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Cloud Native
Applications Development

Robust, scaleable and cost effective development of cloud native applications

Application Development

Cloud-native application development is about creating optimized applications for deployment, execution, and management in a cloud computing environment. This development typically employs cloud-native technologies like containers, serverless computing, and Kubernetes. The scalability and dependability of cloud-native applications make them ideal for businesses demanding safe, rapid application deployment. In addition, cloud-native applications can be spread across several providers, which makes application development more flexible and economical. Microservices, containerization, and cloud-based storage and computing are examples. Moreover, applications created for the cloud are durable, scalable, and secure. In addition, they are meant to be adaptable and quick to respond to shifting customer needs and market situations. Typically, cloud-native applications are produced utilizing a DevOps methodology, which merges development and operations teams to create and deliver applications rapidly. This strategy is frequently supported by agile approaches such as Scrum to ensure speedy and iterative development. To ensure portability and scalability, cloud-native apps are often deployed utilizing container technologies such as Docker and Kubernetes.

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DevOps is an approach, process, and collection of technologies that unite software development, IT infrastructure, and operations teams. By automating the software delivery process, DevOps enables businesses to deploy apps and services more quickly. It also improves team collaboration and reduces the amount of manual labor required during the software development cycle. DevOps solutions enable teams to unify infrastructure management, code deployment, and application monitoring. This assists teams in identifying and resolving issues quickly and preserving application stability. Common DevOps tools include Puppet, Chef, and Ansible for configuration management, Jenkins and Travis for continuous integration, and Docker and Kubernetes for containerization.

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Containerization is the technique of operating applications in containers, which are autonomous and segregated environments. Containers are distinct from one another and include their software, libraries, and configuration files, making them reliant on their host operating system and enabling them to function almost anywhere without change. Containerization offers a method for deploying programs fast and reliably and is gaining popularity as a method for creating uniform development, testing, and production environments.