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Cloud-native computing

Cloud-native computing refers to a modern approach to building and running applications that fully leverage the advantages of cloud environments. Instead of relying on traditional infrastructures, cloud-native applications are designed to adapt and scale easily in the cloud. They often use microservices—small, independent components that work together—and are managed through tools like containers and orchestration systems. This approach allows for greater flexibility, quicker updates, and improved resilience, making it easier for businesses to respond to changes and innovate rapidly while optimizing resource use and costs.

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    Cloud-native computing refers to designing and running applications that fully leverage cloud computing resources. It emphasizes flexibility, scalability, and resilience by using microservices—small, independent components that work together—and containerization, which packages software for consistency across different environments. Cloud-native applications are built to thrive in dynamic environments, allowing for faster development, easier updates, and better resource management. This approach enables businesses to respond quickly to changes and improve overall efficiency, utilizing the vast capabilities of cloud infrastructures. Essentially, it represents a modern way of developing and deploying software that maximizes the advantages of cloud technology.