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Course Outline
Virtualization Fundamentals
- Defining the Hypervisor
- Hypervisor Classifications (Type 1 versus Type 2)
- Key benefits of adopting virtualization
KVM at a Glance
- Core concepts of KVM and its underlying architecture
- Advantages and limitations of KVM
- Essential terminology (libvirt, QEMU, virt-manager, and others)
Lab Setup and Deployment
- Configuring the lab environment and meeting system requirements
- Preparation steps for KVM installation
- Executing the KVM installation workflow
KVM Setup and Tuning
- Configuring network settings for KVM
- Establishing storage pools
- Provisioning guest virtual machines
KVM Operations and Management
- Controlling guest virtual machine lifecycles (start, stop, remove, etc.)
- Generating and reverting VM snapshots
- Performing backups of guest virtual machines
- Scaling up guest virtual machine disk capacities
- Modifying guest virtual machine names
- Replicating guest virtual machines
- Scaling up CPU and RAM resources for guest virtual machines
Advanced Configurations and Debugging
- Setting up virtual network bridges (vBridge: Host Only and NAT modes)
- Restoring VMs from backup images
- Standard methods for troubleshooting KVM issues
Wrap-up and Future Directions
Requirements
- Proficiency with the Linux command-line interface
- Foundational knowledge of system administration principles
- General awareness of virtualization concepts is beneficial, though not mandatory
Target Audience
- System administrators exploring virtualization technologies
- IT professionals aiming to rapidly adopt KVM
- Developers and DevOps engineers operating within virtualized infrastructures
7 Hours
Testimonials (1)
A very good and easy-to-use virtual solution (DA DESKTOP).
