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Showing 49 - 64 of 74 white papers, page 4 of 5.
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 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.

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
Does Deploying Citrix in the Cloud Make Performance Monitoring Easier?
Organizations now have a variety of cloud-based options for delivering virtualized applications and desktops. Cloud deployments are fast, involve lower hardware footprint and simplify IT operations. A key question to answer in this context is whether Citrix Cloud services make performance monitoring easier than it was for on-premises deployments. Read this white paper and find out how to implement monitoring for Citrix Cloud environments.

The technology of cloud computing has caught up with virtual desktop infrastructures. Tapping into the agility and flexibility of cloud-hosted infrastructures, Citrix Cloud enables organizations to simplify digital workspace delivery. With many of the critical components of the Citrix delivery infrastructure hosted in the cloud and managed by Citrix, organizations can speed up deployment, lower hardware footprint, increase ROI, simplify IT operations. Despite the many benefits of Citrix Cloud, the performance management challenges still persist, just as they do in traditional on-premises Citrix deployments.

Read this eG Innovations white paper, and understand:

  • The two popular Citrix Cloud deployment options
  • Performance monitoring challenges in Citrix Cloud infrastructures
  • Stakeholders involved and their respective domains of responsibility
  • The various monitoring tools and options available
  • Best practices to set up performance monitoring
5 Best Practices to Achieve Successful Migration to Citrix XenApp & XenDesktop 7.x
Citrix XenApp 6.5 is nearing its end-of-life and end-of-maintenance period. As organizations look to migrate to Citrix XenApp and XenDesktop 7.x, they will be encountering many architectural, configuration, platform, and functionality changes. Read this eG Innovations white paper to learn five best practices that Citrix administration teams can use to ensure peak performance of the Citrix infrastructure during and after the migration to XenApp and XenDesktop 7.x.
Citrix XenApp 6.5 is nearing its end-of-life and end-of-maintenance period. As organizations look to migrate to Citrix XenApp and XenDesktop 7.x, they will be encountering many architectural, configuration, platform, and functionality changes. While many new features and enhancements have been introduced in 7.x, there are also some capabilities that were available in XenApp 6.5 and are no longer supported in 7.x (such as Citrix EdgeSight for performance monitoring). Despite all these changes, the success of the migration, ultimately, depends on ensuring outstanding performance and end-user experience in the new 7.x environment.

Read this eG Innovations white paper to learn five best practices that Citrix administration teams can use to ensure peak performance of the Citrix infrastructure during and after the migration to XenApp and XenDesktop 7.x.
Converged Application and Infrastructure Performance Monitoring
In today’s distributed, heterogeneous environments, the siloed monitoring of applications and infrastructure tiers (network, storage, virtualization, database, etc.) is no longer sufficient. Read this white paper to find out how eG Innovations provides unified visibility of application performance, end-user experience, and infrastructure health—all from a single pane of glass.

As detecting and troubleshooting application performance issues increases in complexity in today’s distributed, heterogeneous environments, the siloed monitoring of applications and infrastructure tiers (network, storage, virtualization, database, etc.) is no longer sufficient. eG Enterprise delivers the first converged application and infrastructure performance monitoring solution, providing unified visibility of application performance, end-user experience, and infrastructure health—all from a single pane of glass.

Read this white paper to find out how eG Enterprise’s converged application and infrastructure monitoring capabilities help you:

  • 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
Key Considerations for a Performance Monitoring Solution for your Citrix Infrastructure
Citrix environments incorporate numerous components as well as diverse back-end application elements and user-specific items – all complex variables that can affect the user experience. This white paper provides a checklist of monitoring-related criteria that should be considered as part of due diligence by enterprises and service providers to effectively manage the performance of their complex Citrix infrastructures.
Citrix environments incorporate numerous components as well as diverse back-end application elements and user-specific items – all complex variables that can affect the user experience. This white paper provides a checklist of monitoring-related criteria that should be considered as part of due diligence by enterprises and service providers to effectively manage the performance of their complex Citrix infrastructures.
Demystifying Hybrid Solutions and Architecture
Digital transformation projects have accelerated the adoption of new technologies and a multitude of cloud services. Infrastructure and operations (I&O) professionals face exacerbated challenges associated with managing an increasingly diverse environment. In response, vendors have saturated the market with confusing hybrid products and solutions that vary vastly in capabilities. This report provides clarity about and categorization of hybrid architectures to help I&O professionals evolve ope

Digital transformation projects have accelerated the adoption of new technologies and a multitude of cloud services. Infrastructure and operations (I&O) professionals face exacerbated challenges associated with managing an increasingly diverse environment.

In response, vendors have saturated the market with confusing hybrid products and solutions that vary vastly in capabilities.
This report provides clarity about and categorization of hybrid architectures to help I&O professionals evolve operational models and select services based on their unique requirements.

Key Takeaways

More Options Mandate New Technology Roles, Skills, And Responsibilities
Hybrid injects more technologies into an already complex mix of choices. Seek to simplify with automation, supply chain management, and software coding representing some key new demands. Adapt your organization to meet these demands; old-school IT methods crumble in the new hybrid systems.

Consider Processes, Skills, And Applications As Hybrid Models Move Beyond Just Cloud
Forrester classifies four hybrid architecture models. Cloud may seem obvious, but operations, infrastructure, and applications may not. They're just as important — and maybe even more so in your environment.

Formulate A DevOps Philosophy To Permeate Every Corner Of Your Business
Development and operations (DevOps) and Agile methodologies and philosophies are popular because they encourage speed over perfection. Now pervasive in application development and delivery, these principles offer value everywhere — especially in hybrid architectures.

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.
High Availability Clusters in VMware vSphere without Sacrificing Features or Flexibility
This paper explains the challenges of moving important applications from traditional physical servers to virtualized environments, such as VMware vSphere in order to take advantage of key benefits such as configuration flexibility, data and application mobility, and efficient use of IT resources and highlights six key facts you should know about HA protection in VMware vSphere environments that can save you money.

Many large enterprises are moving important applications from traditional physical servers to virtualized environments, such as VMware vSphere in order to take advantage of key benefits such as configuration flexibility, data and application mobility, and efficient use of IT resources.

Realizing these benefits with business critical applications, such as SQL Server or SAP can pose several challenges. Because these applications need high availability and disaster recovery protection, the move to a virtual environment can mean adding cost and complexity and limiting the use of important VMware features. This paper explains these challenges and highlights six key facts you should know about HA protection in VMware vSphere environments that can save you money.

Optimize Epic Printing in Your Healthcare VDI Environment
Although delivering EPIC through a VDI environment can improve reliability, availability, security and mobile requirements, one aspect still remains an issue printing. This white paper addresses the common printing and workflow issues with EPIC in a VDI environment and the considerations to optimize EMR printing.
According to the Office of the National Coordinator of Health IT, as of 2016, more than 95% of U.S. hospitals have implemented Electronic Health Records (EHRs). EPIC is one such EHR system that is being adopted by many healthcare organizations. Although delivering EPIC through a VDI environment can improve reliability, availability, security and mobile requirements, one aspect still remains an issue printing. This white paper addresses the common printing and workflow issues with EPIC in a VDI environment and the considerations to optimize EMR printing.