SECURE CLOUD DISASTER RECOVERY SYSTEMS
FROM PLANNING TO EXECUTION
AUTHOR -
PAVAN NUTALAPATI
Genre/Subject -Computer Science, Cloud Computing, Recovery systems
Book code – CCTTTB102472
ISBN(E) – 978-93-94435-42-1
ISBN(P) – 978-93-94435-32-2
DOI – 10.55083/bk.schlup/isbn.978-93-94435-42-1.cctttb102472
Language – English
pgs – 304
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ABOUT AUTHOR
Mr. Pavan Nutalapati is a Project Lead at Oracle, where he leverages his expertise in Distributed Systems, Cyber security, Cloud architecture, and Disaster Management primarily within the fintech and public sector. With over 15 years of experience, Pavan plays a pivotal role in developing and implementing secure and scalable cloud solutions for financial technology applications.
At Oracle, Pavan focuses on designing and Developing robust security frameworks that protect sensitive financial data and ensure compliance with industry regulations. His work includes the implementation of encryption protocols, secure access controls, and continuous monitoring systems that have reduced security breaches by 35% in the past year. Additionally, Pavan has been instrumental in optimizing cloud infrastructure, leading initiatives that have increased system efficiency by 40% while reducing operational costs by 25%.
Pavan’s expertise in disaster management is evident in his development of comprehensive disaster recovery plans. He has successfully engineered solutions that guarantee less than 15 minutes of downtime during critical system failures, significantly enhancing the reliability and resilience of Oracle’s fintech platforms. His contributions have also led to a 50% improvement in recovery time objectives (RTOs), ensuring that financial services remain operational with minimal disruption.
Working closely with cross-functional teams, Pavan integrates advanced security measures into Oracle’s cloud-based applications, safeguarding them against evolving cyber threats. His ability to align technological advancements with the dynamic needs of the fintech industry makes him a crucial asset to Oracle, where his work continues to strengthen the security and reliability of its services.
ABOUT BOOK/ABSTRACT
Secure Cloud Disaster Recovery Systems: From Planning to Execution offers a comprehensive guide to understanding, designing, and implementing effective disaster recovery (DR) systems in the cloud. As cloud environments become the backbone of modern IT infrastructure, ensuring their resilience in the face of disasters has never been more crucial. This book equips IT professionals, business leaders, and disaster recovery planners with the tools and knowledge to safeguard their cloud-based systems against unexpected disruptions, all while ensuring business continuity, regulatory compliance, and robust data security.
The book begins with an introduction to the fundamental concepts of cloud disaster recovery, including its definition, key benefits, and the challenges involved in implementing effective solutions. Chapter 1 also covers the various cloud disaster recovery models available and outlines the steps involved in creating a solid disaster recovery plan. As the foundation for the entire book, this chapter provides essential background information that is expanded upon in later sections.
Chapter 2 delves into the critical process of risk assessment and business impact analysis (BIA). Readers will learn how to identify potential threats and vulnerabilities, prioritize critical business functions, and set recovery time objectives (RTO) and recovery point objectives (RPO). This chapter underscores the importance of involving stakeholders in the assessment process and documenting findings to ensure preparedness.
The book continues with Chapter 3, which focuses on designing an effective cloud disaster recovery strategy. From defining goals and objectives to choosing the right cloud service providers, this chapter offers practical insights into how to integrate DR with business continuity planning. It also addresses key security and compliance considerations during the design phase, making it a valuable resource for organizations operating in highly regulated industries.
Chapter 4 provides an in-depth look at cloud architecture for disaster recovery, comparing multi-cloud and single-cloud strategies, and exploring essential technologies like data storage solutions, virtualization, and automation. The following chapter guides readers through the practical steps of implementing cloud disaster recovery solutions, including system configuration, testing, and performance monitoring.
Testing and validation are crucial aspects of any disaster recovery system, and Chapter 6 covers the different types of testing (from simulations to full-scale drills), offering best practices for developing test scenarios and evaluating results. The book emphasizes continuous improvement by encouraging organizations to address any gaps identified during testing.
Ongoing monitoring and maintenance of DR systems are discussed in Chapter 7, where readers will discover tools and metrics for tracking performance and keeping the DR plan up to date. This chapter highlights the importance of adapting the plan as business needs change and managing third-party vendor relationships effectively.
Security considerations are covered in Chapter 8, where the focus shifts to cloud security fundamentals, encryption, access control, and compliance with data protection regulations. As cyber threats evolve, organizations must implement best practices to secure their cloud DR systems and stay ahead of emerging trends.
The legal and compliance landscape is explored in Chapter 9, offering guidance on navigating frameworks like GDPR and HIPAA. The book concludes with real-world case studies in Chapter 10, emerging trends in Chapter 11, and final recommendations and future directions in Chapter 12.
Overall, Secure Cloud Disaster Recovery Systems: From Planning to Execution is an essential resource for anyone involved in cloud disaster recovery, offering actionable insights to ensure system resilience and business continuity.
