Virtualization Technology News and Information
White Papers
RSS
All White Papers
Showing 65 - 80 of 125 white papers, page 5 of 8.
Austin Solution Provider Powers DaaS Offering with IGEL and Parallels
In 2014, Austin-based Trinsic Technologies introduced Anytime Cloud. Anytime Cloud is a Desktop-as-a-Service (DaaS) solution designed to help SMB clients improve the end user computing experience and streamline business operations. Through Anytime Cloud, customers gain access to the latest cloud and virtualization technologies using IGEL thin clients with Parallels, a virtual application and desktop delivery software application.

Headquartered in Austin, Texas, Trinsic Technologies is a technology solutions provider focused on delivering managed IT and cloud solutions to SMBs since 2005.

In 2014, Trinsic introduced Anytime Cloud, a Desktop-as-a-Service (DaaS) designed to help SMB clients improve the end user computing experience and streamline business operations. To support Anytime Cloud, the solution provider was looking for a desktop delivery and endpoint management solution that would fulfill a variety of different end user needs and requirements across the multiple industries it serves. Trinsic also wanted a solution that provided ease of management and robust security features for clients operating within regulated industries such as healthcare and financial services.

The solution provider selected the IGEL Universal Desktop (UD) thin clients, the IGEL Universal Desktop Converter (UDC), the IGEL OS and the IGEL Universal Management Suite. As a result, some of the key benefits Trinsic has experienced include ease of management and configuration, security and data protection, improved resource allocation and cost savings.

IBM Spectrum Protect Plus Overview
IBM Spectrum Protect Plus is a new data protection and availability solution that simplifies VM and file recovery and access. It unlocks your data to provide value for emerging use cases, and can either be implemented as a stand-alone solution or integrate with your IBM Spectrum Protect environment to offload copies for long-term storage and governance efficiently at scale.
Organizations need a solution that focuses on virtual environments, deploys quickly without costly service engagements, and is easy to manage. For many large organizations, the solution also needs to be capable of delivering enterprise-proven scale, efficiency and data governance.

IBM Spectrum Protect Plus is a new data protection and availability solution that simplifies VM and file recovery and access. It unlocks your data to provide value for emerging use cases, and can either be implemented as a stand-alone solution or integrate with your IBM Spectrum Protect environment to offload copies for long-term storage and governance efficiently at scale.

Remove complexity in protecting your virtual infrastructure with IBM Spectrum Protect Plus
This white paper focuses on the deployment and basic setup of IBM Spectrum Protect Plus for protecting VMware. Readers will be taken through a step-by-step explanation of what is required to install and configure IBM Spectrum Protect Plus for basic backup and recovery of VMware virtual machines (VMs). Integration with Spectrum Protect for long-term data retention is also discussed.
IBM Spectrum Protect™ Plus is a new data protection and availability solution for virtual environments that can unlock your valuable data for emerging use cases. You can deploy it in minutes and have your environment fully protected within an hour. IBM Spectrum Protect Plus can be implemented as a stand-alone solution or can integrate easily with your IBM Spectrum Protect environment to off-load copies for long-term storage and governance with scale and efficiency.

This white paper focuses on the deployment and basic setup of IBM Spectrum Protect Plus for protecting VMware. Readers will be taken through a step-by-step explanation of what is required to install and configure IBM Spectrum Protect Plus for basic backup and recovery of VMware virtual machines (VMs). Integration with Spectrum Protect for long-term data retention is also discussed.
ESG Lab Review: Protecting Virtual Environments with Spectrum Protect Plus from IBM
This ESG Lab Review documents hands-on validation of the IBM Spectrum Protect Plus solution with a focus on how IBM makes deployment and management easy, while delivering multi-workflow recovery agility.
Even today, the reliable protection and recovery of virtual environments continues to be a daunting task for many IT organizations. That said, backup and recovery software does not always make VM protection and recovery easy. As an example, and perhaps most alarmingly, one in nine VM recoveries fails because the data was never backed up. When looking into why VM recoveries fail, one finds a startling range of causes. With so many challenges—the less-than-perfect track records of IT organizations when it comes to VM protection, coupled with failures to meet modern-day SLAs—it is not surprising that some respondents report they continue to lack complete confidence in their VM protection and recovery solution.

It’s apparent through the introduction of the Spectrum Protect Plus solution that these challenges have not been ignored by IBM. Now IBM customers can quickly and easily deploy a solution specifically designed to meet the challenges of virtual machine data protection and administration.
A Hybrid Approach to Big Data
We consider a scenario where a data science team needs to analyze a dataset that resides within an object storage service on a public cloud. This is a common scenario when an externally exposed service is deployed on a public cloud and telemetry data is stored for future analysis. In this scenario, we make use of a specific set of technologies which are representative of those that are typically adopted as part of big data and cloud computing deployment paradigms. We demonstrate how you can us

All IT managers understand the critical role they play in ensuring that the enterprise computing infrastructure under their control is effective in meeting the business goals of the organization. Indeed, staying competitive in the rapidly evolving world of today requires that businesses take a proactive mindset towards leveraging their IT investments to deliver key insights through big data initiatives.

The adoption of this mentality is often reflected by the inclusion of dedicated data science teams capable of driving these projects. These groups apply advanced analytical algorithms and artificial intelligence to large datasets with a goal of deriving competitive advantages for the organization.

The specific implementations vary and may impact a variety of business processes such as product development, marketing initiatives, sales management, etc. However, as the adoption of these practices continues to increase, IT teams need to be prepared to effectively support them. While on the surface it may seem that big data workloads are simply another application to deploy and manage, in practice they entail multiple challenges.

In this paper, we demonstrate the ability to implement a big data use case in practice using a hybrid cloud deployment strategy. We provide an overview of our sample scenario, followed by a detailed deployment walk through that enables users to easily replicate the scenario in their own environments. By the end of this paper, readers should have a clear understanding of how big data use cases can be implemented using the underlying technologies covered and how the adoption of hybrid cloud computing environments enables IT leaders to successfully meet the needs of these initiatives within their organizations.

Secure Printing Using ThinPrint, Citrix and IGEL: Solution Guide
This solution guide outlines some of the regulatory issues any business faces when it prints sensitive material. It discusses how a Citrix-IGEL-ThinPrint bundled solution meets regulation criteria such as HIPAA standards and the EU’s soon-to-be-enacted General Data Protection Regulations without diminishing user convenience and productivity.

Print data is generally unencrypted and almost always contains personal, proprietary or sensitive information. Even a simple print request sent from an employee may potentially pose a high security risk for an organization if not adequately monitored and managed. To put it bluntly, the printing processes that are repeated countless times every day at many organizations are great ways for proprietary data to end up in the wrong hands.

Mitigating this risk, however, should not impact the workforce flexibility and productivity print-anywhere capabilities deliver. Organizations seek to adopt print solutions that satisfy government-mandated regulations for protecting end users and that protect proprietary organizational data — all while providing a first-class desktop and application experience for users.

This solution guide outlines some of the regulatory issues any business faces when it prints sensitive material. It discusses how a Citrix-IGEL-ThinPrint bundled solution meets regulation criteria such as HIPAA standards and the EU’s soon-to-be-enacted General Data Protection Regulations without diminishing user convenience and productivity.

Finally, this guide provides high-level directions and recommendations for the deployment of the bundled solution.

Solution Guide for Sennheiser Headsets, IGEL Endpoints and Skype for Business on Citrix VDI
Topics: IGEL, Citrix, skype, VDI
Enabling voice and video with a bundled solution in an existing Citrix environment delivers clearer and crisper voice and video than legacy phone systems. This solution guide describes how Sennheiser headsets combine with Citrix infrastructure and IGEL endpoints to provide a better, more secure user experience. It also describes how to deploy the bundled Citrix-Sennheiser-IGEL solution.

Virtualizing Windows applications and desktops in the data center or cloud has compelling security, mobility and management benefits, but delivering real-time voice and video in a virtual environment is a challenge. A poorly optimized implementation can increase costs and compromise user experience. Server scalability and bandwidth efficiency may be less than optimal, and audio-video quality may be degraded.

Enabling voice and video with a bundled solution in an existing Citrix environment delivers clearer and crisper voice and video than legacy phone systems. This solution guide describes how Sennheiser headsets combine with Citrix infrastructure and IGEL endpoints to provide a better, more secure user experience. It also describes how to deploy the bundled Citrix-Sennheiser-IGEL solution.

IGEL Software Platform Step by Step Getting Started Guide
Welcome to the IGEL Software Platform: Step-by-Step Getting Started Guide. The goal for this project is to provide you with the tools, knowledge, and understanding to download the IGEL Platform trial software and perform basic installation and configuration without being forced to read many manuals and numerous web support articles.

Welcome to the IGEL Software Platform: Step-by-Step Getting Started Guide. My goal for this project is to provide you with the tools, knowledge, and understanding to download the IGEL Platform trial software and perform basic installation and configuration without being forced to read many manuals and numerous web support articles.

This document will walk you, step-by-step, through what is required for you to get up and running in a proof-of-concept or lab scenario. When finished, you will have a fully working IGEL End-Point Management Platform consisting of the IGEL Universal Management Suite (UMS), IGEL Cloud Gateway (ICG) and at least one IGEL OS installed, connected and centrally managed! 

Ovum: Igel's Security Enhancements for Thin Clients
Thin client vendor Igel is enhancing the security capabilities of its products, both under its own steam and in collaboration with technology partners. Ovum sees these developments as important for the next wave of thin client computing, which will be software-based – particularly if the desktop-as-a-service (DaaS) market is to take off.

With hardware-based thin client shipments in the region of 4–5 million units annually, this market is still a drop in the ocean compared to the 270 million PCs shipping each year, though the latter figure has been declining since 2011. And within the thin client market, Igel is in fourth place behind Dell and HP (each at around 1.2 million units annually) and China’s Centerm, which only sells into its home market.

However, the future for thin clients looks bright, in that the software-based segment of the market  (which some analyst houses refuse to acknowledge) is expanding, particularly for Igel. Virtual desktop infrastructure (VDI) technology has stimulated this growth, but the greatest promise is probably in the embryonic DaaS market, whereby enterprises will have standard images for their workforce hosted by service providers.

Delivering a CI/CD Pipeline On-Prem - Solution Reference
In this solution reference, we demonstrate the ability to implement web services delivered through CI/CD using the Stratoscale private cloud environment. Specifically, we utilize an open source workplace messaging service, as an example web application along with Jenkins, an open source automation server which includes support for continuous delivery use cases. We provide an overview of our sample scenario, followed by a detailed deployment walk through that enables readers to easily replicate t

Modern enterprise IT teams are increasingly adopting cloud computing technologies as a foundational component of their strategy to deliver business value for internal stakeholders.

While public cloud infrastructures are often an initial launching point for experimenting with these environments, private cloud solutions are an attractive alternative due to their ability to meet specific functional and security requirements while extending comparable benefits. To truly realize the potential of these investments, however, organizations need to be able to instantiate their high value use cases via private cloud capabilities such as those offered by Stratoscale’s solution.

A critical area of responsibility for IT teams is that they identify appropriate solutions for line-of-business (LOB) applications to meet the requirements of the business units that they support. As part of this, they take on the ownership of deploying, managing, and accommodating the customization of these workloads as needed. Many applications capable of meeting LOB requirements today are packaged and delivered as web services due to the fact that these configurations offer multiple operational advantages including scalability and resiliency. In addition, they allow providers to meet demands from users that they be able to access application functionality seamlessly across their various screens including desktops and mobile devices. For IT teams, this translates into the need for deploying internal facing web services using their private cloud infrastructures.

As opposed to traditional desktop software which may be updated on an infrequent basis, web services engender a model where functionality is continuously under development. This implies that IT teams work closely with developers to ensure that application improvements are released to users in a methodical and timely manner. Continuous integration and continuous delivery (CI/CD) pipelines can be built to accommodate this interaction so that value created by developers can be rapidly and safely delivered to users in an iterative manner.

CISO's Investigate: Endpoint Security
The rise of the cloud and mobile computing has rapidly changed the nature of enterprise cybersecurity. The old paradigm, where all work was done behind a company firewall, has been breaking down.
The rise of the cloud and mobile computing has rapidly changed the nature of enterprise cybersecurity. The old paradigm, where all work was done behind a company firewall, has been breaking down.
 
Employees work not just at the office, but also on the road and at home, on mobile devices and on their own personal computers. The result is a much larger attack surface, one that is hard to protect with traditional approaches - and one that is growing faster than ever before as users adopt new types of devices, new applications, and new services. Often, companies don't even know all the tools that their employees are using.
 
At the same time, the potential threats that enterprises are facing have grown significantly in variety, capabilities, and size.  Today’s malware, once it gets a foothold, can spread quickly.  As a result, the damage caused by the attacks has also been increasing at a staggering pace, with ransomware alone reportedly crossing the $1 billion revenue threshold in 2016.
In this new age of cyberwar, endpoint devices are the front line.
 
In this valuable and informative report, leading security experts examine the new tools that they have at their disposal, including next generation endpoint protection.
IDC PERSPECTIVE - Validating the Known: A Different Approach to Cybersecurity
Let's face it. The 2017 cybersecurity reality is bleak, and the task of guarding our cyberassets is increasingly difficult. We can attribute this reality to four key trends:

Validating the Known:  A Different Approach to Cybersecurity

Let's face it. The 2017 cybersecurity reality is bleak, and the task of guarding our cyberassets is increasingly difficult. We can attribute this reality to four key trends:

1.        The sophistication of cybermiscreants is growing rapidly.
2.        The perimeter has died.
3.        Security tools are proliferated.
4.        Qualified information security professionals are scarce.
 
Although we have seen some innovative new offerings in the cybersecurity market, the majority of today's technologies take fundamentally the same approach: we are looking to detect the bad or malicious. A new approach is 'validating the known,' looking to validate objects as good or valid as compared with a certified list of known files or objects. Objects that cannot be validated are treated as untrusted. The binary 'good versus bad' classification gives way to validated good and invalidated," according to Frank Dickson, research director, Security Products.
 
Download this informative whitepaper to learn a new approach to cybersecurity: validating the known.

The SANS Maturity Model: Securing the Modern Endpoint
It’s alarmingly and unambiguously clear: detection-based defense in-depth has utterly failed. Evidence of major breaches on a weekly basis continues to demonstrate that detection is a security strategy that has completely run its course and should now rightfully be discarded. This doesn’t have to be the case. Defending the Modern Endpoint with application isolation can turn things around.
It’s alarmingly and unambiguously clear: detection-based defense in-depth has utterly failed. Evidence of major breaches on a weekly basis continues to demonstrate that detection is a security strategy that has completely run its course and should now rightfully be discarded. This doesn’t have to be the case. Defending the Modern Endpoint with application isolation can turn things around.
 
Download this informative whitepaper to learn how.
The Next Generation VDI Reference Architecture on Cloudistics Ignite
Desktop and application virtualization is one of the primary ways how businesses reduce CapEx and OpEx, improve time to market, efficiency, increase control, and expand connectivity. VDI enables users to now access their desktops hosted in a data center server as virtual machines, which can be accessed from laptops and thin clients. Although desktop virtualization has existed for many years, many implementers of the technology have discovered that significant hurdles need to be overcome to fully

Desktop and application virtualization is one of the primary ways how businesses reduce CapEx and OpEx, improve time to market, efficiency, increase control, and expand connectivity. VDI enables users to now access their desktops hosted in a data center server as virtual machines, which can be accessed from laptops and thin clients. Although desktop virtualization has existed for many years, many implementers of the technology have discovered that significant hurdles need to be overcome to fully reap its benefits.

This document defines a set of architectural blocks for building a multitenant, Virtual Desktop Infrastructure in and application services on the Cloudistics platform.
This document includes 2 major sections:

  • VDI Solution Architecture
  • Overview of Cloudistics Ignite Platform Components (Appendix A)
The primary goal of this VDI architecture is to enable service providers and IT departments to create secure, scalable, and reliable desktop hosting solution offers for small- and medium-sized organizations ranging from 500 to 1,000 users. The intended audience is hosting providers, and IT departments who want to leverage the Cloudistics infrastructure services to deliver desktop hosting services to multiple tenants.

To deliver a desktop hosting solution, service provider partners can leverage Windows Server and the Windows Desktop Experience feature to deliver Windows users a highly performant application experience that is familiar to business users and consumers.

The Next Generation Clusterless Federation Design in the Cloudistics Cloud Platform
Is there another way to manage your VMs? Yes, the introduction of the Cloudistics Cloud Platform has an innovative approach – non-clustered (or clusterless) federated design.The clusterless federation of the Cloudistics Cloud platform uses categories and tags to characterize computer nodes, migration zones, and storage groups (or blocks). With these benefits: ⦁ Node Limits Are A Thing of the Past. ⦁ Locking limitations are removed. ⦁ Flexibility is Enhanced. ⦁ Ladders of Latency are Removed. ⦁

This paper is written in the context of modern virtualized infrastructures, such as VMware or Nutanix. In such systems, a hypervisor runs on each compute node creating multiple virtual machines (VMs) per compute node. A guest OS runs inside each VM.

Data associated with each VM is stored in one or more virtual disks (vDisks). A virtual disk appears like a local disk, but can be mapped to physical storage in many ways as we will discuss.

Virtualized infrastructures use clustering to provide for non-disruptive VM migration between compute nodes, for load balancing across the nodes, for sharing storage, and for high availability and failover. Clustering is well known and has been used to build
computer systems for a long time. However, in the context of virtualized infrastructures, clustering has a number of significant limitations. Specifically, as we explain below, clusters limit scalability, decrease resource efficiency, hurt performance, reduce flexibility and impair manageability.

In this paper, we will present an innovative alternative architecture that does not have these limitations of clustering. We call our new approach clusterless federation and it is the approach used in the Cloudistics platform.

The rest of this paper is organized as follows. In Section 2, we describe the limitations of clustering and in Section 3, we drive the point home by using the specific example of VMware; other virtualized systems are similar. In Section 4, we present the clusterless federated approach and show how it avoids the limitations of clustering. We summarize in Section 5.

Overcoming IT Monitoring Too Sprawl with a Single-Pane-of-Glass Solution
For years, IT managers have been seeking a single-pane-of-glass tool that can help them monitor and manage all aspects of their IT infrastructure – from desktops to servers, hardware to application code, and network to storage. Read this white paper to understand how to consolidate IT performance monitoring and implement a single-pane-of-glass monitoring solution.

For years, IT managers have been seeking a single-pane-of-glass tool that can help them monitor and manage all aspects of their IT infrastructure – from desktops to servers, hardware to application code, and network to storage. But, many fail to achieve this as they do not know how to implement a single-pane-of-glass solution.

Read this eG Innovations white paper, and understand:

  • How an organization ends up with more tools than what they need
  • The challenges of dealing with multiple tools
  • Myths and popular misconceptions about a single-pane-of-glass monitoring tool
  • Best practices for achieving unified IT monitoring
  • Benefits of consolidating monitoring into a single-pane-of-glass monitoring solution