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Absolute virtualization

Absolute virtualization is a virtualization concept that seeks to create a fully virtualized representation of the computer environment, including hardware and software, without any visible differences from the real environment. This concept refers to the creation of a virtual machine that emulates hardware, allowing you to run various operating systems and applications on it as if they were installed on physical hardware.

One of the key aspects of absolute virtualization is the isolation of the virtual environment from the physical hardware of the host. This is achieved using a hypervisor, software that manages virtual machines and provides them with access to host resources. The hypervisor provides isolation between virtual machines, which allows them to work independently from each other and from the host system.

The benefits of absolute virtualization include:

  1. Increased resource efficiency: Since a single physical server can support multiple virtual machines, absolute virtualization allows for more efficient use of computing resources.
  2. Simplify management and deployment: Absolute virtualization makes it easier to manage and deploy applications and operating systems because they can be run on virtual machines with minimal changes.
  3. Isolation and security: Each virtual machine runs in an isolated environment, which ensures the security of data and applications and prevents one virtual machine from affecting others.
  4. Flexibility and Scalability: Absolute virtualization provides flexibility and scalability, allowing you to easily add or remove virtual machines depending on business needs.

Although absolute virtualization requires certain resources for the operation of a hypervisor, its advantages make it a popular choice for many organizations seeking to optimize the use of their computing resources.

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