Virtual Desktops for Cost-Saving, Security, & Accessibility

With the demanding technology that is widely experienced at the enterprise level, since it is becoming expensive to maintain IT infrastructure. This results in higher demands for both cost, and independent reliability of data, which limits accessibility or sharing of data with the entire organization or a department. However, the concept of Virtual Desktop Infrastructure (VDI) supports an array of benefits ranging from the cost of maintenance, data security, and accessibility.

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The concept of virtual desktop infrastructure works on a similar concept based on the principle of server hosting. This refers to the accessibility of required data through a controlled client-side, where data requests are sent. Through the use of a hypervisor, unique software that simulates a real desktop provides the opportunity of working with the virtual desktop as a real machine (Hastings, Wayward, & Wong, 2016). Application and data can be accessed from anywhere, which gives a higher degree of flexibility to client-side.

Data Sharing

Among one of the objectives of virtual desktop, infrastructure is to provide accessibility, data sharing, and storage. In an environment where data sharing is restricted, VDI helps to share data through several nodes in an encrypted format that prevents any linkages. On the other hand, data backups are one of the essential and critical objectives of any VDI. Through the concept of data redundancy, data can be spread through several virtual servers to reduce the possibilities of losing data in case of PC damage.

Evaluating Options Some Important Specifications of this Technology that Companies Should Use When

Virtual Desktop Interface (VDI) provides a more comprehensive benefit in cost management, especially in new software (Crook, 2018). Due to the nature of updates occurring on the backend side, a company may benefit from buying software to be installed in the virtual infrastructure. Through this, all connected clients have the privilege of enjoying these services without an extra increased cost.

On the other hand, easy accessibility refers to the possibilities of remotely working away from your work station. As a result, workers can catch up with the progress of their work while they are away from their work station. This increases productivity and higher response time.

Any Particular Technology Providers Stand Out in the Space

Virtual Desktop Interface (VDI) primarily depends on the virtualization software, that abstracts the applications, operating system, as well as the retrieved data from the computing infrastructure. The desktop operating system is installed inside a Virtual Machine (VM) on a personal computer. The essence of installing and running the VM is to ensure that the PC creates multiple desktops for accessibility.

On the or side of the coin, Microsoft is another VDI technology provider, which allows multiple users to share a centralized windows Server Operating System (WSOS) (Barfield, 2015). Through the use of Remote Desktop Services (RDS), the operating system is installed directly on a centralized server, as well as remote display protocol (RDP) for the node devices.

Microsoft, as a VDI provider, stands out despite using similar concepts to other providers. The installation of a unified operating system helps to create and increase more nodes or clients easier. This increases the robustness of the system, which increases the load balancing and performance of the entire system.

New Technology Slated To Displace These Incumbents

With the widely use of cloud computing, there is no current technology in the market that is currently fighting against VDI. The flexibility and higher degree of performance of the VDI have established a foundation in data sharing and management (Nash, 2018). The benefits of accessing the data from any point of interest, adds to the advantage of this technology.

References

Barfield, W. (2015). Fundamentals of wearable computers and augmented reality. CRC Press.doi:10.1201/b18703Crook, C. (2018). Computers and the Collaborative Experience of Learning (1994). Routledge.doi:10.4324/9781315122519Hastings, C., Wayward, J. T., & Wong, J. P. (2016). Approximations for Digital Computers.doi: 1013947494

Nash, J. C. (2018). Compact numerical methods for computers: linear algebra and function minimization. Routledge.doi:10.1201/9781315139784