Abstract:

Every year, approximately 6.5 million graduate students earn a degree in India. Throughout his studies, a student generates a large number of certificates, which may include transcripts, affidavits, and credentials’. Students must present these certificates to gain admission to universities or companies. Manually enquiring these certificates and validating their genuiness becomes time-consuming. The lack of a proper anti-forge system results in a situation in which the certificate is discovered to be forged. In order to enhance the security and safety of data, it is essential to convert all information into digital form and adhere to the principles of confidentiality and reliability. The system under developed consists of three stages. During the initial phase, the college will register students store and their credentials on the Ethereum block chain. In the subsequent stage, students will have the ability to view their certificates and apply for employment by uploading them. Lastly, during the third phase, corporations will be able to request access from colleges in order to authenticate the credentials they desire. Using hash functions, companies can verify certificates sent by both students and universities. The advantage of such a system is that the student the certificate can be validated quickly. The suggested system not only addresses the shortcomings of our current system but also presents us with a realistic and tangible resolution.

Description:

Hashing Function, Block Chain, Digitalized, Confidentiality, Reliability