Hybrid Algorithms for Cryptography Enhancing Security through Quantum Computing
Sampath S, V S Rakesh · 2024
The increasing complexity of modern cryptographic demands necessitates the adoption of hybrid cryptographic systems, which integrate classical and quantum methodologies to enhance data security. This chapter explores the multifaceted landscape of hybrid cryptography, focusing on its foundational principles, architecture, and the intricate balance between security and performance. A comprehensive security analysis was conducted to identify potential vulnerabilities, emphasizing the importance of risk management strategies tailored to hybrid environments. The chapter delves into critical aspects such as key management policies, scalability considerations, and the trade-offs between security and operational efficiency. Additionally, it addresses future directions in hybrid cryptography, highlighting emerging trends and technologies that promise to reshape the cryptographic landscape. By providing a structured approach to the complexities of hybrid cryptographic solutions, this chapter aims to offer valuable insights for researchers and practitioners seeking to navigate the evolving challenges in the field.