Biotechnological Integration of RSA Algorithms for Enhanced Security in Communication Networks: Towards Intelligent Information Detection and Sharing

Abstract

In the era of digital communication, the exchange and transfer of information through networks are pivotal for connectivity across various sectors. As communication networks increasingly facilitate the flow of data between diverse devices—from person to person, person to computer, and computer to computer—they underscore the critical need for robust security measures to safeguard information sharing. However, the prevalent use of computer software for managing data across these networks often introduces significant security vulnerabilities. Addressing these challenges, this study proposes the application of RSA algorithm-based computer software, designed to enhance the intelligent detection and identification of shared information within communication networks. The RSA algorithm, a cornerstone of modern cryptographic techniques, offers a promising solution for reinforcing the security of data transmissions. By integrating this algorithm into network communication systems, the proposed software aims to significantly reduce the risk of unauthorized access and data breaches, ensuring secure and efficient information exchange. This research explores the implementation of the RSA algorithm within the framework of biotechnological innovations, evaluating its efficacy in preventing security lapses in communication networks. The goal is to provide a biotechnological perspective on network security, highlighting how cryptographic advancements can be seamlessly integrated into existing technologies to enhance data protection mechanisms. By leveraging the strengths of the RSA algorithm, the study contributes to the development of safer communication environments, promoting reliable and secure information sharing in an increasingly interconnected world.