In the last two years, disruptions across three critical shipping chokepoints restricted transits by up to 75% and stranded over $125 billion in cargo, contributing to tens of billions of dollars in economic losses per year.

Persistent visibility across the world's busiest maritime chokepoints.

All Weather Imaging

Monitor vessel movement through clouds, storms, and darkness using Synthetic Aperture Radar.

SAR+AIS Data Fusion

Fuse vessel detections with AIS broadcasts to build a complete operational picture of maritime traffic.

Chokepoint Monitoring

Monitor traffic density and congestion patterns around critical shipping corridors and ports.

Traffic Pattern Monitoring

Identify emerging bottlenecks, unusual routing behavior, and developing congestion risks.

High Revisit Monitoring

Track fleet movement continuously to improve operational planning and response times.

Wide Area Coverage

Monitor major trade routes, ports, and maritime corridors across entire regions simultaneously.

Predicting Port Congestion Through Persistent Maritime Monitoring

Explore the limitations of traditional vessel tracking systems and how persistent maritime monitoring enables predictive logistics intelligence.

Frequently Asked Questions

AIS depends on vessel broadcasts and provides limited insight into congestion dynamics. SAR detects the physical presence of vessels and complements AIS to provide a more complete operational picture.
Yes. Historical traffic patterns combined with near real-time observations can identify developing congestion risks and chokepoints before delays escalate.
Major global shipping corridors, strategic straits, ports, canals, and transshipment hubs can all be monitored continuously.
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The same satellite constellation solves more than one problem.