
LPIC-3 Virtualization and Containerization
The LPIC-3 Virtualization and Containerization certification validates enterprise-level skills in administering Linux systems with a focus on virtualization and containerization technologies. Designed for senior Linux professionals, it covers planning, deployment, and troubleshooting of virtualized and containerized environments. Earning this credential demonstrates your ability to manage complex, scalable infrastructure that underpins modern cloud and data center operations.
399 practice questions · Updated 2026-07-30
LPIC-3-VIRTUALIZATION Curriculum
Every domain, objective, and concept the LPIC-3-VIRTUALIZATION exam measures.
- Virtualization terminology
- Pros and cons of virtualization
- Hypervisor types
- Virtual Machine Monitor variations
- Physical to virtual migration
- Virtual machine migration between hosts
- Virtual machine lifecycle features
- Virtualization management tools
- Open vSwitch awareness
- Xen Architecture Overview
- Xen Networking Architecture
- Xen Storage Architecture
- Xen Node and Domain Configuration
- Xen Domain Lifecycle Management
- Xen Node Management
- Xen Troubleshooting Basics
- XAPI Awareness
- XenStore Awareness
- Xen Boot Parameters Awareness
- xm Utility Awareness
- QEMU architecture overview
- KVM integration
- QEMU networking models
- QEMU storage backends
- Command-line QEMU invocation
- QEMU monitor basics
- Snapshot management via monitor
- QEMU Guest Agent installation
- VirtIO driver installation
- Troubleshooting QEMU networking
- Troubleshooting QEMU storage
- Key QEMU configuration parameters
- libvirt architecture
- libvirt connections and nodes
- QEMU and Xen domain lifecycle
- domain snapshots
- domain resource monitoring
- storage pool management
- storage volume management
- virtual network management
- domain migration
- libvirt-Xen interaction
- libvirt-QEMU interaction
- network services integration
- libvirt XML configuration
- virtlogd and virtlockd
- Virtual disk image format characteristics
- qemu-img basic operations
- qemu-img advanced features
- libguestfish basics
- libguestfish file manipulation
- Copying physical disk to image
- Converting between disk formats
- OVF awareness
- System vs. Application Containers
- Kernel Namespaces
- Analyzing Namespaces
- Control Groups (cgroups)
- Analyzing cgroups
- Linux Capabilities
- Analyzing Capabilities
- Seccomp
- SELinux and AppArmor
- LXC and Docker Leveraging Kernel Features
- runc
- CRI-O and containerd
- OCI Runtime and Image Specifications
- Kubernetes Container Runtime Interface (CRI)
- Podman, Buildah, and Skopeo
- Other Container Virtualization Approaches
- LXC and LXD architecture
- LXD container management
- LXD networking
- LXD storage management
- LXC container properties
- LXC resource limits
- LXD profiles
- LXC images
- Traditional LXC tools
- Docker architecture and components
- Managing Docker containers from images
- Managing Docker images
- Managing Docker volumes
- Managing Docker container logging
- Managing Docker networking
- Writing Dockerfiles
- Building images from Dockerfiles
- Running a Docker registry
- Relevance of container orchestration
- Docker Compose fundamentals
- Docker Swarm fundamentals
- Kubernetes core concepts
- Helm fundamentals
- OpenShift awareness
- Rancher awareness
- Mesosphere DC/OS awareness
- Public Cloud Offerings Overview
- OpenStack Core Components
- OpenStack Use Cases
- Terraform Basics
- Terraform Workflow
- CloudStack Overview
- Eucalyptus Overview
- OpenNebula Overview
- Packer Overview
- Template File Structure
- Writing Template Files
- Builder Configuration
- Provisioners and Post-Processors
- Building Images
- Template Maintenance
- cloud-init overview
- user-data
- cloud-init initialization process
- cloud-init configuration
- file system management with cloud-init
- user account configuration with cloud-init
- software package installation with cloud-init
- integrating cloud-init into system images
- config drive datasource
- Vagrant architecture
- Vagrant storage and networking
- Retrieving and using boxes from Atlas
- Creating and running Vagrantfiles
- Accessing Vagrant virtual machines
- Sharing and synchronizing folders
- Vagrant provisioning with File and Shell provisioners
- Multi-machine setup in Vagrant
Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for LPIC-3-VIRTUALIZATION, so none is invented.