QR CODE SCAN DETECTION

Authors

  • 1P Anusha, 2 B Navya, 3 A Sandeep, 4 K Ramesh, 5 M Swathi Author

DOI:

https://doi.org/10.62643/

Abstract

The QR Code Scan Detection System is a software application designed to detect, scan, and decode QR codes from images or through a device camera. QR codes are widely used for sharing information such as website links, contact details, product information, payment details, event tickets, and other digital data. Traditional methods of entering such information manually can be time-consuming and may result in errors. The proposed system provides a simple and efficient solution for automatically identifying QR codes and extracting the information stored within them. The system uses image processing and computer vision techniques to detect the QR code from a captured or uploaded image. After detecting the QR code, the system decodes the encoded data and displays the extracted information to the user. It can identify whether a valid QR code is present and provide an appropriate message when no readable code is detected. The system can also maintain scan history and support multiple QR code scanning based on the application requirements. The main objective of the QR Code Scan Detection System is to provide a fast, accurate, and user-friendly method for detecting and decoding QR codes. It reduces manual data entry and makes information retrieval more convenient. The system can be useful in areas such as digital payments, attendance management, ticket verification, product identification, authentication, information sharing, and event management. Overall, the proposed system provides an efficient platform for automatic QR code detection and information extraction. In the future, it can be enhanced with real-time camera scanning, multiple QR code detection, secure QR verification, scan history, malicious-link detection, database integration, and AI-based image recognition.

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Published

04-09-2026

How to Cite

QR CODE SCAN DETECTION. (2026). International Journal of Engineering Research and Science & Technology, 22(3), 1447-1454. https://doi.org/10.62643/