IOT based Smart parking system

Abstract

The rapid rise in urbanization has created substantial challenges in managing vehicle parking effectively. Traditional systems often lead to prolonged wait times, inefficient use of space, and heightened fuel consumption. To address these issues, a Smart Parking System utilizing Arduino technology has been developed.

This innovative system automates parking management through the detection of vehicle presence, gate access control, and the provision of real-time updates on parking slot availability. Key components of the system include ultrasonic sensors for detecting vehicles, servo motors for gate operations, and an LCD display for user feedback. This combination offers a scalable and cost-effective solution for parking management.

The research outlines the system's design, detailing both hardware and software aspects, as well as potential future enhancements that could further improve its effectiveness and efficiency. The implementation of such a system could significantly mitigate the challenges associated with traditional parking methods, contributing to better urban mobility and reduced environmental impact