Wireless control and Monitoring System, Induction Motor, Internet of Things, Arduino, Vibration, Temperature The Internet of Things (IoT) is driving significant technological advancements, particularly in automation, where it enables efficient monitoring and control to enhance productivity. By tracking key operational parameters, IoT technology can be utilized to oversee and diagnose the condition of induction motors. The proposed solution involves an IoT-based platform designed to collect and process induction motor data. This information is stored on a cloud platform and can be accessed via a website. If predefined parameter thresholds are exceeded, timely actions can be taken to prevent unnecessary downtime, ultimately saving time and reducing costs. The key benefits of this system include continuous equipment monitoring, real-time alerts, and predictive maintenance to prevent unexpected failures.