Extreme rainfall intensities, degrading permafrost and glacier melt in combination with ongoing construction of hydropower plants and settlement growth are leading to an everincreasing amount of mass movements in alpine terrain. Geologically young mountain ranges such as the Indian Himalaya are experiencing severe consequences due to the combination of climatic changes and anthropogenic expansion, leading to higher risk for human lives and infrastructures. We present an approach to generate hazard indication maps of mass movements in high alpine areas using a combination of remote sensing and numerical simulations. We use satellite radar interferometry from Sentinel-1 and geomorphological feature classification based on optical satellite data. We show two exemplary case studies and model one of these to assess its hazard potential using the newly developed RAMMS::ROCKICE module.