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.
Refined Lee speckle filtering & thresholding for robust water detection during flood events.
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.