Open-pit slope stability monitoring
Combine InSAR, radar and drones to track slope deformation and provide early warnings.

Monitor mine stability, ground movement and environmental recovery with satellite and on-site data.
Satellite remote sensing has become integral to every stage of the mining industry: from early mineral exploration and target selection to operational monitoring and post-closure environmental rehabilitation. In remote, topographically complex mining regions where traditional field surveys are costly and dangerous, satellite data delivers all-weather, high-accuracy surface intelligence without boots on the ground—helping mining companies dramatically reduce costs, ensure personnel safety, and meet increasingly stringent environmental regulations.

Combine InSAR, radar and drones to track slope deformation and provide early warnings.
Combine InSAR, lidar and sensors to monitor dam deformation and related risks.
Track ground subsidence with InSAR and capture terrain data with lidar.
Overlay satellite imagery with mining concession boundaries to detect out-of-boundary extraction and assess restoration progress.
Up to 30cm resolution for engineering-grade measurement requirements
Radar satellites penetrate cloud cover for 24/7 continuous monitoring
Access decades of archived data for baseline comparison analysis
Machine learning automatically identifies vehicles, structures and land changes
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.