Virtualization Technology News and Information
White Papers
RSS
White Papers Search Results
Showing 1 - 5 of 5 white papers, page 1 of 1.
The Path to Hybrid Cloud: Intelligent Bursting To Amazon Web Services & Microsoft Azure
In this whitepaper you will learn: The challenges in implementing an effective hybrid cloud; How key vendors are addressing their challenges; How to answer what, when and where to burst.

The hybrid cloud has been heralded as a promising IT operational model enabling enterprises to maintain security and control over the infrastructure on which their applications run. At the same time, it promises to maximize ROI from their local data center and leverage public cloud infrastructure for an occasional demand spike. However, these benefits don’t come without challenges.

In this whitepaper you will learn:
•    The challenges in implementing an effective hybrid cloud
•    How key vendors are addressing their challenges
•    How to answer what, when and where to burst

User Profile and Environment Management with ProfileUnity
This whitepaper has been authored by experts at Liquidware Labs in order to provide guidance to adopters of desktop virtualization technologies. In this paper, we outline how ProfileUnity was designed to address many of the shortcomings of Roaming Profiles, and basic profile management tools that are just a step away from roaming profiles, in managing user profiles and user-authored data over multiple desktop platforms, including physical upgrades and refreshes, Windows migrations and moves to
User Profile Management on Microsoft Windows desktops continues to provide challenges.  Most Administrators find that Roaming Profiles and even Microsoft UEV generally fall short due to several factors. Profile Corruption, Lack of Customization, and lack of Enterprise Features are just some of the top shortcomings of Microsoft Windows profile management with these options.

Basic tools such as roaming profiles do not support a mixed operating environment, therefore it does not allow users to move among desktops with mixed profile versions, e.g. Windows 7, Windows 10, Server2008, 2012 r2, etc.

The lack of support of mixed OS versions makes Microsoft profile management methods a serious hindrance when upgrading/migrating operating systems. Microsoft profile management tools also only support very limited granular management, so admins do not have the ability to exclude bloated areas of a user profile or to include files and registry keys outside of the profile. Profile bloat is one of the number one reasons for long logon times on Windows desktops.

Most organizations who will upgrade from a previous Windows® OS, such as Windows 7, to Windows 10, will want the flexibility to move at their own pace and upgrade machines on a departmental or ‘as needed’ basis.  As a result, management of Microsoft profiles and migration become a huge challenge for these environments because neither operation is seamlessly supported or functional between the two operating systems.  

A user’s profile consists of nearly everything needed to provide a personalized user experience within Windows.  If one could separate out the user profile from Windows and enable dynamic profiles that can adapt to any Windows OS version, several advantages can be realized:
  • User state can be stored separately and delivered just-in-time to enable workers to roam from workspace to workspace
  • Users’ profiles can co-exist in mixed OS environments or automatically migrate from one OS to the next, making OS upgrades easy and essentially irrelevant during a point-in-time upgrade
  • Integral policies and self-managed settings, such as local and network printer management, as well as security policies, can be readily restored in the event of a PC failure or loss (disaster recovery)
Given the growing complexity and diversity of Windows desktops technologies, today’s desktop administrators are looking for better ways to manage user profiles across the ever-increasing spectrum of desktop platforms available. In this whitepaper, we will cover the issues inherent with Roaming Profiles and how ProfileUnity addresses these issues.
FSLogix Lab Installation Guide for Azure
This document contains the steps required to install a Proof-of-Concept (POC) environment for RDSH Full Desktop with FSLogix Apps. POC environments created according to this install guide can be used to test applications controlled by FSLogix Apps in a reproducible way. We build the environment in the cloud in order to minimize costs associated with required hardware, and to streamline the build process. The testing environment is built entirely in Azure and contains an IaaS RDSH deployment incl

This document contains the steps required to install a Proof-of-Concept (POC) environment for RDSH Full Desktop with FSLogix Apps.  POC environments created according to this install guide can be used to test applications controlled by FSLogix Apps in a reproducible way.  We build the environment in the cloud in order to minimize costs associated with required hardware, and to streamline the build process.

The testing environment is built entirely in Azure and contains an IaaS RDSH deployment including the supporting network and domain infrastructure.  A non-Azure based client component accesses the RDSH deployment.

Application Playbook: Exchange Monitoring for IT Pros
Applications make up the backbone of every business, from small companies to large corporations. Today, IT teams are finding themselves under increasing pressure to keep applications and the supporting infrastructure readily available and performing optimally.

Applications make up the backbone of every business, from small companies to large corporations.  Today, IT teams are finding themselves under increasing pressure to keep applications and the supporting infrastructure readily available and performing optimally.

In this eBook, we'll share the latest best practices for monitoring Microsoft Exchange and discuss how to troubleshoot performance issues faster and keep business-critical applications running smoothly.

StarWind Manager
StarWind Manager is a software solution developed to assist system administrators in performing their basic routine duties. StarWind Manager helps implementing, managing and monitoring Software-Defined Storage systems built with such solutions as StarWind Virtual SAN, Microsoft Storage Spaces Direct, and Ceph.

StarWind Manager is a software solution that provides the ability to control the storage infrastructure regardless of hardware or software utilized. Thus, you can build your storage system using such Software-Defined Storage solutions like StarWind Virtual SAN, Microsoft Storage Spaces Direct and Ceph. StarWind Manager easily integrates into any existing infrastructure providing customers with a single control panel to manage it.

The first version of StarWind Manager comes as a “Preview Release”, and thereby supports only the first three features, while the others will be available in the upcoming releases:

·         Web-based interface

StarWind Manager provides a unified web-interface that allows monitoring your Software-Defined Architecture built with StarWind Virtual SAN, S2D or Ceph.

·         Server Health Monitoring

The software allows monitoring your server health irrespective of the hardware used to build the infrastructure. The web-based interface will provide the information on the CPU, memory, disk and storage utilization, as well as IOPS and latency.

·         Support for SDS platforms

As of now, StarWind Manager allows you monitoring the S2D infrastructure. In the upcoming releases, the software will be monitoring and managing the architecture built using StarWind Virtual SAN and Ceph storage platforms.

·         REST architectural paradigm

Designed with REST API, StarWind Manager allows adjusting the interface, as well as reconfiguring and creating plugins.

·         Hypervisor support

In addition to storage management, the software will allow you managing Microsoft Hyper-V hosts.