Experimental Analysis of an Artificial Intelligence Enabled Digital Student Certificate Validation System using Blockchain Assistance

Abstract

A key component of a blockchain is its distributed digital ledger of transactions, which is effectively a record of all transactions recorded in the network. A key component of a blockchain is its distributed digital ledger of transactions, which is effectively a record of all transactions recorded in the network. The process of altering images is been simplified. In a web-based program, a validation system for student certificates is created. The issue statement suggests that universities keep records of students who are unable to attend class in the form of a certificate. To skip class and get a doctor’s note is just too simple. A few pupils have been caught using forged certificates to skip class. Many people nowadays are dishonest and would buy or make fake certificates from websites that claim to provide them. Having to verify and validate certificates is a pain for the company and the institution. For safekeeping of certificates on the blockchain, we provide a method we term Blockchain Powered Student Certificate Validation (BPSCV). A standard Optical Character Recognition (OCR) model is used for cross-validation in order to assess how well the suggested task works. Digitization of the paper certificates is the initial step. When creating the certificate’s hash code, the suggested algorithm is utilized. Certificates are then recorded in the blockchain. Furthermore, the mobile app verifies these credentials. The use of blockchain technology allows us to validate digital certificates in a more efficient and safe manner.