VDI, or virtual desktop infrastructure, is a technology that allows the deployment of desktops from virtual machines to user devices and includes components like operating systems, storage, and networking. Key elements of VDI include hypervisors for managing VMs, desktop image management for ensuring desktop configurations, and layered applications for customized user experiences. Networking is vital in VDI to deliver secure desktops to users, necessitating encryption protocols like TLS and SSL.

1. What Is VDI
And How
Does It Work?
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2. What Is VDI?
VDI is a virtual desktop infrastructure. VDI
is a technology that enables you to deploy
desktops to user devices from virtual
machines and helps to manage remote
services. VDI deployments can provide all
main backend virtual components
including operating system, storage,
hypervisors, desktop management,
networking & layering.

3. How Does VDI
Work?

5. VDI deployments group all of the components needed to
use desktops and applications along with networking and
storage resources. Below you can learn how these
components operate to enable virtual desktop functionality.

6. 1. Operating System
VDI contained self OS or a host OS. VDI uses
self-contained systems, with each virtual
machine (VM) or instance containing its OS
copy.
Self-contained OS, the system is centrally
managed. Each desktop it serves can be used
on a 1:1 basis, tied to a single user, or a
1:many, available to multiple users. When VMs
are deployed, any necessary applications are
included before the desktop is delivered.

7. 2. Hypervisor
Hypervisors are used to host and manage your
virtual machines. Some VDI deployments, such
as Microsoft RDS and Citrix Virtual Apps can
be implemented with any hypervisor.

8. 3. Desktop Image Management
Desktop image management is designed for what
desktops should contain and how they should be set
up. Image management includes ensuring that images
are up to date, licensed, and correctly distributed.
Another feature of Desktop image management is
sharing images across teams or partnerships.

9. 4. Storage
Storage assets are expected to have machine
pictures and give working stockpiling to work
areas. You can distribute storage with either
thin or thick provisioning. Thin provisioning
utilizes the base measure of storage and grows
to depend on the situation. Thick provisioning
saves the measure of storage possibly
required.

10. 5. Layering
Layers empower IT groups to effectively
oversee sets of utilizations or utilities. With
layers, heads can convey work areas from a
normalized base picture that incorporates
functionalities coordinating with various users.
Layers empower these modified work areas
without requiring the making of extra pictures.

11. 5. Networking
VDI requires networking to deliver desktops to
end-users. To keep data secure, you should
encrypt these networks using Transport Layer
Security (TLS) and Secure Sockets Layer (SSL)
protocols.

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