Virtual Desktop Infrastructure(VDI)

Virtual desktop infrastructure is a desktop virtualization approach in which a desktop operating system, typically Microsoft Windows, runs and is managed in a data center. The desktop image is delivered over a network to an endpoint device, which allows the user to interact with the OS and its applications as if they were running locally. The endpoint may be a traditional PC, thin client or even a mobile device.
This approach can have many benefits, depending on the type of VDI deployed. Because little actual computing takes place at the endpoint, IT departments may be able to extend the lifespan of otherwise obsolete PCs by repurposing them as VDI clients. And when the time does come to purchase new devices, organizations can buy cheaper, less powerful machines. 
Because all data lives in the data center, not on the endpoint, there are significant security benefits of VDI. A thief who steals a laptop that uses VDI can’t take any data off the machine, because there is no data on the machine.

Objective of Virtual Desktop Infrastructure

Implementing VDI solution in an organization helps to achieve the following objectives
 Helps an organization to achieve strategic transformation and focus on core services. The traditional non-virtualization system is time-consuming and requires high IT investment and O&M costs. In comparison, the cloud platform supports centralized device management, has low maintenance costs, is easy to expand, and allows rapid resource deployment. Therefore, if the cloud platform is deployed, the core resources that were originally invested to non-virtualization IT system construction and maintenance can turn to mainstream services, thereby improving resource utilization and helping an organization to focus on mainstream services and win the full-service competition. It also Helps to improve resource utilization and build a green IT system. The cloud platform supports easy device replacement and capacity expansion, thereby significantly increasing the resource reuse ratio, avoiding the stovepipe development structure, and effectively implementing energy conservation and emission reduction.
 Reduces IT resources and O&M costs. The cloud platform provides an O&M platform for centralized resource management, which helps reduce O&M costs.
 Shortens the service deployment duration and improves service agility. The cloud platform can be planned initially and then deployed on demand.This mode simplifies data planning, lowers investment risks, allows easy capacity expansion and reduction, and implements timely adaptation to service or IT changes.
 Ensures continuity of core service through high cloud platform reliability. The cloud platform supports the functions including high availability (HA) and live migration to prevent service interruptions, minimize the device downtime, and ensure core service continuity.

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