Smart Food Box Design with IoT Based Android Monitoring System

This research focuses on the development of a Smart Food Box with an IoT-based Android monitoring system. The system necessitates the establishment of an environmental control chamber (plant) to facilitate the operation of the Peltier controller, which comprises hardware components such as the Arduino Board, Relay, LM35 Temperature Sensor, DS1307 Real-Time Clock, $16\times 2$ Display, and a Buzzer. The software design encompasses temperature readings to determine Peltier functionality as either a heating or cooling element, while also providing time-based references for breakfast, lunch, and dinner. Based on the research findings, consumers can monitor real-time food conditions, including temperature and humidity, using an Android application that is connected to an IoT-enabled smart eating city. This innovative system enhances food preservation and access through the integration of IoT and mobile technology, offering a convenient and efficient solution for modern lifestyle demands.