising performance or latency. The platform enables real-time maneuver plan screening, allowing operators to evaluate planned satellite maneuvers against current orbital conditions to reduce risk.
The Orbital Intelligence Platform provides precise orbital state information through advanced astrodynamics capabilities. These include measurement calibration, orbit determination, ephemeris propagation and state vector generation, ensuring accurate tracking and prediction of object trajectories. By continuously updating orbital data using high-fidelity models, the platform supports reliable forecasting of object positions and interactions, which is essential for collision avoidance and mission planning. LeoLabs integrates AI and machine learning algorithms to enhance event detection and analysis. The platform enables users to create custom alerts and notifications for critical events such as conjunctions, satellite maneuvers and anomalous behavior. Advanced analytics support the identification of patterns of life, providing insights into operational trends and activities in orbit. This capability helps operators anticipate potential risks and respond proactively to changes in the space environment.
The platform is designed for accessibility and integration, offering both web-based graphical user interfaces (GUIs) and APIs. Users can access orbital data through dashboards, search tools and analytical reports, enabling intuitive interaction with complex datasets. For advanced users and system integrators, the API framework supports ground system integration, automation, data streaming and intelligent querying, allowing seamless incorporation of orbital data into existing workflows and operational systems. By combining global radar observations, cloud-based processing and AI-driven analytics, LeoLabs provides a comprehensive platform for monitoring and managing space activity. The Orbital Intelligence Platform enables operators to maintain situational awareness, mitigate risks and optimize mission performance. LeoLabs’ platform supports the transition toward data-driven, real-time decision-making, contributing to safer and more sustainable operations in Low Earth Orbit.
About LeoLabs
LeoLabs is a US-based space technology company focused on space domain awareness and orbital data analytics. Headquartered in California, United States, the company develops radar-based tracking infrastructure and cloud software platforms to monitor objects in Low Earth Orbit (LEO). LeoLabs operates a global network of ground-based radars that continuously observe satellites and debris, generating a commercial catalog of orbital data. This data is processed and delivered through its Orbital Intelligence Platform, which provides tracking, analytics and event detection capabilities to support safe and efficient space operations. By combining radar observations, astrodynamics and software-based analytics, LeoLabs enables satellite operators, governments and commercial users to monitor space activity, assess risks such as conjunctions and support operational decision-making in an increasingly congested orbital environment.
