Container Standards Explained - Melissa McKay

Devops

Learn about Docker containers and the container ecosystem, including how they provide better resource isolation and easy deployment, and explore the benefits and challenges of using containers for application management and development.

Key takeaways

Docker is not a new technology, but its adoption has been growing rapidly in recent years due to its flexibility and ease of use.
Docker containers have a separate namespace, which allows for better resource isolation and makes it easier to manage multiple applications on the same host.
Docker provides a binary distribution of containers, which makes it easy to use and deploy containers, but this also means that Docker is controlled by few people.
The container ecosystem is very active, with many projects and companies contributing to it.
There are several run times available, including the Docker run time, runC, and containerD.
Containerd is a lower-level runtime that is used by Docker, but it can also be used standalone.
Docker’s containerized system eliminates the need to manually administer and provide resources to applications, which makes it easier to manage multiple applications on the same host.
Containers are highly portable and can be moved between environments without any modifications.
The container ecosystem is not perfect, but it has made significant progress in recent years.
Understanding how containers work is important for developers, as it can help them understand how their applications will behave in different environments.
The use of containers is not limited to Linux systems, and they can be used on macOS and Windows systems as well.
The OCI (Open Container Initiative) is a project that aims to create open standards for container runtimes and image formats.
Docker provides a number of tools and options for managing and running containers, including Docker Compose, Docker Swarm, and Docker Machine.
Docker provides a way to easily replicate a container in development and production environments, which can help with testing and debugging.
The use of containers has grown rapidly in recent years, with many companies adopting them for their applications and services.
The advantages of using containers include improved resource utilization, better isolation, and easier deployment and management.
The disadvantages of using containers include the need to understand how they work, the complexity of managing multiple containers, and the need for careful resource management.
Containerization is a movement that has been adopted by many companies and is now a part of the DevOps culture.

Container Standards Explained - Melissa McKay

More talks