DEVELOPMENT OF A ROBUST KEY LIFECYCLE MANAGEMENT FOR HYBRID ENCRYPTION STORAGE SOLUTIONS

ABSTRACT: In the evolving landscape of data security, hybrid encryption storage solutions combine symmetric and asymmetric cryptography to enhance confidentiality and performance. Effective key lifecycle management (KLM) is critical to ensuring the integrity, availability, and security of encryption keys throughout their lifecycle generation, distribution, storage, rotation, and destruction. This paper presents a comprehensive framework for designing robust KLM strategies tailored for hybrid encryption storage environments. It addresses key challenges such as key compromise prevention, compliance with regulatory standards, and scalability in distributed systems. The proposed approach integrates automated key management protocols, secure key storage mechanisms, and auditability features to mitigate risks and support compliance. Experimental evaluations demonstrate the framework’s effectiveness in maintaining key security, minimizing operational overhead, and supporting seamless key rotation. This work contributes to advancing secure data protection in hybrid encryption architectures, fostering trust in enterprise and cloud storage solutions.

0 26 Mar, 2026

pg: 13

JACRAIT PORTAL SYSTEM

Contri. 4+