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Showing 17 - 27 of 27 white papers, page 2 of 2.
Why User Experience is Key to Your Desktop Transformation
This whitepaper has been authored by experts at Liquidware and draws upon its experience with customers as well as the expertise of its Acceler8 channel partners in order to provide guidance to adopters of desktop virtualization technologies. In this paper, we explain the importance of thorough planning— factoring in user experience and resource allocation—in delivering a scalable next-generation workspace that will produce both near- and long-term value.

There’s little doubt we’re in the midst of a change in the way we operationalize and manage our end users’ workspaces. On the one hand, IT leaders are looking to gain the same efficiencies and benefits realized with cloud and next-generation virtual-server workloads. And on the other hand, users are driving the requirements for anytime, anywhere and any device access to the applications needed to do their jobs. To provide the next-generation workspaces that users require, enterprises are adopting a variety of technologies such as virtual-desktop infrastructure (VDI), published applications and layered applications. At the same time, those technologies are creating new and challenging problems for those looking to gain the full benefits of next-generation end-user workspaces. 

Before racing into any particular desktop transformation delivery approach it’s important to define appropriate goals and adopt a methodology for both near- and long-term success. One of the most common planning pitfalls we’ve seen in our history supporting the transformation of more than 6 million desktops is that organizations tend to put too much emphasis on the technical delivery and resource allocation aspects of the platform, and too little time considering the needs of users. How to meet user expectations and deliver a user experience that fosters success is often overlooked. 

To prevent that problem and achieve near-term success as well as sustainable long-term value from a next-generation desktop transformation approach, planning must also include defining a methodology that should include the following three things:

•    Develop a baseline of “normal” performance for current end user computing delivery
•    Set goals for functionality and defined measurements supporting user experience
•    Continually monitor the environment to ensure users are satisfied and the environment is operating efficiently

This white paper will show why the user experience is difficult to predict, why it’s essential to planning, and why factoring in the user experience—along with resource allocation—is key to creating and delivering the promise of a next-generation workspace that is scalable and will produce both near-and long-term value.

Optimising Performance for Office 365 and Large Profiles with ProfileUnity ProfileDisk
This whitepaper has been authored by experts at Liquidware Labs in order to provide guidance to adopters of desktop virtualization technologies. In this paper, two types of profile management with ProfileUnity are outlined: (1) ProfileDisk and (2) Profile Portability. This paper covers best practice recommendations for each technology and when they can be used together. ProfileUnity is the only full featured UEM solution on the market to feature an embedded ProfileDisk technology and the advanta

Managing Windows user profiles can be a complex and challenging process. Better profile management is usually sought by organizations looking to reduce Windows login times, accommodate applications that do not adhere to best practice application data storage, and to give users the flexibility to login to any Windows Operating System (OS) and have their profile follow them.

Note that additional profile challenges and solutions are covered in a related ProfileUnity whitepaper entitled “User Profile and Environment Management with ProfileUnity.” To efficiently manage the complex challenges of today’s diverse Windows profile environments, Liquidware ProfileUnity exclusively features two user profile technologies that can be used together or separately depending on the use case. These include:

1. ProfileDisk™, a virtual disk based profile that delivers the entire profile as a layer from an attached user VHD or VMDK, and

2. Profile Portability, a file and registry based profile solution that restores files at login, post login, or based on environment triggers.

Powering Remote Game Development
The unprecedented growth in consumer demand exacerbated some challenges the gaming industry faced pre-pandemic—challenges largely created by the need to support an increasingly remote workforce. This guide examines some of those challenges and explores how gaming studios are optimizing processes and technologies to address them while enhancing the collaboration, productivity, and security of remote workers.

People around the world turned to the video gaming industry for entertainment, escapism, and social connection during the COVID-19 pandemic.

The unprecedented growth in consumer demand exacerbated some challenges the gaming industry faced pre-pandemic—challenges largely created by the need to support an increasingly remote workforce.

This guide examines some of those challenges and explores how gaming studios are optimizing processes and technologies to address them while enhancing the collaboration, productivity, and security of remote workers.

What you'll learn:

  • Challenges facing development studios today
  • Four ways to enable remote game developers
  • Key considerations for configuring virtual desktops
How PCoIP Technology Saves Broadcasters Time and Money (While Boosting Cybersecurity)
Bring broadcast production into the 21st century with this whitepaper.Discover how to leverage PCoIP technology to help broadcasters move from physical production facilities to virtualized broadcast production/playout systems.

The traditional KVM model is a thing of the past, especially in these times of COVID-19 and remote work. In this whitepaper, we're introducing a post-KVM model that keeps data ultra-secure, and reduces bandwidth, allowing more remote users to connect to a broadcaster's studio.

Download this whitepaper and learn how PCoIP Technology can:

  • Meet specialized high performance computing needs
  • Enable bandwidth-efficient collaboration without delays of large file transfer
  • Help broadcasters move from physical production facilities to virtualized broadcast
The State of Remote Work in 2021
We surveyed nearly 700 IT decisions makers across a range of industries about their transition to sending employees home to work. This report discusses our findings. Download this free 15-page report to learn about priorities for IT staff when it comes to remote desktops for employees, and what will continue presently and post pandemic.

Remote work looks vastly different than it did just one year ago.  In March 2020, tens of millions of workers around the world shifted to working from an office to working from home due to the global COVID-19 pandemic. We set off to find out how organizations were adjusting to remote work, specifically how desktop virtualization usage has contributed to or influenced that adjustment.

Download the report and learn:

  • What role remote desktops play in supporting remote workers
  • Tips from your peers to make the remote work transition easier
  • The benefits of adopting a remote workforce
  • Lessons learned from IT decision makers in shifting employees home
Survey Report: Remote Media Workflows for Broadcasters
Survey finds widespread adoption of working offsite that looks to continue post COVID-19. TV Tech magazine early this year undertook a survey to examine remote workflow adoption and usage patterns among television broadcasters and other media organizations. The survey was conducted in partnership with Teradici and fielded between Feb. 1 and March 5, 2021—roughly one year after the World Health Organization declared the COVID-19 outbreak to be a worldwide pandemic.
Overall, the survey found prevalent adoption of remote workflows among broadcasters since the pandemic was declared. A total of 88% of all respondents said their organizations had deployed some form of remote workflow in response to COVID-19. That trend was even more pronounced among TV broadcasting and cable TV network respondents (referred to throughout the rest of this report as “broadcast and cable TV respondents,”) with 93% saying the pandemic prompted adoption of remote workflows.

More broadly, the survey revealed COVID-19 had a major disruptive effect on long-established media workflows. While the primary reason to shift from working at the studio or headquarters was to protect staff from potential virus exposure, the survey revealed several other reasons broadcast and cable TV respondents said their organizations adopted a remote work strategy,
including work schedule flexibility and promoting higher productivity and job satisfaction.
Key Considerations for Configuring Virtual Desktops for Remote Work
Teradici is committed to supporting companies through their search for a sustainable solution to enable their remote workforce quickly and easily. We are here as experienced advisors with guidance to help you maintain secure and uninterrupted operations.

With most of the world working from home for the foreseeable future due to COVID-19, we've prepared this guide to help you enable and sustain a remote workforce.

Download this guide and learn:

  • How to assess your current setup
  • How to keep desktops secure in a remote environment
  • Various remote connectivity options (datacenter, public cloud, hybrid environment)
Virtualization Monitoring 101
Written to provide you with virtually everything you need to know about monitoring VMs, container, the cloud, and more. It’s designed to discuss virtualization realities from the age-old debate of on-prem vs. cloud vs. hybrid to newer technology like container orchestration. Whether you are a humble sysadmin, network engineer, or even monitoring specialist, this FREE eBook offers context, perspective, and actionable lessons to help you.

Virtualization Monitoring 101 was written to provide you with virtually everything you need to know about monitoring VMs, container, the cloud, and more.

It’s designed to discuss virtualization realities from the age-old debate of on-prem vs. cloud vs. hybrid to newer technology like container orchestration. Whether you are a humble sysadmin, network engineer, or even monitoring specialist attempting to monitor these things for the first time; or you’re more involved in a focused project including one or more of these technologies, this FREE eBook offers context, perspective, and actionable lessons to help you.

Topics covered include:

  • Inventory in the age of orchestration
  • Moving from on-prem to cloud
  • What matters in different environments
  • The most vivid “franken-duck” explanation of how cloud works ever written
Maximizing Monitoring With Automation
Since the 2015 merger, various teams within the now combined Springer Nature IT department—such as the network, SysAdmin, and infrastructure teams—from different countries and with different backgrounds, methodologies, and vendors—had to collaborate and consolidate. Learn how Springer Nature’s embracement of technology and customization allowed them to employ ways to work smarter, not harder—or more costly—to support various IT teams across the organization.

Since the 2015 merger, various teams within the now combined Springer Nature IT department—such as the network, SysAdmin, and infrastructure teams—from different countries and with different backgrounds, methodologies, and vendors—had to collaborate and consolidate.

Springer Nature was already using SolarWinds® solutions upon Senior Systems Monitoring Analyst Dave Morris’s arrival at the company. He recalls, “It was a smaller SolarWinds environment then, and we’ve since grown it. After the merger, many other legacy products were very niche, and we couldn’t justify the cost of maintaining them as they were no longer suitable for the needs of the company and team. We decided to focus on SolarWinds, and because we utilize so many SolarWinds modules and we keep growing it as we go, the environment—and the benefit we receive from SolarWinds—continues to build.”

Though the Springer Nature IT infrastructure is now immense, it’s managed by a team of two: Morris and Software Engineer Consultant Liam Miller. Together, they comprise the global systems monitoring team for the entire Springer Nature business. As proponents for SolarWinds and in introducing SolarWinds products to the internal IT teams, it has been a process of building a team’s confidence in what the solutions could deliver as they get used to newer ways of working and scalability.

The SysAdmin DOJO Podcast
Our goal is simple. We talk with industry experts to provide you with actionable real-world knowledge that will equip you to become the IT black belt within your organization. From virtualization and automation to Microsoft 365 and security and lots more, tune in fortnightly for your dose of the SysAdmin DOJO Podcast.
Our goal is simple. We talk with industry experts to provide you with actionable real-world knowledge that will equip you to become the IT black belt within your organization. From virtualization and automation to Microsoft 365 and security and lots more, tune in fortnightly for your dose of the SysAdmin DOJO Podcast.
Network Element Virtualization (NEV)
The Network Element Virtualization (NEV) technology from Algoblu enables carriers to virtualize and fine-grain management of their underlying network resources, providing products and services with end-to-end service quality assurance for the individual needs of users. Carriers can provide multi-tiered application-oriented networking services and create new revenue streams over existing network infrastructures.
The Network Element Virtualization (NEV) technology from Algoblu enables carriers to virtualize and fine-grain management of their underlying network resources, providing products and services with end-to-end service quality assurance for the individual needs of users. Carriers can provide multi-tiered application-oriented networking services and create new revenue streams over existing network infrastructures.

Within this document, we describe NEV, explaining how NEV fits within the OSI network layer and how NEV’s current implementation as a programmable Multi-Processor System-on-Chip (MPSoC) further increases performance and reduces costs over classical software-only SD-WAN white-box systems.

NEV is ideal for IoT, cloud games, VR/AR broadcasting, and metaverse applications, which have higher requirements for low-latency technology. It is a shortcut to enable carriers to provide multi-tier services to meet users’ personalized requirements with guaranteed SLA and without changing the existing network infrastructure.