Delivering spatial intelligence using Remote Sensing, LiDAR, SAR, Hyperspectral & GIS technologies.
Centroid-based patch extraction + UNet models on 25 cm orthophotos — high accuracy while reducing training time.
This project analyzes ground deformation in the Kathmandu Valley between 2022 and 2025 using Persistent Scatterer InSAR (PS-InSAR) techniques applied to satellite radar data. The study identifies areas of land subsidence or uplift to support urban planning, hazard monitoring, and infrastructure management.
Automated ENVI GSF task to detect burn areas using pre/post imagery efficiently.
High-resolution 3D mapping of urban areas for infrastructure planning and development.
Real-time flood monitoring and analysis using Synthetic Aperture Radar technology.
Assessing vegetation health and biodiversity using hyperspectral imaging techniques.