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Course Outline
Introduction to Virtualization Technologies
- Definition and function of a Hypervisor
- Classification of Hypervisors (Type 1 vs. Type 2)
- Operational advantages of virtualization
KVM Foundational Overview
- Architectural introduction to KVM
- Assessment of KVM strengths and limitations
- Core terminology (libvirt, QEMU, virt-manager, etc.)
Lab Environment Setup and Deployment
- Infrastructure setup and hardware requirements
- Pre-deployment prerequisites for KVM
- KVM installation procedures
KVM System Configuration
- Network setup for KVM for government
- Establishment of storage pools
- Provisioning of guest virtual machines
KVM Operational Management
- Lifecycle management of guest virtual machines (start, stop, delete, etc.)
- Creation and restoration of VM snapshots
- Backup strategies for guest virtual machines
- Expansion of guest virtual machine disk capacity
- Rename operations for guest virtual machines
- Cloning of guest virtual machines
- Resource allocation adjustments for guest virtual machines (CPU, RAM)
Advanced Configuration and Diagnostic Procedures
- Construction of virtual network bridges (vBridge: Host Only and NAT)
- Recovery of VMs from backup sources
- Standard KVM troubleshooting methodologies
Summary and Future Directions
Requirements
- Proficiency with the Linux command-line interface
- Foundational knowledge of system administration
- General familiarity with virtualization concepts is beneficial but not mandatory
Target Audience
- System administrators engaged in virtualization initiatives
- IT professionals aiming to rapidly initiate KVM operations
- Developers and DevOps engineers operating within virtualized environments
7 Hours
Testimonials (1)
A very good and easy-to-use virtual solution (DA DESKTOP).
