Container Runtimes
Container runtimes are software components responsible for running containers and managing container lifecycle on a host system. They provide the necessary environment for container execution, including resource allocation and isolation. Popular container runtimes include Docker, containerd, CRI-O, and Podman, each offering unique features and optimizations. These runtimes are essential for deploying and managing containerized applications efficiently in various environments.
What are Kubernetes Containers?
Kubernetes is an open-source container orchestration framework that was originally developed by Google. Container orchestration is automation. It can facilitate you to deploy the identical application across different environments like physical machines, virtual machines cloud environments, or perhaps hybrid deployment environments and makes it easier for the management, scaling, and networking of containers.
The original name for Kubernetes (originating from Greek) within Google was Project 7. Within the year 2014, Kubernetes was released for the first time and made open-sourced too after using it to run production workloads at scale for quite a decade. Also, pure open-source Kubernetes is free and might be downloaded from its repository on GitHub.
Table of Content
- What is Kubernetes?
- What are Kubernetes Containers?
- What Are Containers and Kubernetes and How Do They Work?
- Containerization Using Kubernetes
- Container Technology
- What is Docker?
- Container images
- Container Runtimes
- Kubernetes Pods
- Differences Between Docker Images and Docker Containers
- Architecture of Kubernetes
- Types of kubernetes Containers
- How to Install Kubernetes? A Step-By-Step Guide
- Docker Container vs Kubernetes
- Differences Between Kubernetes Ingress vs Kubernetes Services
- Features of Kubernetes Containers
- Advantages Of Kubernetes Containers
- Benefits of Kubernetes Containers
- Kubernetes Containers – FAQs