Developing an IoT-Based Tomato Color Sorter: A Work Breakdown Approach

Abstract

This study presents a Tomato Color Sorting System designed for industrial applications with a focus on cost-effectiveness and wireless control. The emphasis lies in advancing industrial processes by enabling remote control through the internet or automated programming based on ambient conditions. The firmware development for smart control minimizes manual interaction, ensuring the integrity of electrical devices within the industrial setting. Leveraging the Node MCU, an open-source IoT platform, facilitates the automation process, with different components using distinct transmission modes to communicate user-controlled commands through Node MCU to respective appliances. The primary control system adopts wireless technology, providing remote access through smartphones. Cloud server-based communication enhances practicality, allowing unrestricted user access to appliances regardless of distance. The inclusion of a data transmission network strengthens automation capabilities. This system aims to regulate electrical appliances and devices in the industrial sector with a low-cost design, a user-friendly interface, and easy installation. Real-time appliance status and control are accessible through an Android platform, contributing to the project's versatility and usability in modern industrial environments, aligning with the growing demand for efficient and remotely accessible automation solutions.