DevSecOps and catastrophic recovery in cloud computing : a model for enhanced resilience

This thesis explores the integration of DevSecOps practices within cloud-based disaster recovery plans, addressing the critical challenge of ensuring secure and resilient cloud operations amid increasing cyber threats. The research examines existing literature to analyze how security can be embedded throughout the software development lifecycle and recovery processes, focusing on the protection of backup data and secure system restoration. Key themes include the implementation of continuous security monitoring, automation, and the application of emerging technologies like serverless computing and AI. The analysis reveals a consistent emphasis on proactive security measures and the necessity of organizational and cultural adjustments to support DevSecOps adoption. While the literature highlights the potential of these practices to enhance recovery outcomes, it also identifies gaps in empirical validation and standardized metrics. The thesis concludes that integrating DevSecOps into cloud disaster recovery requires a holistic approach, blending technical solutions with organizational commitment, and recommends future research focused on real-world testing and industry specific applications to further refine these strategies.