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Showing 1 - 5 of 5 white papers, page 1 of 1.
User Profile and Environment Management with ProfileUnity
This whitepaper has been authored by experts at Liquidware 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 more.
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.
The Case for Converged Application & Infrastructure Performance Monitoring
Read this white paper and learn how you can combine and correlate performance insights from the application (code, SQL, logs) and the underlying hardware infrastructure (server, network, virtualization, storage, etc.)

One of the toughest problems facing enterprise IT teams today is troubleshooting slow applications. When a user complains of slowness in application access, all hell breaks loose, and the blame game begins: app owners, developers and IT ops teams enter into endless war room sessions to figure out what went wrong and where. Have you also been in this situation before?

Read this white paper by Larry Dragich, and learn how you can combine and correlate performance insights from the application (code, SQL, logs) and the underlying hardware infrastructure (server, network, virtualization, storage, etc.) in order to:

  • Proactively detect user experience issues before your customers are impacted
  • Trace business transactions and isolate the cause of application slowness
  • Get code-level visibility to identify inefficient application code and slow database queries
  • Automatically map application dependencies within the infrastructure to pinpoint the root cause of the problem
Achieve centralized visibility of all your applications and infrastructure and easily diagnose the root cause of performance slowdowns.
Add Zero-Cost, Proactive Monitoring to Your Citrix Services with FREE Citrix Logon Simulator
Performance is central to any Citrix project, whether it’s a new deployment, upgrading from XenApp 6.5 to XenApp 7.x, or scaling and optimization. Watch this on-demand webinar and learn how you can leverage eG Enterprise Express, the free Citrix logon monitoring solution from eG Innovations, to deliver added value to your customers and help them proactively fix logon slowdowns and improve the user experience.

Performance is central to any Citrix project, whether it’s a new deployment, upgrading from XenApp 6.5 to XenApp 7.x, or scaling and optimization. Rather than simply focusing on system resource usage metrics (CPU, memory, disk usage, etc.), Citrix administrators need to monitor all aspects of user experience. And, Citrix logon performance is the most important of them all.

Watch this on-demand webinar and learn how you can leverage eG Enterprise Express, the free Citrix logon monitoring solution from eG Innovations, to deliver added value to your customers and help them proactively fix logon slowdowns and improve the user experience. In this webinar, you will learn:

•    What the free Citrix logon simulator does, how it works, and its benefits
•    How you can set it up for your clients in just minutes
•    Different ways to use logon monitoring to improve your client projects
•    Upsell opportunities for your service offerings

How to Make Citrix Logons 75% Faster
Slow logon is one of the most common user complaints faced by Citrix admins. When logon is slow, it affects the end-user experience and business productivity. Because Citrix XenApp and XenDesktop logon comprises many steps and depends on various parts of the infrastructure, it is often difficult to know what is causing logon slowness. Watch this on-demand webinar where Citrix expert George Spiers will share best practices to optimize your Citrix infrastructure to make logons up to 75% faster.

Slow logon is one of the most common user complaints faced by Citrix admins. When logon is slow, it affects the end-user experience and business productivity. Because Citrix XenApp and XenDesktop logon comprises many steps and depends on various parts of the infrastructure, it is often difficult to know what is causing logon slowness. The biggest question every Citrix admin has is, “How do I make Citrix logons faster?”

Optimize Citrix Logon Every Step of the Way and Reduce Logon Times Up To 75%.

Watch this on-demand webinar where Citrix expert George Spiers will share best practices based on his real-world experience to optimize your Citrix infrastructure to make logons up to 75% faster.

•    Understand what factors are involved in Citrix login processing
•    Learn optimization techniques to make logon faster including profile management and image optimization
•    Learn how to improve logon times using new Citrix technologies such as App Layering and WEM
•    Pick up tips, tricks and tools to proactively detect logon slowdowns
•    View this webinar and become an expert at managing Citrix logon performance end to end.

View this webinar and become an expert at managing Citrix logon performance end to end.

Systems Monitoring for Dummies
To build an effective systems monitoring solution, the true starting point is understanding the fundamental concepts. You must know what monitoring is before you can set up what monitoring does. For that reason, this book introduces you to the underpinnings of monitoring techniques, theory, and philosophy, as well as the ways in which systems monitoring is accomplished.
Systems crash unexpectedly, users make bizarre claims about how the Internet is slow, and managers request statistics that leave you scratching your head wondering how to collect them in a way that’s meaningful and doesn’t consign you to the headache of hitting Refresh and spending half the day writing down numbers on a piece of scratch paper just to get a baseline for a report. The answer to all these challenges (and many, many more) lies in systems monitoring — effectively monitoring the servers and applications in your environment by collecting sta-tistics and/or checking for error conditions so you can act or report effectively when needed.
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