Optimizing Security: A Comparative Analysis of RSA, ECC, and DH Algorithms
Yash M. Dalal, S Supreeth, K. Amuthabala, T Y Satheesha, Asha PN, Sowmya Somanath · 2024
This meticulously researched take a look at explores the intricate courting between efficiency and protection inside cutting-edge cryptographic protocols, specializing in a comprehensive evaluation of three key algorithms—RSA, ECC, & DH. The research ambitions to get to the bottom of the delicate stability required for top-quality performance, thinking about both strong protection and computational performance. Elliptic Curve Cryptography emerges as a great choice, showcasing superior performance with shorter key lengths at the same time as keeping a high stage of safety, providing a compelling option for sensible cryptographic implementations. Beyond theoretical insights, the findings provide actionable steerage for the real-global implementation of cryptographic protocols, addressing the nuanced strengths and vulnerabilities of every set of rules. Recognizing the dynamic nature of the digital panorama, the examine emphasizes the need of adapting cryptographic techniques to deal with evolving security demanding situations. The studies highlights the significance of these algorithms now not simplest in academic discussions but also as a pragmatic resource for cryptographic practitioners, selection-makers, and safety professionals. By dropping mild at the nuanced factors of RSA, ECC, and DH, this look at objectives to empower stakeholders to make knowledgeable picks, facilitating the strategic integration of cryptographic algorithms for effective records safeguarding in contemporary interconnected virtual environment.