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Containerization

Containerization is a technology that enables packaging applications and their dependencies into isolated containers, allowing consistent deployment across different environments.

Container Engines

Tools responsible for building, running, and managing containers at the runtime level. These engines handle image execution, isolation, and container lifecycle.

Name Description Link Tutorial
Docker Platform for building, testing, and running applications using containers. Docker Docker Get Started
Podman Daemonless container engine for managing OCI containers with a Docker-compatible CLI. Podman Podman Getting Started
containerd Industry-standard container runtime used by Docker, Kubernetes, and other systems. containerd Getting started with containerd
Kata Containers Open-source project combining lightweight virtual machines with container workflows for stronger isolation. Kata Containers Kata Containers Docs
Firecracker Lightweight microVM technology for running container and serverless workloads. Firecracker Firecracker Getting Started

Container Orchestration

Platforms for scheduling, scaling, and managing containerized workloads across multiple hosts and environments.

Name Description Link Tutorial
Kubernetes Open-source system for automating deployment, scaling, and management of containerized applications. Kubernetes Kubernetes Tutorials
OpenShift Kubernetes-based platform providing tools for deploying and managing containerized applications. OpenShift OpenShift Documentation
Nomad Flexible workload orchestrator supporting containerized and non-containerized workloads. Nomad Nomad Tutorials
Docker Swarm Native Docker clustering and orchestration solution. Docker Swarm Swarm Mode Overview
AWS Fargate Serverless compute engine for running containers without managing servers. AWS Fargate Getting Started with Fargate
AWS EKS Managed Kubernetes service on AWS. AWS EKS EKS Workshop
K3s Lightweight Kubernetes distribution for edge, IoT, and development use cases. K3s K3s Quick Start
MicroK8s Lightweight Kubernetes distribution designed for local development and edge environments. MicroK8s MicroK8s Tutorials

Management Tools

Tools that simplify container operations through packaging, configuration, visualization, and cluster management.

Name Description Link Tutorial
Docker Compose Tool for defining and running multi-container Docker applications. Docker Compose Compose Get Started
Helm Package manager for Kubernetes applications. Helm Helm Quickstart
Portainer Web-based container management interface. Portainer Portainer Docs
Rancher Platform for managing Kubernetes clusters across environments. Rancher Rancher Documentation

Container Benefits

Development

  • Consistency - Same environment from development to production
  • Isolation - Applications run independently
  • Portability - Run across different platforms
  • Efficiency - Lower overhead compared to virtual machines

Operations

  • Scalability - Supports horizontal scaling
  • Resource Utilization - Improved hardware usage
  • Deployment Speed - Fast startup and rollout
  • Rollback Capability - Easier version rollback

Have any suggestions, additions, best-practices or references? Please contribute to help others learn!

Multi-cloud Management Serverless Frameworks