Publication

Abstract : This project revolves around the implementation of a cutting-edge parking system utilizing Internet of Things (IoT) technology. The system functions through an intricate network of sensors and devices, automating the parking process for efficiency and security enhancement. At its core, the system integrates IR sensors to detect incoming vehicles, triggering servo motors to open the parking gate and allocate a slot for the vehicle. When all parking slots are occupied, a clear indication is displayed on an LCD monitor, prohibiting further entries until a space becomes available. Upon a vehicle exiting the parking area, the display dynamically updates, signaling the availability of a slot. The project further ensures the security of the Arduino board by incorporating measures against physical tampering. In the event of any unauthorized physical interference, the IR sensor promptly activates a buzzer, emitting an alarm, fortifying the protection of the system. The entire system is interconnected with a ThingSpeak account, facilitating remote access and monitoring capabilities for users via smartphones or web interfaces through cloud integration. This seamless connectivity empowers users to oversee parking availability and security status in real-time, enhancing convenience and peace of mind. By harnessing IoT technology, this next-generation parking system not only optimizes parking management but also prioritizes security measures, offering a comprehensive solution for modern parking infrastructure.