Containerization In Application Engineering: Docker and Kubernetes Adoption
Keywords:
Containerization, Docker, Kubernetes, Application Engineering, DevOpsAbstract
Containerization has become a major breakthrough in the field of application in modern software engineering. Through using containers to package applications and their dependencies, degrees of freedom related to the required configurations are given to developers while at the same time making the systems somewhat more robust through the use of technologies such as Docker and Kubernetes. Docker is an innovative and high-performance tool that is used for running containers while Kubernetes is an appropriate platform for deployment, scaling and even management of containerized applications. When used together, Docker and Kubernetes identify and enable easier and faster delivery of software, scalability and decrease operational costs and are central to the DevOps and Cloud-native architecture paradigms. Docker and Kubernetes are described further, and the opportunities and prospects of their application, as well as the common problems of modern application development are examined in this paper.
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