Implementing cryptographic-based DH approach for enterprise network

Abstract

The network is emerging as it involves multiple heterogeneous devices that are interconnected and able to communicate through certain information. Here security plays an important role in overcoming certain problems like loss of information, data traffic and protecting data activity. To the above security issues, the cryptography concept will enhance the security and also be able to protect the network resource that is transferred. To ensure data protection and privacy, here we recommend proposing a cryptographic-based DH approach to ensure the security enhancement consumes a lot of resources, power, memory, and CPU utilization time; here go for the modified key exchange and the encryption process. Initially, the modified Encryption process, where encryption is applied between the client and server and the encryption is processed at the client side to enhance the data privacy and integrity. Then, user authentication performs Modified Diffie Hellman to enhance the authentication process while sharing the data and avoid unauthorized users; finally, by overcoming certain attacks like Man in Middle and Discrete Logarithm attacks with the key exchange process, Modified Zero Knowledge Proof (ZKP) algorithm is applied. The analysis will be performed based on key aspects of size, key generation, encryption time, decryption time, and execution time.