Forest resource monitoring
Track forest changes with satellites, estimate growing stock volume with lidar and verify findings with drones.

Track changes in forests and wetlands and help identify air and water pollution.
Our imagery is ideally suited to support efforts to manage our natural resources: from monitoring agricultural crops, to managing the risk of wildfires, mapping remote watersheds, or evaluating the impacts of human settlements on the environment. We provide governments, commercial organizations and conservation groups with the big picture, and our high-resolution multispectral capabilities enable sophisticated remote sensing of the natural world.

Track forest changes with satellites, estimate growing stock volume with lidar and verify findings with drones.
Monitor wetland changes with satellites and inspect priority areas with drones.
Identify areas with elevated pollution using satellites and help trace sources with AI video analysis.
Screen for water quality anomalies with satellites, locate discharge outlets with drones and follow up with video monitoring.
Analyze water quality with multispectral satellites to identify water bodies that may be dark and foul-smelling due to pollution.
Rapid image acquisition of any area on Earth without field visits
Visible, NIR, SWIR bands support in-depth environmental analysis
Access decades of archives to track long-term environmental trends
NDVI, water indices and other metrics provide objective measurements
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.