Graph-Based Unified Cryptographic system for Secure Communication and Financial Transactions

Surbhi Soni; Dr. Binny Gupta; Hemant Gena

doi:10.59828/pijms.v1i2.8

Authors

Surbhi Soni Scholar, Department of Mathematics, Sri Khushaldas University, Pilibanga, Hanumangarh Author
Dr. Binny Gupta Assistant Professor, Department of Mathematics, Sri Khushaldas University, Pilibanga, Hanumangarh, Raj. Author
Hemant Gena Scholar, Department of Mathematics, Sri Khushaldas University, Pilibanga, Hanumangarh Author

DOI:

https://doi.org/10.59828/pijms.v1i2.8

Abstract

In today's increasingly interconnected world, ensuring the protection of digital information transmitted over unprotected communication networks —whether wired or wireless—is paramount. Encryption algorithms are central to protecting sensitive data, and hybrid encryption methods, which combine different encryption techniques, provide a stronger level of security compared to conventional single-key encryption methods.Top of FormBottom of Form Although many Unified encryption models exist, many fall short in addressing diverse security challenges. This paper proposes a novel Unified encryption scheme that combines the widely-used public key cryptosystem (RSA) algorithm, a newly introduced Secret key cryptography (SKC) algorithm, and a Graph-Based Encryption Approach. This combination aims to provide more robust data privacy, integrity, and security. We believe this enhanced model offers an effective solution for secure communication in the face of evolving cyber threats.

Keywords: Cryptography, Unified Encryption, RSA, Secret Key (SKC), Graph-Based Encryption, Data Security, Information Privacy