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Showing 1 - 16 of 42 white papers, page 1 of 3.
HP, VMware & Liquidware Labs Simplify Desktop Transformation
This whitepaper provides an overview of the requirements and benefits of launching a virtual desktop project on proven, enterprise ready solution stack from HP, VMware, and Liquidware Labs. HP VirtualSystem CV2, with VMware View and Liquidware Labs ProfileUnity, offers a comprehensive Virtual Desktop solutions stack with integrated User Virtualization Management and Dynamic Application Portability. By combining offerings from proven industry leaders in this end-to-end solution, customers can fas
Desktops and workspaces are transforming to virtual and cloud technologies at a lightning fast pace. With the rapid growth of Microsoft Windows 7 (and soon Windows 8) adoption, virtual desktop strategies, and cloud storage and virtual application adoption, there is a perfect storm brewing that is driving organizations to adopt client virtualization now.

You need a plan, one that is complete and well capable of guiding you through this key phase of your desktop transformation project. HP and Liquidware Labs offer a comprehensive User Virtualization Management and Dynamic Application Portability (DAP) solution that takes care of the key requirements for your desktop transformation to a virtual desktop infrastructure (VDI).

User Virtualization and Dynamic Application Portability from HP and Liquidware Labs is integral to your VDI project by providing the following:

  • Dramatic savings in storage, licensing, and management costs with the use of robust and flexible persona management to leverage non-persistent desktops.
  • Instant productivity within seconds of logon with automatic context-aware configurations which enable flexible desktop environments where users can logon to any desktop, physical or virtual. Minimize golden image builds while allowing the ultimate in personalization, break down the barriers to user adoption and fast-track productivity in the new environment with user and department installed applications.
Liquidware Labs ProfileUnity and its Role as a Disaster Recovery Solution
As desktop operating systems become more and more complex, the need for a proper disaster recovery methodology on the desktop is increasingly crucial, whether the desktop is physical or virtual. In addition, many enterprise customers are leveraging additional technologies, including local hard drive encryption, persistent virtual images and non‐persistent virtual images. This paper provides an overview of these issues and outlines how disaster recovery (DR) plan, coupled with Liquidware Labs Pro
Many corporations around the globe leverage Virtual Desktop Infrastructure (VDI) as a strategic, cost‐effective methodology to deliver business continuity for user applications and data. Virtualization renders a physical computer made of metal, plastic and silica as a portable file that can be moved through a network from a data center to a disaster recovery (DR) site. Although this may sound easy, transferring virtual machine files can be challenging for corporate networks in a number of ways. Moving large amounts of data is a time consuming process that may take days to complete. Moreover, once archival process is complete, the data is effectively out of date or out of context. As a response various strategies focus on leaving the bulk of the data transferred and only updating and replicating the changes in data. Desktop infrastructure is particularly sensitive to the issue of synchronization so applications run properly. The challenge is keeping desktops in sync because desktops, applications and data change often. This has given birth to a whole new set of strategies and software unique to desktops to accomplish backups safely and effectively. Liquidware Labs’ ProfileUnity™ is a best of breed solution that provides a seamless end user DR experience identical to the one at the home office.
Blueprint for Delivering IT-as-a-Service - 9 Steps for Success
You’ve got the materials (your constantly changing IT infrastructure). You’ve got the work order (your boss made that perfectly clear). But now what? Delivering IT-as-a-service has never been more challenging than it is today...virtualization, private, public, and hybrid cloud computing are drastically changing how IT needs to provide service delivery and assurance. You know exactly what you need to do, the big question is HOW to do it. If only there was some kind of blueprint for this…
You’ve got the materials (your constantly changing ITinfrastructure). You’ve got the work order (your boss made that perfectlyclear). But now what? Delivering IT-as-a-service has never been morechallenging than it is today...virtualization, private, public, and hybridcloud computing are drastically changing how IT needs to provide servicedelivery and assurance. You know exactly what you need to do, the big questionis HOW to do it. If only there was some kind of blueprint for this…

Based on our experience working with Zenoss customers whohave built highly virtualized and cloud infrastructures, we know what it takesto operationalize IT-as-a-Service in today’s ever-changing technicalenvironment. We’ve put together a guided list of questions in this eBook around the following topics to help you build your blueprint for getting the job done,and done right: 
  • Unified Operations
  • Maximum Automation
  • Model Driven
  • Service Oriented
  • Multi-Tenant
  • Horizontal Scale
  • Open Extensibility
  • Subscription
  • ExtremeService
Application Response Time for Virtual Operations
For applications running in virtualized, distributed and shared environments it will no longer work to infer the performance of an application by looking at various resource utilization statistics. Rather it is essential to define application performance by measuring response and throughput of every application in production. This paper makes the case for how application performance management for virtualized and cloud based environments needs to be modernized to suit these new environments.

Massive changes are occurring to how applications are built and how they are deployed and run. The benefits of these changes are dramatically increased responsiveness to the business (business agility), increased operational flexibility, and reduced operating costs.

The environments onto which these applications are deployed are also undergoing a fundamental change. Virtualized environments offer increased operational agility which translates into a more responsive IT Operations organization. Cloud Computing offers applications owners a complete out-sourced alternative to internal data center execution environments. IT organizations are in turn responding to public cloud with IT as a Service (IaaS) initiatives.

For applications running in virtualized, distributed and shared environments, it will no longer work to infer the “performance” of an application by looking at various resource utilization statistics. Rather it will become essential to define application performance as response time – and to directly measure the response time and throughput of every application in production. This paper makes the case for how application performance management for virtualized and cloud based environments needs to be modernized to suit these new environments.

CIO Guide to Virtual Server Data Protection
Server virtualization is changing the face of the modern data center. CIOs are looking for ways to virtualize more applications, and faster across the IT spectrum.
Server virtualization is changing the face of the modern data center. CIOs are looking for ways to virtualize more applications, faster across the IT spectrum. Selecting the right data protection solution that understands the new virtual environment is a critical success factor in the journey to cloud-based infrastructure. This guide looks at the key questions CIOs should be asking to ensure a successful virtual server data protection solution.
Five Fundamentals of Virtual Server Protection
The benefits of server virtualization are compelling and are driving the transition to large scale virtual server deployments.
The benefits of server virtualization are compelling and are driving the transition to large scale virtual server deployments. From cost savings recognized through server consolidation or business flexibility and agility inherent in the emergent private and public cloud architectures, virtualization technologies are rapidly becoming a cornerstone of the modern data center. With Commvault's software, you can take full advantage of the developments in virtualization technology and enable private and public cloud data centers while continuing to meet all your data management, protection and retention needs. This whitepaper outlines the to 5 challenges to overcome in order to take advantage of the benefits of virtualization for your organization.
Workload Routing & Reservation:  5 Reasons Why It Is Critical To Virtual & Cloud Operation
Topics: cirba
When observing the current generation virtual and internal cloud environments, it appears that the primary planning and management tasks have also made the transition to purpose-built software solutions. But when you dig in a little deeper, there is one area that is still shamefully behind: the mechanism to determine what infrastructure to host workloads on is still in the stone ages. The ability to understand the complete set of deployed infrastructure, quantify and qualify the hosting capabili
When observing the current generation virtual and internal cloud environments, it appears that the primary planning and management tasks have also made the transition to purpose-built software solutions. But when you dig in a little deeper, there is one area that is still shamefully behind: the mechanism to determine what infrastructure to host workloads on is still in the stone ages. The ability to understand the complete set of deployed infrastructure, quantify and qualify the hosting capabilities of each environment, and to make informed decisions regarding where to host new applications and workloads, is still the realm of spreadsheets and best guesses.

This paper identifies five reasons why the entire process of workload routing and capacity reservation must make the transition to become a core, automated component of IT planning and management.

Optimizing Capacity Forecasting Processes with a Capacity Reservations System for IT
Virtually every area of human endeavour that involves the use of shared resources relies on a reservation system to manage the booking of these assets. Hotels, airlines, rental companies and even the smallest of restaurants rely on reservation systems to optimize the use of their assets and balance customer satisfaction with profitability. Or, as economists would say, strike a balance between supply and demand.

Virtually every area of human endeavour that involves the use of shared resources relies on a reservation system to manage the booking of these assets. Hotels, airlines, rental companies and even the smallest of restaurants rely on reservation systems to optimize the use of their assets and balance customer satisfaction with profitability. Or, as economists would say, strike a balance between supply and demand.

So how can a modern IT environment expect to operate effectively without having a functioning capacity reservation system? The simple answer is that it can't. With the rise of cloud computing, where resources are shared on a larger scale and capacity is commoditized, modeling future bookings and proper forecasting of demand is critical to the survival of IT. Not having proper systems in place leaves forecasting to trending and guesswork - a dangerous proposition that usually results in over-provisioning and excessive capacity.

Download this paper to learn how to manage the demand pipeline for new workload placements in order to improve the accuracy of capacity forecasting and increase agility in response to new workload placement requests.

Server Capacity Defrag
This is not a paper on disk defrag. Although conceptually similar, it describes an entirely new approach to server optimization that performs a similar operation on the compute, memory and IO capacity of entire virtual and cloud environments.

This is not a paper on disk defrag. Although conceptually similar, it describes an entirely new approach to server optimization that performs a similar operation on the compute, memory and IO capacity of entire virtual and cloud environments.

Capacity defragmentation is a concept that is becoming increasingly important in the management of modern data centers. As virtualization increases its penetration into production environments, and as public and private clouds move to the forefront of the IT mindset, the ability to leverage this newly-found agility while at the same driving high efficiency (and low risk) is a real game changer. This white paper outlines how managers of IT environments make the transition from old-school capacity management to new-school efficiency management.

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

IDC Technology Spotlight - Zerto Cloud Continuity Platform
This spotlight IDC Technology highlights IT professionals facing aggressive service level and low budgets, Learn how Zerto Cloud Continuity Platform helps resolve this issue.

A recent IDC survey of small and medium-sized business (SMB) users revealed that 67% have a recovery time requirement of less than four hours, and 31% have a recovery time requirement of less than two hours. Additionally, IDC estimates that as many as half of all organizations have insufficient business continuity and disaster recovery plans to meet business requirements, or to even survive a disaster.

Although business continuity is perhaps the top use case for cloud computing, simply focusing on this one use limits the broad potential of cloud, especially in a hybrid cloud context.

Citrix AppDNA and FlexApp: Application Compatibility Solution Analysis
Desktop computing has rapidly evolved over the last 10 years. Once defined as physical PCs, Windows desktop environments now include everything from virtual to shared hosted (RDSH), to cloud based. With these changes, the enterprise application landscape has also changed drastically over the last few years.
Desktop computing has rapidly evolved over the last 10 years. Once defined as physical PCs, Windows desktop environments now include everything from virtual to shared hosted (RDSH), to cloud based. With these changes, the enterprise application landscape has also changed drastically over the last few years.

This whitepaper provides an overview of Citrix AppDNA with Liquidware Labs FlexApp.

VMware Data Replication Done Right
Until now the most common data replication technologies and methods essential to mission-critical BC/DR initiatives have been tied to the physical environment. Although they do work in the virtual environment, they aren’t optimized for it.

Until now the most common data replication technologies and methods essential to mission-critical BC/DR initiatives have been tied to the physical environment. Although they do work in the virtual environment, they aren’t optimized for it. With the introduction of hypervisor-based replication, Zerto elevates BC/DR up the infrastructure stack where it belongs: in the virtualization layer.

Challenges:

  • If a data replication solution isn’t virtual-ready, management overhead could be more than doubled.
  • Customer data is always growing, so a company can find its information inventory expanding exponentially and not have a data replication solution to keep pace.
  • Some replication methods remain firmly tied to a single vendor and hardware platform, limiting the organization’s ability to get the best solutions – and service – at the best price.

Benefits of Hypervisor-Based Replication:

  • Granularity - The ability to replicate at the correct level of any virtual entity is critical. Zerto’s solution can replicate all virtual machines and all of the meta data as well.
  • Scalability - Zerto’s hypervisor-based replication solution is software-based so it can be deployed and managed easily, no matter how fast the infrastructure expands.
  • Hardware-agnostic - Zerto’s data replication is hardware-agnostic, supporting all storage arrays, so organizations can replicate from anything to anything. This allows users to mix storage technologies such as SAN & NAS, and virtual disk types such as RDM & VMFS.
Zerto Offsite Cloud Backup & Data Protection
Offsite Backup is a new paradigm in data protection that combines hypervisor-based replication with longer retention. This greatly simplifies data protection for IT organizations. The ability to leverage the data at the disaster recovery target site or in the cloud for VM backup eliminates the impact on production workloads.

Zerto Offsite Backup in the Cloud

What is Offsite Backup?

Offsite Backup is a new paradigm in data protection that combines hypervisor-based replication with longer retention. This greatly simplifies data protection for IT organizations. The ability to leverage the data at the disaster recovery target site or in the cloud for VM backup eliminates the impact on production workloads.

Why Cloud Backup?

  • Offsite Backup combines replication and long retention in a new way
  • The repository can be located in public cloud storage, a private cloud, or as part of a hybrid cloud solution.
  • Copies are saved on a daily, weekly and monthly schedule.
  • The data volumes and configuration information are included to allow VM backups to be restored on any compatible platform, cloud or otherwise.
Introducing Cloud Disaster Recovery
Can mission-critical apps really be protected in the cloud? Introducing: Cloud Disaster Recovery Today, enterprises of all sizes are virtualizing their mission-critical applications, either within their own data center, or with an external cloud vendor.

Can mission-critical apps really be protected in the cloud?

Introducing: Cloud Disaster Recovery

Today, enterprises of all sizes are virtualizing their mission-critical applications, either within their own data center, or with an external cloud vendor. One key driver is to leverage the flexibility and agility virtualization offers to increase availability, business continuity and disaster recovery.

With the cloud becoming more of an option, enterprises of all sizes are looking for the cloud, be it public, hybrid or private, to become part of their BC/DR solution. However, these options do not always exist. Virtualization has created the opportunity, but there is still a significant technology gap. Mission-critical applications can be effectively virtualized and managed; however, the corresponding data cannot be effectively protected in a cloud environment.

Additional Challenges for Enterprises with the Cloud:

  • Multi-tenancy
  • Data protection & mobility
  • Lack of centralized management

Solutions with Zerto Virtual Replication:

  • Seamless integration with no environment change
  • Multi-site support
  • Hardware-agnostic replications
Application Protection & Recovery for VMware
Protect Applications, Not Data. How-to Guide: Application Protection and Recovery for VMware

Protect Applications, Not Data

How-to Guide: Application Protection and Recovery for VMware

When organizations are considering a business continuity/disaster recovery (BC/DR) solution, they need to look for a solution that not only protects and recovers the data, but also protects and recovers the application. Virtualized applications typically span multiple VMs and are more complex in terms of dependencies and infrastructure. They require recovery with write-order fidelity, something most replications solutions do not supply

Zerto Application Protection Features:

  • VM-level consistency grouping
  • Crash-consistent application recovery
  • Recovery of specific application objects