 This paper examines the Karakorum Highway, one of the world's highest mountain passes, which is prone to frequent geological hazards such as landslides. It uses a combination of documented inventories, optical imagery interpretation, and frequency area statistics to explore the features of slope failure, the spatial distribution, and their link to numerous contributing factors. Additionally, it utilizes the interferometric synthetic aperture radar in SAR, persistent SCATRA, PS, technology to measure millimeter accurate measurements of slope deformation, V-slope, which provides a more accurate understanding of the area's deformation rates. This information is then used to create an updated landslide inventory and susceptibility map, which can be used for land use planning and landslide mitigation strategies. This article was authored by Sajid Hussein, Bin Pan, Zeeshan Afzal, and others.