Campus Travel QR Portal using IOT

ABSTRACT

This paper presents the development of a Campus Travel QR Portal, integrating Internet of Things (IoT) technology for efficient campus transportation management. Leveraging components such as the ESP32-CAM module and software tools like Arduino IDE, C++, and Python, the system offers real-time monitoring, QR code-based authentication, reservation capabilities, and enhanced security features. The ESP32-CAM module enables visual data capture and processing, facilitating user authentication and vehicle tracking. The portal provides users with real-time updates on vehicle availability and location, allowing informed travel decisions and seamless access to campus facilities. Programming in C++ using Arduino IDE is utilized for ESP32-CAM firmware development, while Python is employed for backend server management and data processing. The system incorporates encryption protocols to safeguard user data and prevent unauthorized access. Through seamless integration with campus facilities, the portal enhances convenience, security, and efficiency in campus transportation management. This project contributes to the advancement of smart transportation systems in campus environments, addressing the evolving needs of modern educational institutions.

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