docker

11/27/2013

This article discusses Docker, an open-source platform that allows developers to automate the deployment and scaling of applications within containers. It explains how Docker simplifies the process of working with software dependencies and enables developers to package their applications along with all necessary libraries and dependencies. The article highlights the benefits of using Docker for application deployment, such as improved portability, scalability, and resource efficiency. It also mentions some of the key features of Docker, including its lightweight architecture and support for container orchestration. Overall, the article provides an overview of Docker and its advantages for developers and organizations.

docker ꞏ containerization ꞏ virtualization ꞏ software development ꞏ software deployment ꞏ cloud computing ꞏ devops ꞏ software engineering ꞏ server infrastructure ꞏ container management ꞏ container technology ꞏ application deployment ꞏ scalability ꞏ system administration ꞏ software architecture ꞏ cloud-native ꞏ microservices ꞏ container orchestration ꞏ software containers ꞏ cloud platforms ꞏ cloud services ꞏ cloud-based applications ꞏ cloud technology ꞏ software deployment tools ꞏ continuous integration ꞏ continuous deployment ꞏ software testing ꞏ container ecosystem ꞏ cloud security ꞏ software portability ꞏ software packaging ꞏ software distribution ꞏ software versioning ꞏ containerized applications ꞏ software stack ꞏ software lifecycle ꞏ cloud migration ꞏ software performance ꞏ software optimization ꞏ software automation ꞏ software provisioning ꞏ software monitoring ꞏ infrastructure management ꞏ container security ꞏ infrastructure as code ꞏ container networking ꞏ software deployment pipeline ꞏ software maintenance ꞏ sandboxing ꞏ software isolation ꞏ container images ꞏ container registries ꞏ software reliability ꞏ software resilience ꞏ software updates ꞏ software scaling