SMART RELIEF DISTRIBUTION PLATFORM

Abstract

In the aftermath of disasters, the timely distribution of relief kits to affected populations often faced 
significant challenges, including logistical inefficiencies, delays, and a lack of transparency. To address these 
issues, this study introduced a Smart Relief Distribution Platform designed to streamline the allocation, 
delivery, and tracking of emergency supplies. The proposed system ensured equitable and efficient 
distribution by integrating advanced user registration, real-time tracking, and delivery management 
mechanisms. The system began with user registration through government-issued IDs, which captured 
personal, family, and live location details to prioritize aid distribution. A unique token ID was generated for 
each user, enabling secure, transparent delivery while preventing misuse. The architecture empowered 
administrators to oversee critical processes, such as allocating delivery personnel and managing relief kit 
inventory. Delivery personnel were verified using their government IDs and assigned unique delivery IDs, 
enhancing accountability during distribution.A key component of the architecture was live delivery tracking, 
which leveraged geolocation to monitor delivery progress in real time. This ensured that kits were delivered 
directly to recipients’ locations, minimizing delays and reducing operational inefficiencies. Additionally, the 
system provided a feedback loop for delivery personnel and administrators to further optimize logistics. By 
addressing challenges in traditional disaster relief operations, such as mismanagement and delays, this 
system offered a robust framework that enhanced reliability and fostered trust among affected communities. 
The integration of real-time tracking, tokenization, and user-friendly interfaces made it a scalable and 
efficient solution for disaster management worldwide.