The cloud native method focuses on developing applications specifically for cloud environments, utilizing microservices architecture and containerization. This method emphasizes scalability, resilience, and flexibility, leveraging cloud-native technologies to optimize performance and resource utilization.
The cloud native approach involves building and running applications that utilize cloud computing principles, such as containerization, orchestration, and automation. It aims to enhance agility, enable continuous integration and delivery, and facilitate rapid deployment and updates, aligning closely with DevOps practices.
An example of a cloud-native application is a web service deployed as a set of loosely coupled microservices within containers managed by Kubernetes. Each microservice performs a specific function, communicates through APIs, and scales independently based on demand.
Steps of cloud-native development typically include containerizing applications, adopting microservices architecture, implementing continuous integration and delivery pipelines, automating infrastructure management with tools like Kubernetes, and optimizing for cloud scalability and resilience.
The cloud native application strategy involves aligning development processes, tools, and architectures with cloud-native principles to maximize the benefits of cloud computing. It includes embracing distributed systems, leveraging managed services, prioritizing scalability and fault tolerance, and fostering a culture of automation and rapid iteration.