Develop an Extended IoT Based Smart Gate System for Vehicles: A Case of Rp-Huye College

With the rapid evolution of modern technologies, the Internet of Things (IoT) has become a cornerstone for developing intelligent and efficient solutions. This research introduces an IoT-enabled Smart Gate System designed to enhance security, automation, and user convenience in both residential and commercial environments. The system brings together a range of IoT components—including sensors, microcontrollers, and wireless communication modules—into an integrated and responsive access control solution. Key technologies such as RFID readers, biometric authentication, and mobile applications are utilized to facilitate seamless and contactless user verification. The system's real-time data processing and cloud integration enable remote monitoring and management of gate access, offering users flexibility and control from any location. Machine learning algorithms are also embedded to detect and address unauthorized entry attempts, significantly reinforcing security capabilities. This study outlines the architecture, development, and practical application of the IoT-based Smart Gate System for vehicles, emphasizing its reliability, scalability, and ease of use. Performance evaluations and use-case scenarios confirm that the system not only strengthens security but also boosts operational efficiency and enhances user experience. The research concludes by highlighting potential enhancements and future applications in the context of smart security infrastructure.