This report discusses the creation of a cross-platform mobile application, Salamah, which is designed specifically for war relief coordination, with the goal of delivering an individualized, real-time system to help individuals in high-stakes environments during wars and crisis. The major goal is to develop a system that manages fragmented relief efforts through centralized logistical oversight. Unlike manual spreadsheet-based methods, this solution prioritizes data integrity and operational stability by implementing atomic transactions to manage shelter capacity and volunteer assignments. The system also adjusts to relief demands through role-based interactions, allowing it to optimize volunteer dispatching based on evolving site urgency. The project is intended to assist users with volunteer skill- matching, donation tracking, and shelter capacity management, without the logistical bottlenecks seen in traditional platforms. The solution overcomes the gap in existing crisis management tools using a 4- tier cascading recommendation engine, which provides an automated, real-time, and domain-specific coordination support. This effort will ultimately help to improve humanitarian feedback effectiveness through unique, secure, and reliable technical integration.