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Showing 1 - 15 of 15 white papers, page 1 of 1.
FSLogix Apps for Citrix AppDisk Reference Architecture
App Layering and Image Masking Combined for the Most Versatile Delivery Solution on the Market! Optimizing the way applications are delivered and managed has been an ongoing challenge in enterprise IT, and the variety of approaches over the years have been received with varying degrees of success. Citrix AppDisk, when integrated with FSLogix Apps, provides a unique set of features that can improve end-user productivity, reduce IT overhead and lower the cost of desktop management.
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Optimizing the way applications are delivered and managed has been an ongoing challenge in enterprise IT, and the variety of approaches over the years have been received with varying degrees of success. While every method has pros and cons, some of the most stubborn issues include time-to-deliver, application conflicts, plug-ins and licensing. The too-frequent result is high IT overhead, too many gold images and excess spending on application licenses.

Too many companies are settling on less than optimal solutions because that is all they are presented with and they are unaware of the true state of the art for application management. It is possible to dramatically reduce the number of Windows gold images, in some cases to a single image. It is possible to deliver exactly what each and every end user needs to do their job, and nothing else. It is possible for a user to log into a random system and instantly be presented with their personal desktop, all the right applications, plugins and add-ons, the right printers, and the right fonts. It is possible and it is simple.

Citrix AppDisk, when integrated with FSLogix Apps, provides a unique set of features that can improve end-user productivity, reduce IT overhead and lower the cost of desktop management. With FSLogix patent pending Image Masking technology, AppDisk gains very granular and powerful user-based policy control over every aspect of a user’s desktop and applications, and enhances the ability to distribute applications on network attached disk images. FSLogix Apps also enable AppDisks to scale to a much greater degree than any other similar technologies available today.

This document details what is possible when FSLogix is combined with Citrix AppDisk and suggests best practices for installing and configuring the products for maximum flexibility and applicability in various environments.
4 Virtualization Skills to Take Flight In Your IT Career
It's time to take your IT career flight beyond the final frontiers of your virtual universe. Do it with the SOAR Framework.
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It's time to take your IT career flight beyond the final frontiers of your virtual universe. Do it with the SOAR Framework.

You'll learn 4 virtualization skills to advance your career: 

  • Secure - Govern, control data and user planes
  • Optimize - Run more efficiently
  • Automate - Scale your IT environment
  • Report - Show & tell to your leadership teams
Each SOAR skill will help you to deal with change management in the era of continuous service integration and service delivery. Time to shatter the shackles and take flight!
The 4th Era of IT Infrastructure: Composable Systems
Learn the benefits and limitations of the 3 generations of IT infrastructure – siloed, converged and hyperconverged – and discover how the 4th generation of IT infrastructure can transform your business.

Learn the benefits and limitations of  the 3 generations of IT infrastructure  – siloed, converged and hyperconverged – and discover how the 4th generation of IT infrastructure  – composable –  can transform your business. 

The composable infrastructure enables you to:

  • Tightly integrate server, storage, networking, virtualization, VM/container centric management and an application marketplace to create a high-speed infrastructure platform that includes everything needed to run applications out of the box – a single silo platform
  • Easily and independently scale network, storage, and compute resources on-demand, making it possible to run a wide diversity of workloads

Manage your infrastructure from anywhere through a single SaaS management portal

Approaches and Benefits of Network Virtualization
Businesses today aspire to achieve a software-defined datacenter (SDDC) to enhance business agility and reduce operational complexity. However, the SDDC solutions available today forgot about the most complex part of your infrastructure — the network. Network virtualization is critical to simplify application scaling and improve application performance without lengthy maintenance windows and potential security risks.

Businesses today aspire to achieve a software-defined datacenter (SDDC) to enhance business agility and reduce operational complexity. However, the SDDC solutions available today forgot about the most complex part of your infrastructure—the network.

Network virtualization is critical to simplify application scaling and improve application performance without lengthy maintenance windows and potential security risks.
 
In this whitepaper you will be introduced to Cloudistics Ignite’s Adaptive Overlay Network (AON) technology that provides the following benefits:
◦    Simplifies and automates network provisioning, avoiding manual errors common when dealing with physical networks, VLANs, etc.

  • Enables you to scale your business to multi-site locations without unnecessary costly hardware purchases and lengthy maintenance windows
  • Enables you to fine-tune your application’s performance and security through dedicated virtual networks that can be deployed in minutes

Natively built-into the Ignite platform, lowering costs by eliminating the need for 3rd party software and hardware

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.
IT Infrastructure Risk Management
When implementing new IT infrastructure there are always risks. These risks include under-provisioning or over-provisioning, hardware incompatibility, software incompatibility, network issues and outages, migration issues, downtime, disaster recovery, vendor reliability, and unexpected costs. These risks can be inflated when ripping and replacing an entire infrastructure, but that doesn’t have to be the case. Hyperconverged infrastructure solutions like HC3 from Scale Computing can reduce or eve
When implementing new IT infrastructure there are always risks. These risks include under-provisioning or over-provisioning, hardware incompatibility, software incompatibility, network issues and outages, migration issues, downtime, disaster recovery, vendor reliability, and unexpected costs. These risks can be inflated when ripping and replacing an entire infrastructure, but that doesn’t have to be the case. Hyperconverged infrastructure solutions like HC3 from Scale Computing can reduce or even eliminate risks that have become common with traditional virtualization infrastructure.
Hyperconverged Infrastructure: A Brief Introduction
The term hyperconverged infrastructure (HCI) has become an industry buzzword that has been applied to a number of different new computing technologies. The misuse of the term has caused confusion for many IT professionals looking at HCI as an infrastructure solution. In this document we will shed some light on what HCI really means and why it might be the right IT solution for you.
The term hyperconverged infrastructure (HCI) has become an industry buzzword that has been applied to a number of different new computing technologies. The misuse of the term has caused confusion for many IT professionals looking at HCI as an infrastructure solution. In this document we will shed some light on what HCI really means and why it might be the right IT solution for you.
Disaster Recovery Strategies with Scale Computing
Disaster recovery is a concept that asks the question, “How can an organization survive and respond to a wide variety of threats ranging from small hiccups to catastrophic destruction?” The threats to ongoing operations range from human error to malicious attacks to natural disasters. Organizations need to prepare in ways that involve both human and technological response. Technology is an important part of any organization. At Scale Computing, we recognize that in today’s 24/7 marketplace, IT i
Disaster recovery is a concept that asks the question, “How can an organization survive and respond to a wide variety of threats ranging from small hiccups to catastrophic destruction?” The threats to ongoing operations range from human error to malicious attacks to natural disasters. Organizations need to prepare in ways that involve both human and technological response. Technology is an important part of any organization. At Scale Computing, we recognize that in today’s 24/7 marketplace, IT infrastructure must be both resilient and highly available to keep organizations operational.

In our HC3 architecture, keeping in mind our typical simplicity and ease of use, we have built-in a number of disaster recovery capabilities. These allow our users to recover quickly from a variety of disasters that may affect anywhere from a single file to an entire site. Disaster recovery is often planned for and measured in terms of recovery point objective (RPO) and recovery time objective (RTO). HC3 provides features to achieve both RPO and RTO measured in minutes to minimize both downtime and data loss.
How HC3 Lowers the Total Cost of Ownership
When considering a new IT infrastructure solution, the acquisition cost of the hardware and software to standup the infrastructure is only the starting point for cost analysis. It is important to look into the operational costs of deployment, training, licensing, scale out, downtime, and management. All of these considerations contribute to the total cost of ownership (TCO) of the solution.
When considering a new IT infrastructure solution, the acquisition cost of the hardware and software to standup the infrastructure is only the starting point for cost analysis. It is important to look into the operational costs of deployment, training, licensing, scale out, downtime, and management. All of these considerations contribute to the total cost of ownership (TCO) of the solution.

This document will dive into the TCO of the Scale Computing HC3 infrastructure solution and discuss how it compares to traditional architecture models. The combined considerations of different areas of costs will give a broader and more complete picture of how HC3 affects IT costs. With a focus on serving small and midmarket IT, Scale Computing is committed to making virtualization infrastructure both accessible and affordable for any size organization.
Dummies Guide to Enterprise Cloud
The value proposition for Enterprise Cloud is simple—put all the agility of public cloud in your data center. That means you can spin up and tear down your next project in minutes, scale effortlessly and maintain total control of cost and performance.
The value proposition for Enterprise Cloud is simple—put all the agility of public cloud in your data center. That means you can spin up and tear down your next project in minutes, scale effortlessly and maintain total control of cost and performance.

But building an Enterprise Cloud may seem daunting—that’s why we created this Dummies Guide.

Key Takeaways:
1) The three defining characteristics of an enterprise cloud.
2) The four steps to enterprise cloud creation.
3) The ten business benefits of an enterprise cloud.

3 Potential Risks of an HCI Architecture
The appeal of HCI as a concept is that by bringing compute, network and storage together in a fully-tested, controlled environment, infrastructure administrators would be freed from the challenges of integrating point solutions and would have scalable, guaranteed performance at lower risk. For specific workloads such as VDI and ROBO, the theory is that customers can allocate resources quickly, scale easily, and reduce costs significantly because of the integration and features in its platform. T
The appeal of HCI as a concept is that by bringing compute, network and storage together in a fully-tested, controlled environment, infrastructure administrators would be freed from the challenges of integrating point solutions and would have scalable, guaranteed performance at lower risk. For specific workloads such as VDI and ROBO, the theory is that customers can allocate resources quickly, scale easily, and reduce costs significantly because of the integration and features in its platform. The reality is more complicated—it’s difficult for HCI to deliver scalability, simplicity, and cost advantages without sacrificing performance.
HyperCore-Direct: NVMe Optimized Hyperconvergence
Scale Computing’s award winning HC3 solution has long been a leader in the hyperconverged infrastructure space. Now targeting even higher performing workloads, Scale Computing is announcing HyperCore-Direct, the first hyperconverged solution to provide software defined block storage utilizing NVMe over fabrics at near bare-metal performance.
Scale Computing’s award winning HC3 solution has long been a leader in the hyperconverged infrastructure space. Now targeting even higher performing workloads, Scale Computing is announcing HyperCore-Direct, the first hyperconverged solution to provide software defined block storage utilizing NVMe over fabrics at near bare-metal performance. In this whitepaper, we will showcase the performance of a Scale HyperCore-Direct cluster which has been equipped with Intel P3700 NVMe drives, as well as a single-node HyperCore-Direct system with Intel Optane P4800X NVMe drives. Various workloads have been tested using off-the-shelf Linux and Windows virtual machine instances. The results show that HyperCore-Direct’s new NVMe optimized version of SCRIBE, the same software-defined- storage powering every HC3 cluster in production today, is able to offer the lowest latency per IO delivered to virtual machines.
HC3, SCRIBE and HyperCore Theory of Operations
This document is intended to describe the technology, concepts and operating theory behind the Scale Computing HC3 System (Hyper-converged Compute Cluster) and the HyperCore OS that powers it, including the SCRIBE (Scale Computing Reliable Independent Block Engine) storage layer.
This document is intended to describe the technology, concepts and operating theory behind the Scale Computing HC3 System (Hyper-converged Compute Cluster) and the HyperCore OS that powers it, including the SCRIBE (Scale Computing Reliable Independent Block Engine) storage layer.
Information Security with HC3
The security of your information and data is paramount to Scale Computing. In order to be agile in the ever-changing security landscape, all technology platforms must adapt quickly. Threat vectors from new avenues are emerging on a daily basis.
The security of your information and data is paramount to Scale Computing. In order to be agile in the ever-changing security landscape, all technology platforms must adapt quickly. Threat vectors from new avenues are emerging on a daily basis.

Our culture has always been about having an exceptionally efficient and focused engineering team. A tight-knit, highly skilled team of engineers and developers cuts back on the red tape and delay that may be present in other organizations and keeps the focus on what matters in this ever-changing and always demanding landscape: innovation, stability, and security for the customer. In keeping with this culture, we have built the HC3 appliance using our own proprietary software in combination with common building blocks of well-tested open source technologies.