Virtual Machines and Virtualization

This set of flashcards covers key concepts regarding virtual machines and virtualization, including their uses, advantages, and requirements.

Virtual Machines (VMs)

Guest operating systems installed on a host computer using virtualization software.

Hypervisor

Software that creates and manages virtual machines, enabling multiple operating systems to run on a single physical machine.

Desktop Virtualization

Utilizing virtualization software on desktop computers for various purposes including running legacy applications and creating virtual labs.

Legacy Software Support

Using virtualization to run older applications that may not function properly on newer operating systems.

Development Environment

A virtual setup for testing software applications under various resource constraints without affecting production environments.

Training Lab Environment

Virtual environment where students can practice using live operating systems without impacting the original environment.

Virtualization Components

The essential parts required for virtualization: a physical machine, hypervisor, and virtual machines.

Resource Efficiency

One of the largest advantages of virtualization, where server capacity is utilized effectively without waste.

Virtual Labs

Controlled environments created for research and analysis where malware can be contained.