Building Resilient Cloud Architectures with Disaster Recovery Strategies
Keywords:
Cloud resilience, disaster recovery, downtime reduction, data integrity, cloud computing architecture, Author Name, Scopus, Springer, Journal Name, Wissira, Journal Short Form, Wissira Press, Wissira Research Lab, Research Gate, SSRN, ISSN, Academia, UGC Care, PubMed, WOSAbstract
In the contemporary age of cloud computing, making cloud architectures resilient and fault-tolerant has emerged as a top priority for organizations to ensure business continuity. This paper discusses evolving resilient cloud infrastructures in conjunction with disaster recovery (DR) approaches to reduce downtime and data loss to the maximum extent.
The research identifies key elements, discusses available strategies, and suggests an enhanced methodology for maximizing resilience. Using statistical testing, it proves the efficiency of these strategies in lowering downtime and recovery expenses. The outcomes provide practicable recommendations for organizations seeking to enhance their cloud resilience.



