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software development and deployment by increasing modularity, scalability, and flexibility. This technique divides apps into smaller, independent services that communicate over HTTP APIs. Docker plays an important role in containerizing these services, guaranteeing consistent operation across several settings. Docker containers are lightweight, use the host kernel, and start quicker than typical virtual machines, making them perfect for microservices. Kubernetes, Google's open-source technology, enhances microservices by automating container deployment, scaling, and administration across host clusters. This combination creates a stable environment for delivering microservices, allowing for continuous integration and deployment (CI/CD). This article investigates the synergistic usage of microservices, Docker, and Kubernetes, showing their combined efficiency in developing, deploying, and scaling applications across many environments. Keywords— microservice, architecture, Monolithic Architecture, Kubernetes, Docker
Abdiaziz Abdullahi Aden (Fri,) studied this question.