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Showing 1 - 16 of 20 white papers, page 1 of 2.
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.

The Hybrid Cloud Guide
This guide aims to provide you with an understanding of the driving factors behind why the cloud is being adopted en-masse, as well as advice on how to begin building your own cloud strategy.

With so many organizations looking to find ways to embrace the public cloud without compromising the security of their data and applications, a hybrid cloud strategy is rapidly becoming the preferred method of efficiently delivering IT services.

This guide aims to provide you with an understanding of the driving factors behind why the cloud is being adopted en-masse, as well as advice on how to begin building your own cloud strategy.

Topics discussed include:
•    Why Cloud?
•    Getting There Safely
•    IT Resilience in the Hybrid Cloud
•    The Power of Microsoft Azure and Zerto

You’ll find out how, by embracing the cloud, organizations can achieve true IT Resilience – the ability to withstand any disruption, confidently embrace change and focus on business.

Outlook Performance in Non-Persistent Environments Using FSLogix's Office 365 Containers
An Independent Remote End-User Experience Performance Benchmark. Published on: http://www.rdsgurus.com/outlook-performance-in-non-persistentenvironments-using-fslogixs-office-365-containers
RDS Gurus decided to run performance tests on Outlook in non-persistent environments using FSLogix’s Office 365 Container solution. The purpose was to illustrate the user experience of remote desktop users working in a Remote Desktop Services environment configured to use FSLogix Office 365 Containers relative to the typical user experience when using native RDS User Profile Disk technology. Their primary focus was to measure how performance degrades when multiple users are simultaneously working with Outlook (“noisy neighbor effect”).
OneDrive for Business Performance in Non-Persistent Environments Using FSLogix's Office 365 Containe
An Independent Remote End-User Experience Performance Benchmark. Published on: http://www.rdsgurus.com/onedrive-for-business-performance-in-nonpersistent-environments-using-fslogixs-office-365-containers/
This whitepaper addresses the issue described in Microsoft’s knowledge base article “OneDrive for Business sync app isn’t supported for client sessions that are hosted on Windows 2008 Terminal Services or Windows 2012 Remote Desktop Services (RDS)“, published at https://support.microsoft.com/enus/kb/2965687. This is also true for RDS running on Windows Server 2016. To gain access to OneDrive for Business files, the officially supported solution for Remote Desktop users is to utilize a web browser. But most remote desktop users want to be able to use OneDrive for Business like they do on local Windows desktops.
Achieve Secure Cloud Printing for Microsoft Office 365 and Azure
The Microsoft Azure platform offers an open and scalable Cloud computing platform as a service, providing a highly available Virtual Machine (VM) Cloud service payable on a monthly fee. For subscribers, critical services and server functions can now be moved with relative ease but what about printing, how realistic is that? This paper explores the topic further and considers what happens when subscribers elect to migrate everything, including print servers, offsite into the Cloud and pitfalls to
The Microsoft Azure platform offers an open and scalable Cloud computing platform as a service, providing a highly available Virtual Machine (VM) Cloud service payable on a monthly fee. For subscribers, critical services and server functions can now be moved with relative ease but what about printing, how realistic is that? Users are struggling with print file sizes and resultant bandwidth issues, not to mention security and compliance concerns. This paper explores the topic further and considers what happens when subscribers elect to migrate everything, including print servers, offsite into the Cloud and pitfalls to avoid.
Parallels RAS and Microsoft Office 365: Deliver a Superior, Cloud-Optimized Employee Experience
When used together, Parallels Remote Application Server (RAS) and Microsoft deliver an enhanced method for employees to access Office 365. With increased security and management options, Parallels RAS delivers a superior employee experience on any device or platform—anywhere.
Microsoft Office 365 is fast becoming the industry standard, with companies rushing to adopt the solution to maximize flexibility and bring down budget costs. However, the online version lacks certain features to maximize the end-user experience and improve employee productivity. This is where a comprehensive, affordable virtualization can be useful. When used together, Parallels Remote Application Server (RAS) and Microsoft deliver an enhanced method for employees to access Office 365. With increased security and management options, Parallels RAS delivers a superior employee experience on any device or platform—anywhere.
Anywhere Access to ERP Applications with Parallels RAS
Today’s employees work outside traditional times and locations, often on personal devices. Parallels RAS applications, including your business-critical ERP applications,  to  any device, anywhere.
Workforce mobility is a growing requirement for businesses of all types and sizes. To be more productive, your workers need access to applications—including business-critical enterprise resource planning (ERP) applications, such as Microsoft Dynamics, SAP, and Sage—using any device, at any time. Meanwhile, you need to safeguard and maintain control of your data and applications. To address these challenges, Parallels has developed industry-leading application and desktop delivery solutions that give your workforce alwayson access to ERP applications, while also centralizing management for increased security and reduced costs.
How Parallels Remote Application Server Enhances Microsoft RDS
The revolutionary potential of remote desktops is just being tapped. This article will illustrate how remote desktops can help companies work more efficiently and effectively, reducing costs and harmoniously integrating solutions such as thin clients. In addition, by delivering applications and data straight to thin clients, remote desktops simplify digital policies by centralizing data directly onto the company’s server.
In 2001, Microsoft introduced the RDP protocol, a proprietary protocol that allowed users to access an operating system’s desktop remotely. Since then, Microsoft has come a long way, developing Remote Desktop Services to facilitate remote desktop access. Formerly known as Terminal Services, RDS consists of a number of tools and services that allow businesses to build an application and virtual desktop delivery solution that their users can access remotely. However, the Microsoft RDS solution leaves a lot to be desired. This white paper looks at the pain points of Microsoft RDS solutions, and how systems administrators can use Parallels® Remote Application Server to enhance their RDS infrastructure and provide the functionality their businesses need to give their users the flexibility they need to be more productive.
Understanding Windows Server Cluster Quorum Options
This white paper discusses the key concepts you need to configure a failover clustering environment to protect SQL Server in the cloud.
This white paper discusses the key concepts you need to configure a failover clustering environment to protect SQL Server in the cloud. Understand the options for configuring the cluster Quorum to meet your specific needs. Learn the benefits and key takeaways for providing high availability for SQL Server in a public cloud (AWS, Azure, Google) environment.
Azure Security Center: A Complete Guide
Protect your cloud from malicious threats with Microsoft Azure Security Center. Download this guide and learn how to easily monitor and take action to ensure compliance with security standards.

Understand threats and take action to protect your hybrid cloud

A 2017 report from Intel Security notes that only 23% of organizations completely trust public clouds to keep their data secure. But with the right resources, it is possible for your organization to achieve both compliance and security in the cloud—without high costs, special expertise or performance setbacks.

Azure Security Center provides unified security management and advanced threat protection across hybrid cloud workloads. Using advanced analytics, it helps you detect potentially malicious activity and apply actions to ensure compliance with various security standards.

This guide will cover:

•    The fundamentals, and top six reasons for building a security solution that works
•    An overview of the main features, including security event collection and threat intelligence
•    A sneak peek of a simple, yet powerful management platform to help you simplify the creation of rules and streamline firewall configuration

Download this guide and learn how you can take advantage of Azure Security Center!

What Is Hyper-V?
This authoritative guide discovers what is hyper-v and covers everything you need to know about the Microsoft technology that allows users to create virtual environments and run and manage multiple operating systems on a single physical server.

The introduction of virtualization technology has radically changed software architecture. This technology has made it possible to scale your infrastructure without the huge footprint traditionally required by multiple physical servers.

Originally developed by Microsoft, Hyper-V is a native hypervisor that creates virtual machines and allows for administrators to effectively and efficiently manage resources on a host server. Hyper-V is used to monitor uptime along with bandwidth utilization, CPU and RAM consumption, as well as perform backups and allocate resources.

What is Microsoft Azure?
This comprehensive guide covers the basics and beyond, from “What is Microsoft Azure?” to a complete Microsoft Azure tutorial video that walks you through everything you need to know about this cutting-edge solution.

What is Azure?

Microsoft Azure is a cloud platform that provides everything a business needs to run computing operations virtually, from servers and storage to databases and analytics.

If you’re struggling to grow your business, you’re in the right place. This comprehensive guide provides answers to some of your toughest technical challenges and offers tools for building scalable, cost-effective applications with a single, robust solution.

We'll Cover:
•    Why Microsoft Azure is the most popular cloud provider
•    The fundamentals of cloud computing service models (IaaS, PaaS and SaaS)
•    Tools for disaster recovery, elasticity and development
•    Features that will save you money, including Azure Cost Management and Pricing Calculator

Download this guide and learn how Microsoft Azure enables cutting-edge solutions and helps you accelerate cloud innovations.

7 Common Barriers to Legacy App Compat in Windows 10
There are many older applications which are critical to enterprises’ operations and bottom lines. They are often simple to install on older Windows versions, but they will have conflicts and ultimately fail to run on Windows 10. This original article by Numecent’s principal software engineer, Robert Tran, identifies the properties of many legacy apps which lead to their incompatibility within a new operating system.

One of the key reasons organizations stay with a particular operating system (OS) over time is so they can continue running their existing applications as new versions of the OS are released. Microsoft® has generally attempted to make every newer OS compatible with its predecessor, including the transition from Windows 7 to Windows 10. Most apps will install and continue to run on Windows 10, yet there are many business-critical applications that were simple to install on older Windows versions. However, they will have conflicts and ultimately fail to run on Windows 10.

This article explains the seven most common barriers in Windows 7 and later versions that may cause difficulties for many enterprise applications that were developed for Windows XP or earlier versions.

Conquering the Barriers Between Windows 10 & Legacy Software
This article explains how Cloudpaging technology can conquer the most common barriers to legacy application compatibility on Windows 10.
The urgency of migrating to Windows 10 is increasing among enterprises across the globe, primarily due to the heightened security measures Microsoft® has developed for the new operating system. Of course, such urgency is compounded by Microsoft’s announcement that it “will no longer provide security updates or technical support for devices running Windows 7,” effective January 14, 2020.  As organizations design strategies to migrate their desktops to a Windows 10 environment, they face many challenges.  This original article by Numecent’s principal software engineer, Robert Tran, details the ways in which Cloudpaging solves the many challenges legacy apps encounter when faced with migration to a new operating system.
The In-Depth Kubernetes Tutorial: Comparisons, Integrations & Architecture
This in-depth Kubernetes Tutorial you will find: The critical role that Kubernetes plays in a successful digital transformation, the nuts and bolts behind Kubernetes architecture and deployments, the differences between Kubernetes, Docker and Mesos, and Benefits of Kubernetes for AWS and Azure.

The In-Depth Kubernetes Tutorial

Comparisons, Integrations & Architecture

Why Does Kubernetes Matter?

In a modern enterprise, software runs on any number of applications, each with different configurations and restrictions. Keeping these systems available, reliable and scalable, requires a lot of work, time and dedication.

Originally developed by Google, Kubernetes is an open source platform that eliminates most of the manual processes associated with deploying and scaling clusters in the hybrid cloud. No matter what platform you choose to run your containerized applications on, they will always function the same way with Kubernetes.

This comprehensive Kubernetes tutorial is designed to help you adopt a mission-critical architecture that provides reliability and scalability to your virtual infrastructure.

You Will Learn:

  • The critical role that Kubernetes plays in a successful digital transformation
  • The nuts and bolts behind Kubernetes architecture and deployments
  • The differences between Kubernetes, Docker and Mesos
  • Benefits of Kubernetes for AWS and Azure

Download this guide and learn how to use Kubernetes for container orchestration.