Humanitarian logistics (HL) can be defined as a process of planning, implementation and effectiveness control, efficient flow of costs, storage and handling of equipment and materials, as well as information in order to meet the needs of people affected by natural (tsunamis, earthquakes) or man-made (landslides, explosions) disasters. The importance of this issue lies with the significant number of disasters reported over the past decades, the financial volume traded, and due human emotion factor. In this context, there is a need for a centralized system that can be used by different entities in order to avoid waste or material shortages, providing a global view of multiple disasters needs, and enabling a better communication about the real situation of the disaster. This study aims to propose a conceptual disaster response management system based on three evidences: literature review, disaster management software usage, and expert interviews. In addition, the study sought to prioritize, through a multicriteria decision model, the most important features, so they can be prioritized on a possible development of the disaster management system or during its operational phase. It is concluded that currently there is no tool with all needed features presented herein and therefore the proposed framework, once implemented, can be considered very useful for a better humanitarian aid.