IoT-Enabled Smart Home Energy Monitoring System Using Web Server-Based Control Logic

In this era of development, applications for Controlling and monitoring household devices remotely are increasingly becoming a major concern. In this context, this research aims to implement an IoT-based Smarthome Control and monitoring system using ESP32 as a sensor node and WEB SERVER. The ESP32 was chosen for its strong Wi-Fi capabilities and sufficient Processing capabilities. The proposed system allows users to Control and monitor home appliances through an intuitive web Interface, which can be accessed from any device connected to the internet. The research methodology includes the system design, implementation and testing stages. System design involves selecting hardware and software components that suit system requirements. Implementation is carried out by building ESP32-based hardware and developing a WEB SERVER to communicate with the device. Tests were carried out to verify system functionality and measure performance in Controlling and Monitoring Smarthome. Test results show that the proposed system is able to Control home equipment well and provide accurate monitoring of device conditions. Integration with a WEB SERVER allows users to access the system remotely and provides ease of use. In addition, the use of ESP32 as a sensor node provides flexibility in developing IoT systems. This research contributes to the development of IoT applications in the context of Smart Homes and energy management. The developed system can help improve energy efficiency and provide greater comfort for users in Controlling household devices. Apart from that, this research also opens up opportunities for further development in the field of IoT and related technologies.