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British Journal of Computer, Networking and Information Technology
Vol. 7Issue 22024pp. 35–42Published 19 June 2024
DOI 10.52589/BJCNIT-WAD9E7IEShare Link
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Abstract:
In the modern world, people frequently fabricate their credentials in order to secure a job or to show up where and when it is necessary. Verification is the most effective approach to identify those fraudulent certificates. Despite this, the paper verification method requires a drawn-out and time-consuming process to handle certificate verification because the certificates must be returned to the institutions who awarded them. As a result, the certificates either fail to pass verification or are delayed by the lengthy process. As a result, a certificate verification method using QR codes is developed in this study for quick verification of University of Cross River State (UNICROSS) certificate genuineness. A Smartphone and 3D Printed QR Code were employed for the enhancement of UNICROSS certificate mobile authentication services. ScanTrust anti-counterfeiting services was used to secured and hosting of the encrypted information. Results shows that our framework is effective for creating mobile authentication services with high user satisfaction rate and having reasonably low computing requirement.
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