Basic Docker and Kubernetes
An Introduction to Containerization
and Orchestration
Agenda
• • Introduction to Containers
• • Docker Basics
• • Kubernetes Basics
• • Docker vs Kubernetes
• • Real-World Use Cases
• • Summary
What is Docker?
• • Open-source platform for building,
deploying, and running applications
• • Packages software into standardized units
called containers
• • Ensures consistency across environments
• • Lightweight and efficient
Docker Components
• • Docker Engine
• • Docker Hub
• • Docker Images
• • Docker Containers
• • Docker Compose
What is Kubernetes?
• • Open-source container orchestration
platform
• • Automates deployment, scaling, and
management of containers
• • Originally developed by Google
• • Ensures high availability and fault tolerance
Kubernetes Components
• • Pods
• • Nodes
• • Clusters
• • Services
• • Deployments
• • Ingress
Docker vs Kubernetes
• • Docker is for creating and running containers
• • Kubernetes is for managing and
orchestrating containers
• • They are complementary technologies
• • Often used together in production
environments
Real-World Use Cases
• • Microservices architecture
• • Continuous Integration/Continuous
Deployment (CI/CD)
• • Cloud-native applications
• • Scalable web applications
• • Hybrid and multi-cloud strategies
Summary
• • Docker simplifies packaging and running
applications
• • Kubernetes manages and scales
containerized applications
• • Together they provide a powerful DevOps
ecosystem

Basic_Docker_and_Kubernetes_Presentation.pptx

  • 1.
    Basic Docker andKubernetes An Introduction to Containerization and Orchestration
  • 2.
    Agenda • • Introductionto Containers • • Docker Basics • • Kubernetes Basics • • Docker vs Kubernetes • • Real-World Use Cases • • Summary
  • 3.
    What is Docker? •• Open-source platform for building, deploying, and running applications • • Packages software into standardized units called containers • • Ensures consistency across environments • • Lightweight and efficient
  • 4.
    Docker Components • •Docker Engine • • Docker Hub • • Docker Images • • Docker Containers • • Docker Compose
  • 5.
    What is Kubernetes? •• Open-source container orchestration platform • • Automates deployment, scaling, and management of containers • • Originally developed by Google • • Ensures high availability and fault tolerance
  • 6.
    Kubernetes Components • •Pods • • Nodes • • Clusters • • Services • • Deployments • • Ingress
  • 7.
    Docker vs Kubernetes •• Docker is for creating and running containers • • Kubernetes is for managing and orchestrating containers • • They are complementary technologies • • Often used together in production environments
  • 8.
    Real-World Use Cases •• Microservices architecture • • Continuous Integration/Continuous Deployment (CI/CD) • • Cloud-native applications • • Scalable web applications • • Hybrid and multi-cloud strategies
  • 9.
    Summary • • Dockersimplifies packaging and running applications • • Kubernetes manages and scales containerized applications • • Together they provide a powerful DevOps ecosystem