Bangladesh has ranked as one of the world’s most disaster-prone countries. The coastal areas of Bangladesh are a zone of multiple disasters, including cyclone, erosion, storm surge, water and soil salinity, and flood. The combination of diverse varieties of hazards are resulting in extensive loss and damage to life and properties and slowed down the pace of societal and economic growths in this area. This paper examines the issue of loss and damage assessment in the regional context of Bangladesh to find out appropriate tools and methodologies for overall evaluation of loss and damages due to adverse effects of various forms of disasters. To this end, this study intends to assess the loss and damage associated with disasters in Koyra Upazila of Khulna district of Bangladesh. Firstly, this study explores the land use and land cover pattern before and after the cyclone Aila, utilizing geographical information systems (GIS) and remote sensing techniques. Secondly, it will use ground-level data- both qualitative and quantitative from the field location through household questionnaire survey and consultation with stakeholders, including Upazila offices, and local government bodies for validation and justification of the satellite data. Thirdly, this study will utilize loss and damage data obtained from the ‘D form’ filled up by the Union Parishad. Fourthly, a mobile application based platform would be developed that will allow users to report information about unfolding disasters using mobile devices. This mobile app aims to work as a two-way system that delivers crucial information to the coastal community as well as receives data on unfolding disasters from them, which can then be dispensed with the community at risk. All this information would be aggregated and analyzed to assess the overall loss and damage situation due to adverse effects of disasters. Finally, the study will provide lessons and recommendations that will benefit other developing countries that are vulnerable to the impacts of disasters.