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Satellite-derived operational intelligence across maritime, environmental, and infrastructure systems.
water
Strait of Hormuz
Apr 11, 2026
Disruption score
77.7
extreme
Weather anomaly
50.0
adjusted
State distance - six-month baseline
Protected SeaLens API
Private read-only access to chokepoint state, exposure summaries, advisories, and geoEmbedding provenance.
Firehound scan reports
Draw an area, scan live thermal detections, and promote the result into a custom incident intelligence report.
Custom InSAR reports
Order infrastructure-focused ground-state reports for subsidence, deformation, corridors, and long-term asset monitoring.
Private access
Request SeaLens API access.
Get protected access to maritime chokepoint state, disruption scores, source-backed exposure data, and geoEmbedding provenance. Early access is best for teams evaluating maritime risk, commodity exposure, or satellite-derived state intelligence.
Built for teams monitoring operational state
Seahound
Maritime intelligence from above.
Monitor global maritime chokepoints in real-time. Seahound combines satellite radar observations with supply chain graph data to detect anomalies and assess exposure.
Six critical chokepoints
Hormuz, Suez, Singapore, Panama, Shanghai, LA/Long Beach
No AIS required
Synthetic aperture radar works day and night, through clouds
Commodity exposure
Trace impact through supply chains using the SeaLens maritime graph
Interactive Strait of Hormuz state analysis · Live satellite updates every pass
Firehound
Wildfire threat intelligence.
Real-time thermal detections from satellite sensors. Firehound combines FIRMS data with weather context and terrain analysis to assess wildfire threat corridors and asset exposure.
Thermal detections
VIIRS and MODIS satellite thermal anomaly points with confidence scoring
Threat corridors
Wind vectors, terrain slope, and fuel load combined into directional risk
Asset exposure
Identify infrastructure and communities at risk from active fire zones
Interactive thermal detection scanner · Real-time FIRMS API integration
GroundHound
Infrastructure monitoring.
Long-term ground deformation and infrastructure state. GroundHound uses InSAR and environmental sensors to monitor subsidence, structural changes, and land-use dynamics.
Ground deformation
Millimeter-scale subsidence detection over months and years
Infrastructure risk
Identify areas of concern for dams, pipelines, and built environments
Land-state baseline
Long-term trends separated from seasonal and weather variations
Ground deformation analysis · 12-month trajectory monitoring