Data Migration Strategies for Cloud-Native Applications: A Framework for Large-Scale Enterprises
Keywords:
Cloud Native, Design Patterns, (SecaaS) Applications, Interclouds, Infrastructure, Delivery Models, Micro Service, Cutting-Edge TechniquesAbstract
Cloud-native computing emerges as a result of the growth of cloud computing delivery paradigms. As the most important online application development paradigm, cloud native computing has already garnered more and more interest from both business and academics. A defined research path on this issue is still lacking, despite the enthusiasm in the cloud-native industrial community. Adoption of state-of-the-art methods, technologies, frameworks, tools, and infrastructure is necessary for the creation of contemporary software applications. Although each category offers a wide range of alternatives, the common features include reduced cost, lightweight and scalable applications, and quicker delivery. Furthermore, testing, deployment, and operational automation have grown in importance. Considering how accessible and reasonably priced data is, cloud computing has a lot to offer. Because users often store sensitive data in cloud storage providers, which may not be trustworthy, ensuring cloud data security is an important consideration in the world of cloud computing. There is now a tendency towards "interclouds," also known as "multi-clouds" or "cloud-of-clouds." The organisation will see significant growth and profitability if it can operate cloud-native apps. The impact of cloud native security on business outcomes is significant. The architecture of cloud-native security is also covered in this article. This article highlights the new methods for creating and implementing Security-as-a-Service (SecaaS) applications leveraging cloud-native design paradigms. The immediate threat to computer systems and applications is not adequately addressed by the most recent SecaaS solutions. This issue is resolved by cloud-native design patterns, which combine micro service architectures with cloud-focused interface design to provide features like substantial optimisation and durability.
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