Scopus Indexed Publications

Paper Details


Title
Digital signature authentication for a bank using asymmetric key cryptography algorithm and token based encryption
Author
Rafat Karim, Aysha Akter Kobita, Laila Sultana Rumi, Md. Ashiqul Islam, Md. Sagar Hossen, Tasfia Tabassum,
Email
rafat15-867@diu.edu.bd
Abstract

Nowadays security system is being with more important issues. In modern science, technology is updated day by day and we are getting insecure in our daily life. Through this project, a digital signature authentication security system has been designed to protect the bank from unauthorized access. In this paper, we are producing the most efficient and productive security system based on digital signature authentication using the asymmetric key cryptography algorithm and token-based encryption. In this project, we are using public and private keys for encryption and decryption data with the hash function and also provide digitally signed data, RSA algorithm to encrypt the data. The receiver will send a certificate and confirmation request to the sender to verify the certificate and the sender will send an OTP via phone through the Internet to authenticate the receiver. All of these works are producing a good and valuable security system in the banking sector.

Keywords
Cryptography Asymmetric keys Hash functions RSA OTP Data security
Journal or Conference Name
Evolutionary Computing and Mobile Sustainable Networks. Lecture Notes on Data Engineering and Communications Technologies
Publication Year
2021
Indexing
scopus