Virtual RTO Using IoT

Virtual RTO Using IoT

Purushottam Chavan1, Srushti Pawar2, Dipali Patil3,

Shraddha Dumbare4  ,Manasi Shinde5

1Lecturer, Dept. of Computer Engineering, K. K. Wagh Polytechnic Nashik, Maharashtra, India

2,3,4,5Student, Dept. of Computer Engineering, K. K. Wagh Polytechnic Nashik, Maharashtra, India

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Abstract - Currently, RTO document verification relies on a mix of manual checks and semi-automated methods like face recognition, QR code scanning, and electronic verification systems. While these technologies help improve authentication, they come with challenges such as risk of forgery, dependence on external databases, and lack of backup verification options. Manual verification is also slow, prone to errors, and often fails to detect expired or fraudulent documents, leading to security risks and regulatory issues.

Our system offers a smarter and more secure way to verify vehicle-related documents by integrating fingerprint authentication and RFID technology. Instead of relying on paperwork or manual checks, users can simply scan an RFID tag linked to their license and verify their identity using a fingerprint sensor. The system then cross-checks essential documents like insurance, PUC, and driving license validity. If everything is up to date, access is granted, indicated by a blinking LED. If a document is expired or invalid, access is denied.

This automated process reduces human errors, speeds up verification, and prevents fraud, ensuring that only authorized drivers can operate vehicles. By simplifying and securing document verification, our system makes RTO processes more efficient, reliable, and hassle-free.

Keywords: RTO Verification, Fingerprint Authentication, RFID, Automated document check, Secure vehicle access.