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Dynamic Virtual Client

4 Posts authored by: Priya Abani
Priya Abani

Intel has been working with multiple ISVs to implement Dynamic Virtual Clients. Implementing netBoot/i™ solutions from Double-Take software simplifies desktop management, and provides IT providers and end-users with the right mix of management capabilities (centralized storage, recoverability) without compromising user-experience even for the most demanding applications. Central management of operating system and applications reduces management complexity of patching multiple desktops and offers cost reduction and security by eliminating hard drives from desktops.

 

 

Building and maintaining computer systems is no easy task and information technology managers are constantly looking for better tools to reduce the total cost of managing their data centers and infrastructure. Storing both operating system state and data within the computer can cause management challenges such as storage over provisioning, data duplication as well as expensive and ineffective backup solutions. Shifting data storage to Storage Area Networks (SAN) provided numerous advantages in both hard and soft dollar cost savings. The final evolution of storage management is to separate the boot disks from systems and turn them into stateless compute devices. The netBoot/i™ technology separates state from compute devices and allows them to run from iSCSI SAN.

 

Check this technology out in the attached case study.





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Priya Abani

Hi all,

Intel has been working with various companies on implementing the concept of Dynamic Virtual Clients. Driven by the need to control costs of desktop management, Providence Health & Services – Oregon (PH&S – Oregon) recently undertook an initiative to gain greater control and standardization of desktop configurations, while providing performance and flexibility to meet business unit needs. Goals for this initiative included maximizing system availability, reducing operating costs, increasing security, and better using IT time and resources to support business strategies rather than day-to-day maintenance.

After evaluating various computing models, including virtual desktop infrastructure (VDI), blade computing, and terminal services, PH&S – Oregon deployed a pilot solution with streamed delivery of a centralized OS image using Citrix Provisioning Server* (Citrix PVS) along with application streaming and virtualization using Microsoft SoftGrid,* now called Microsoft Application Virtualization* (Microsoft App-V).

For PH&S – Oregon, this solution offered the lowest cost of ownership for both conversion and operation, met management and security requirements, and met or exceeded user expectations for boot time, application launch times, and performance.

Check it out in the attached case study.

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Priya Abani

Hi all,

Intel has been working with various companies on implementing the concept of Dynamic Virtual Clients. Driven by the need to stay competitive under brutally challenging market conditions, a global financial services firm has mounted an innovative “stateless” desktop virtualization initiative, using streaming OS and application technology to make IT more agile and cost-effective. (The firm wishes to remain anonymous.)

In a previous effort to control desktop management costs for over 100,000 workstations, the firm implemented a solution based on VDI, which did not work well for certain segments – the power users and some knowledge workers. VDI also did not solve the underlying complexity issue of managing at least one desktop image for each user. To service the power users and provide a solution for centralized desktop image management, the firm implemented a “stateless client” architecture that centralized management and distribution of desktop images through real-time streaming technology, deployed on economical, scalable PCs or “virtual thin desktops.”

The firm’s stateless solution assembles desktop images on the fly from a set of master OS images combined with virtualized, streamed applications. This solution combines the security and control of server-based models with the high performance and multimedia user experience offered by rich client workstations.

Check it out in the attached case study.

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Priya Abani

Hi all,

Intel has been working with various companies on implementing the concept of Dynamic Virtual Clients. As innovators among Harvard University’s IT community, the School of Engineering and Applies Sciences (SEAS) is an ideal environment for implementation of Application Streaming technology. Within SEAS, the office of Computing and Information Technology’s (CIT) CyberInfrastructure Labs (CI Labs) supports faculty, researchers, students, and staff by deploying and maintaining up-to-date, effective computing technologies.

With application streaming, applications are streamed on demand from the data center to the client, where they are executed locally. The goal of the scientific application streaming project, as outlined in the attached white paper, is to simplify the deployment of large, complex engineering and scientific applications to a highly diverse user population of around 1,000 students and faculty.

Initial results show install times decreasing from hours to minutes, as well as fewer problems caused by human error during complex installation and licensing procedures. As innovators among Harvard’s IT community, the CI Labs anticipates wider implementation of application streaming, both within its user base and across Harvard.

Check out the details in the attached case study.

 

 



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