Course Outline

  1. Use cases for virtualization and containers
  2. Kernel-level technologies that make containers work
  3. How to choose between virtual machines and containers
  4. Comparison of container technologies for Linux
  5. Installation of LXC
  6. Creating, cloning, starting and stopping containers
  7. Networking in containers
  8. Managing storage for containers
  9. Limiting resources accessible to a container
  10. Security considerations
  11. Unprivileged containers and UID/GID mapping
  12. Tools for container management
  13. Areas of current development: LXD, CRIU

Requirements

  • Good knowledge of Linux command line utilities is required
  • Experience with virtualization technologies would be useful
  7 Hours
 

Testimonials

Related Courses

Virtualization with QEMU, KVM and Libvirt

  14 hours

Flatpak - The Future of Application Distribution

  14 hours

Vagrant for Creating and Managing Virtual Machines

  7 hours

DC/OS (Distributed Cloud Operating System)

  14 hours

Alpine Linux

  7 hours

OSv: Operating System for the Cloud

  7 hours

Moby Project

  7 hours

Microsoft Azure Infrastructure and Deployment

  35 hours

Penetration Testing: Python and Kali Linux

  14 hours

Podman Containers

  14 hours

Docker for Developers and System Administrators

  14 hours

Docker and Kubernetes

  21 hours

Docker (introducing Kubernetes)

  14 hours

Container Management with Docker

  21 hours

Managing Kubernetes with Rancher

  14 hours