Kiransairam Muntha
Graduate Student at the Department of Computer and Information Sciences, rtment of Computer and Information Sciences, Walker School of Business and Technology, Webster University, USA
Publications
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Research Article
Securing Digital Communications: Quantum and Post-Quantum Cryptography
Author(s): Kiransairam Muntha and Adewale Ashogbon*
As quantum computing advances toward practical use, classical cryptography is at a serious risk of being compromised, especially with the use of quantum algorithms like the Shor algorithm, which can break RSA in polynomial time, as well as Elliptic Curve Cryptography (ECC). This research paper highlights the urgent need to protect electronic communications against quantum attacks by leveraging two novel approaches: Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC). The study aims to evaluate the effectiveness, scalability, and integration possibility of these technologies separately and in mixed combinations, to achieve long-term resilient cybersecurity. This research is a mixed-methods study that combines literature analysis, expert surveys, and performance benchmarking to determine the strength of encryption, compatibility with the network, and feasibility in the re.. Read More»

