Enhancing Security and Customization in IoT-Based Systems with Applications to Broiler Room Management

Although IoT-based solutions are widely employed in various fields, they frequently rely on traditional email notifications or third-party platforms like ThingSpeak, Blynk, AWS IoT, Microsoft Azure IoT, and Google Cloud IoT for monitoring and control. These strategies do, however, have significant disadvantages, such as restricted adaptability and customization, security flaws, and privacy issues with data. In order to overcome these constraints, this work presents an improved software solution that is incorporated into an ESP32 IP address-based interface, with particular applications for managing broiler rooms. By combining IP address-based access with secure login authentication using a username and password, the suggested method makes sure that only authorized users can watch over and manage the broiler room. Significant gains in security, privacy, flexibility, and user-specific customization are shown by the experimental findings. The system is easy to install and use. It offers a reliable substitute for IoT-based systems by doing away with the need for third-party platforms. Because of its flexible nature, users can customize features to meet particular requirements, getting around the strict limitations of third-party frameworks. This system provides secure remote access with increased mobility, in contrast to email-based alternatives that lack real-time involvement. This approach adds login authentication and customization styles to the current program by integrating hardware and parts of the software from our prior system [1]. The suggested approach performs better than the prior system and other IoT-based systems that rely on third-party platforms in terms of security and customization.