Detect, monitor, and assess orbital threats
LeoLabs provides U.S. and Allied defense and intelligence organizations with AI-powered solutions for Space Domain Awareness.
Threats in space grow more complex with every launch. In this rapidly evolving operational environment, surprises are not an option. LeoLabs provides real-time data and actionable insights on high-interest and high-value objects, empowering operators to stay ahead of threats and make informed decisions with confidence.
capabilities for speed and Precision
Sensors and Data
- 24/7 Global Radar Network
- 26,000+ Object Catalog
- Foundational Data Products
AI-Based Event Detection
- Maneuver Events
- Neighborhood Events
- Conjunction Events
- Multi-Object Detection Events
- Pass Monitoring
Triage and Alerting
- Ops Feed
- Patterns of Life
- Analysis Tools
- Object Dossiers and Characteristics
- Notifications and Alerts
detect. decide. defend.
Understand and act on threats with our new, AI-powered orbital threat detection and characterization system.
- Continuously analyzes orbital activity through persistent tracking
- Detects and characterizes anomalies as they emerge
- Translates data into actionable alerts and critical insights
- Consolidates critical intelligence to accelerate informed threat response
Capabilities
Tracking and Monitoring
Protects assets, monitors high-interest objects, and tracks non-cooperative launches and other orbital threats with prioritized radar tasking with high revisit rates.
Maneuver Detection & Characterization
Detects maneuvers and observes maneuver type, time, and frequency to characterize anomalous behavior.
Patterns of Life
Summarizes orbital trends, identifies objects that conduct unusual maneuvers or activity, and ranks observations by level of anomaly.
Threat Alerts
Issues threat warnings based on historical close approach data using LeoLabs curated catalog of adversary spacecraft.
Object Classifier
Distinguishes clusters of space objects by physical similarity and maneuverability.
Object Characterization
Determines space object classification using radar cross-section values, area-to-mass ratio, doppler residuals, and more.
In-House Expertise
Tailored guidance from LeoLabs’ astrodynamics experts on advanced analysis such as multi-object detection, doppler signatures that may indicate spacecraft status or health, and more.
