Sea condition assessment
Combine sea temperature, fog, water quality and wind data to assess marine conditions and risks.

Assess sea conditions, water quality and marine pollution using satellite observations and AI.
Satellite remote sensing has become critical for modern maritime management, supporting fleet monitoring, port operations, environmental compliance, search and rescue, and anti-smuggling operations. Unlike AIS systems limited by signal coverage and voluntary reporting, satellite data provides objective, truly global maritime visibility—helping shipping companies and regulators monitor vessel movements in real-time, optimize routing, mitigate risks, ensure regulatory compliance, and rapidly respond to maritime emergencies.

Combine sea temperature, fog, water quality and wind data to assess marine conditions and risks.
Use satellite remote sensing and AI to estimate water quality parameters and classify water quality.
Combine multi-band satellite imagery with AI to identify red tides and track their evolution.
Use day-and-night, cloud-penetrating SAR satellite observations to help identify oil slicks at sea.
Continuous 24/7 coverage from deep ocean to coastal waters worldwide
Radar satellites penetrate cloud cover, available day and night
Integrate AIS, marine weather, port data and other information streams
Anomaly detection, predictive insights and decision support tools
STARPATH GLOBAL operates a fully managed satellite data pipeline designed to remove operational complexity from geospatial data acquisition and delivery.
We coordinate the full lifecycle of satellite intelligence—from mission tasking and data sourcing to processing, quality control, and final delivery—through a controlled, end-to-end workflow managed by our specialists.
Clients define objectives and review outputs. No technical expertise is required to operate the system. We handle all operational execution, including satellite tasking, sensor selection, data acquisition, and downstream processing within a structured production pipeline.
This model transforms satellite data access into a managed intelligence service, enabling faster decisions, reduced operational overhead, and consistent data reliability at scale.