Paper Title
WAREWATCH: NEXT-GEN WAREHOUSEMONITORING SYSTEM USING IOT AND WIRELESS PROTOCOL

Abstract
In a world where nearly 40% of food is wasted post-harvest due to inadequate storage management, the reliance on traditional monitoring methods poses significant challenges for grain storage. The Ware watch system introduces an innovative IoT-based approach to monitor crucial parameters such as temperature, humidity, and light in real-time, ensuring optimal storage conditions and reducing spoilage. Grains are stored in dedicated slots with real-time tracking, allowing for tailored storage solutions for different grains, including freezing and light control. The system includes a mobile application that provides farmers with an intuitive platform to monitor grain conditions, receive alerts, and access reports. Additionally, the app facilitates real-time market exchange, allowing farmers to access current grain prices and trade directly, ensuring transparency and preventing manipulation of grain quality. This scalable and affordable solution leverages low-cost IoT sensors to ensure accurate grain management, empowering farmers with greater control and trust in the system. Keywords - IoT, Warehouse Monitoring, Autonomous Navigation, Real-time Data Analysis, Hazard Detection