Suitable encrypting algorithms in Parallel Processing for improved efficiency

Abstract

Cryptographic algorithms play a vital role in providing security to the data and from malicious attacks. Now a day’s storing the data in the Cloud became essential for organizations to reduce the overhead of securing the data within the organization. “Stream ciphers” are more vulnerable to attacks when compared to “Block Ciphers”. In this article we used java platform to evaluate and compare all the block cipher techniques used for converting plain text to cipher text and we have identified the best block cipher technique which can be used in cloud.

Lightweight Computational Complexity Stepping Up the NTRU Post-Quantum Algorithm Using Parallel Computing

“…It is crucial to acknowledge that the choice of specific parallelization techniques may vary depending on the unique characteristics and requirements of each cryptographic algorithm. Within this subsection, several instances of recent cryptographic applications that leverage parallel implementation are provided as examples [48][49][50]. To elaborate further on specific examples:…”

“…Parallelizing Quantum Key Distribution (QKD): QKD is a fundamental application of quantum cryptography. Wu et al, in their work [49], propose a parallel simulation with an optimized scheme for QKD networks, specifically addressing network partitioning.…”