Abstract:
This project presents a smart Car Parking Management System that uses IoT and a web-based interface to automate parking operations efficiently. The system employs IR sensors to detect the presence or absence of vehicles in each parking slot. An ESP8266 microcontroller collects sensor data and transmits the slot status to a web server in real time using Wi-Fi. A responsive website displays the live parking availability to users and allows them to book slots remotely. The platform also supports secure online payments for hassle-free parking transactions. Administrators can monitor all parking slots through a dedicated dashboard for effective management. The system significantly reduces time spent searching for parking and minimizes traffic congestion. It offers a user-friendly solution that improves space utilization and enhances the overall parking experience. The design is cost-effective, scalable, and suitable for smart city applications. Overall, the project demonstrates the practical use of IoT to modernize urban parking systems.

Introduction:
The rapid growth of urban populations has increased the demand for efficient parking systems, making traditional manual parking methods insufficient for modern needs. Drivers often waste valuable time searching for available slots, leading to congestion, delays, and frustration in busy areas. With the advancement of IoT technologies, smart parking systems have become a practical solution to automate slot monitoring and user interaction. This project proposes a website-based Car Parking Management System that uses IR sensors and an ESP8266 to detect and transmit slot status in real time. The system allows users to check parking availability online before reaching the location, thus reducing unnecessary vehicle movement. It further enhances convenience by enabling online slot booking and payment through a user-friendly interface. The web dashboard also offers complete control for administrators to monitor and manage parking spaces efficiently. Unlike traditional systems, this solution is automated, fast, and highly reliable due to continuous real-time updates. Overall, the system aims to simplify parking processes, optimize space usage, and improve user satisfaction in urban environments.