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Showing 49 - 64 of 73 white papers, page 4 of 5.
How Data Temperature Drives Data Placement Decisions and What to Do About It
In this white paper, learn (1) how the relative proportion of hot, warm, and cooler data changes over time, (2) new machine learning (ML) techniques that sense the cooling temperature of data throughout its half-life, and (3) the role of artificial intelligence (AI) in migrating data to the most cost-effective tier.

The emphasis on fast flash technology concentrates much attention on hot, frequently accessed data. However, budget pressures preclude consuming such premium-priced capacity when the access frequency diminishes. Yet many organizations do just that, unable to migrate effectively to lower cost secondary storage on a regular basis.
In this white paper, explore:

•    How the relative proportion of hot, warm, and cooler data changes over time
•    New machine learning (ML) techniques that sense the cooling temperature of data throughout its half-life
•    The role of artificial intelligence (AI) in migrating data to the most cost-effective tier.

All-Flash Array Buying Considerations: The Long-Term Advantages of Software-Defined Storage
In this white paper, analysts from the Enterprise Strategy Group (ESG) provide insights into (1) the modern data center challenge, (2) buying considerations before your next flash purchase, and (3) the value of storage infrastructure independence and how to obtain it with software-defined storage.
All-flash technology is the way of the future. Performance matters, and flash is fast—and it is getting even faster with the advent of NVMe and SCM technologies. IT organizations are going to continue to increase the amount of flash storage in their shops for this simple reason.

However, this also introduces more complexity into the modern data center. In the real world, blindly deploying all-flash everywhere is costly, and it doesn’t solve management/operational silo problems. In the Enterprise Strategy Group (ESG) 2018 IT spending intentions survey, 68% of IT decision makers said that IT is more complex today than it was just two years ago. In this white paper, ESG discusses:

•    The modern data center challenge
•    Buying considerations before your next flash purchase
•    The value of storage infrastructure independence and how to obtain it with software-defined storage

PowerCLI - The Aspiring Automator's Guide
Automation is awesome but don't just settle for using other people's scripts. Learn how to create your own scripts and take your vSphere automation game to the next level! Written by VMware vExpert Xavier Avrillier, this free eBook presents a use-case approach to learning how to automate tasks in vSphere environments using PowerCLI. We start by covering the basics of installation, set up, and an overview of PowerCLI terms. From there we move into scripting logic and script building with step-by

Scripting and PowerCLI are words that most people working with VMware products know pretty well and have used once or twice. Everyone knows that scripting and automation are great assests to have in your toolbox. The problem usually is that getting into scripting appears daunting to many people who feel like the learning curve is just too steep, and they usually don't know where to start. The good thing is you don't need to learn everything straight away to start working with PowerShell and PowerCLI. Once you have the basics down and have your curiosity tickled, you’ll learn what you need as you go, a lot faster than you thought you would!

ABOUT POWERCLI

Let's get to know PowerCLI a little better before we start getting our hands dirty in the command prompt. If you are reading this you probably already know what PowerCLI is about or have a vague idea of it, but it’s fine you don’t. After a while working with it, it becomes second nature, and you won't be able to imagine life without it anymore! Thanks to VMware's drive to push automation, the product's integration with all of their components has significantly improved over the years, and it has now become a critical part of their ecosystem.

WHAT IS PowerCLI?

Contrary to what many believe, PowerCLI is not in fact a stand-alone software but rather a command-line and scripting tool built on Windows PowerShell for managing and automating vSphere environments. It used to be distributed as an executable file to install on a workstation. Previously, an icon was generated that would essentially launch PowerShell and load the PowerCLI snap-ins in the session. This behavior changed back in version 6.5.1 when the executable file was removed and replaced by a suite of PowerShell modules to install from within the prompt itself. This new deployment method is preferred because these modules are now part of Microsoft’s Official PowerShell Gallery. 7 These modules provide the means to interact with the components of a VMware environment and offer more than 600 cmdlets! The below command returns a full list of VMware-Associated Cmdlets!

Why Network Verification Requires a Mathematical Model
Learn how verification can be used in key IT processes and workflows, why a mathematical model is required and how it works; as well as example use cases from the Forward Enterprise platform.
Network verification is a rapidly emerging technology that is a key part of Intent Based Networking (IBN). Verification can help avoid outages, facilitate compliance processes and accelerate change windows. Full-feature verification solutions require an underlying mathematical model of network behavior to analyze and reason about policy objectives and network designs. A mathematical model, as opposed to monitoring or testing live traffic, can perform exhaustive and definitive analysis of network implementations and behavior, including proving network isolation or security rules.

In this paper, we will describe how verification can be used in key IT processes and workflows, why a mathematical model is required and how it works, as well as example use cases from the Forward Enterprise platform. This will also clarify what requirements a mathematical model must meet and how to evaluate alternative products.
ESG Report: Verifying Network Intent with Forward Enterprise
This ESG Technical Review documents hands-on validation of Forward Enterprise, a solution developed by Forward Networks to help organizations save time and resources when verifying that their IT networks can deliver application traffic consistently in line with network and security policies. The review examines how Forward Enterprise can reduce network downtime, ensure compliance with policies, and minimize adverse impact of configuration changes on network behavior.
ESG research recently uncovered that 66% of organizations view their IT environments as more or significantly more complex than they were two years ago. The complexity will most likely increase, since 46% of organizations anticipate their network infrastructure spending to exceed that of 2018 as they upgrade and expand their networks.

Large enterprise and service provider networks consist of multiple device types—routers, switches, firewalls, and load balancers—with proprietary operating systems (OS) and different configuration rules. As organizations support more applications and users, their networks will grow and become more complex, making it more difficult to verify and manage correctly implemented policies across the entire network. Organizations have also begun to integrate public cloud services with their on-premises networks, adding further network complexity to manage end-to-end policies.

With increasing network complexity, organizations cannot easily confirm that their networks are operating as intended when they implement network and security policies. Moreover, when considering a fix to a service-impact issue or a network update, determining how it may impact other applications negatively or introduce service-affecting issues becomes difficult. To assess adherence to policies or the impact of any network change, organizations have typically relied on disparate tools and material—network topology diagrams, device inventories, vendor-dependent management systems, command line (CLI) commands, and utilities such as “ping” and “traceroute.” The combination of these tools cannot provide a reliable and holistic assessment of network behavior efficiently.

Organizations need a vendor-agnostic solution that enables network operations to automate the verification of network implementations against intended policies and requirements, regardless of the number and types of devices, operating systems, traffic rules, and policies that exist. The solution must represent the topology of the entire network or subsets of devices (e.g., in a region) quickly and efficiently. It should verify network implementations from prior points in time, as well as proposed network changes prior to implementation. Finally, the solution must also enable organizations to quickly detect issues that affect application delivery or violate compliance requirements.
Forward Networks ROI Case Study
See how a large financial services business uses Forward Enterprise to achieve significant ROI with process improvements in trouble ticket resolution, audit-related fixes and change windows.
Because Forward Enterprise automates the intelligent analysis of network designs, configurations and state, we provide an immediate and verifiable return on investment (ROI) in terms of accelerating key IT processes and reducing manhours of highly skilled engineers in troubleshooting and testing the network.

In this paper, we will quantify the ROI of a large financial services firm and document the process improvements that led to IT cost savings and a more agile network. In this analysis, we will look at process improvements in trouble ticket resolution, audit-related fixes and acceleration of network updates and change windows. We will explore each of these areas in more detail, along with the input assumptions for the calculations, but for this financial services customer, the following benefits were achieved, resulting in an annualized net savings of over $3.5 million.
Deploying Mission‐Critical Business Workloads on HCI with DataCore Parallel I/O Technology
In this white paper, IDC discusses the hyperconverged infrastructure landscape and assesses how a new breed of solutions such as DataCore's Hyperconverged Virtual SAN are taking HCI beyond light workloads to become a technology fit for enterprise-class workloads. The paper assesses the characteristics and features in DataCore Virtual SAN software that offer the performance, availability, responsiveness, and scale necessary for tier 1 applications.

Hyperconverged holds out the promise of helping consolidate your infrastructure. It can seem like the “easy button” to deploying storage in remote locations or for VDI. But “easy” often comes with tradeoffs—like performance limitations that don’t support enterprise applications.

At DataCore, we believe you should expect more from hyper-converged infrastructure—more performance, more efficiency, and seamless all-in-one management across your hyper-converged devices and your existing enterprise storage.

IDC has taken a look at the limitations of hyper-converged and how you can get more. Read the free IDC report to learn:

  • How companies worldwide have used first-generation hyperconverged solutions, and why
  • How the hyperconverged landscape is changing, with the introduction of a new generation of products
  • How Parallel I/O has changed expectations and removed limitations from hyperconverged
  • How a hyperconverged infrastructure can deliver cost-effective, highly available, and high-performing support for critical tier-one applications
10 Benefits to Using a Scale-Out Infrastructure for Secondary Storage
Essential Tips to Protect, Access and Use Data Across On-Premises and Cloud Locations As organizations seek to implement web-scale IT features for their secondary workloads, including data protection, they need to be able to expand, contract, modify their infrastructure quickly and with minimal effort. What’s more, they must be able to deliver expected outcomes reliably and at a lower cost.
Essential Tips to Protect, Access and Use Data Across On-Premises and Cloud Locations

As organizations seek to implement web-scale IT features for their secondary workloads, including data protection, they need to be able to expand, contract, modify their infrastructure quickly and with minimal effort. What’s more, they must be able to deliver expected outcomes reliably and at a lower cost.

Scale-out infrastructure is a new solution rising to meet these challenges. Offering a single platform for shared compute and storage resources, a scale-out infrastructure simplifies storage for high-volume secondary data and processes enabling organizations to deliver expected outcomes reliably, with greater scalability, and at lower cost. Consider these ten reasons to take a unified approach for your data protection and secondary storage and discover a more agile way to protect, access and use data across your on-premises and cloud locations.
Restoring Order to Virtualization Chaos
Get Tighter Control of a Mixed VM Environment and Meet Your Data Protection SLAs Is virtualization bringing you the promised benefits of increased IT agility and reduced operating costs, or is virtualization just adding more chaos and complexity? Getting a grip on the prismatic environment of virtualized platforms – whether on-premises, in-cloud, or in some hybrid combination – is key to realizing virtualization’s benefits. To truly achieve better IT productivity, reduce costs, and meet ever mo
Get Tighter Control of a Mixed VM Environment and Meet Your Data Protection SLAs

Is virtualization bringing you the promised benefits of increased IT agility and reduced operating costs, or is virtualization just adding more chaos and complexity? Getting a grip on the prismatic environment of virtualized platforms – whether on-premises, in-cloud, or in some hybrid combination – is key to realizing virtualization’s benefits. To truly achieve better IT productivity, reduce costs, and meet ever more stringent service level agreements (SLAs), you need to create order out of virtualization chaos.

We’ll examine ways in which IT executives can more effectively manage a hybrid virtual machine (VM) environment, and more importantly, how to deliver consistent data protection and recovery across all virtualized platforms. The goal is to control complexity and meet your SLAs, regardless of VM container. In so doing, you will control your VMs, instead of allowing their chaos to control you!
How to seamlessly and securely transition to hybrid cloud
Find out how to optimize your hybrid cloud workload through system hardening, incident detection, active defense and mitigation, quarantining and more. Plus, learn how to ensure protection and performance in your environment through an ideal hybrid cloud workload protection solution.

With digital transformation a constantly evolving reality for the modern organization, businesses are called upon to manage complex workloads across multiple public and private clouds—in addition to their on-premises systems.

The upside of the hybrid cloud strategy is that businesses can benefit from both lowered costs and dramatically increased agility and flexibility. The problem, however, is maintaining a secure environment through challenges like data security, regulatory compliance, external threats to the service provider, rogue IT usage and issues related to lack of visibility into the provider’s infrastructure.

Find out how to optimize your hybrid cloud workload through system hardening, incident detection, active defense and mitigation, quarantining and more. Plus, learn how to ensure protection and performance in your environment through an ideal hybrid cloud workload protection solution that:


•    Provides the necessary level of protection for different workloads
•    Delivers an essential set of technologies
•    Is structured as a comprehensive, multi-layered solution
•    Avoids performance degradation for services or users
•    Supports compliance by satisfying a range of regulation requirements
•    Enforces consistent security policies through all parts of hybrid infrastructure
•    Enables ongoing audit by integrating state of security reports
•    Takes account of continuous infrastructure changes

Office 365 / Microsoft 365: The Essential Companion Guide
Office 365 and Microsoft 365 contain truly powerful applications that can significantly boost productivity in the workplace. However, there’s a lot on offer so we’ve put together a comprehensive companion guide to ensure you get the most out of your investment! This free 85-page eBook, written by Microsoft Certified Trainer Paul Schnackenburg, covers everything from basic descriptions, to installation, migration, use-cases, and best practices for all features within the Office/Microsoft 365 sui

Welcome to this free eBook on Office 365 and Microsoft 365 brought to you by Altaro Software. We’re going to show you how to get the most out of these powerful cloud packages and improve your business. This book follows an informal reference format providing an overview of the most powerful applications of each platform’s feature set in addition to links directing to supporting information and further reading if you want to dig further into a specific topic. The intended audience for this book is administrators and IT staff who are either preparing to migrate to Office/Microsoft 365 or who have already migrated and who need to get the lay of the land. If you’re a developer looking to create applications and services on top of the Microsoft 365 platform, this book is not for you. If you’re a business decision-maker, rather than a technical implementer, this book will give you a good introduction to what you can expect when your organization has been migrated to the cloud and ways you can adopt various services in Microsoft 365 to improve the efficiency of your business.

THE BASICS

We’ll cover the differences (and why one might be more appropriate for you than the other) in more detail later but to start off let’s just clarify what each software package encompasses in a nutshell. Office 365 (from now on referred to as O365) 7 is an email collaboration and a host of other services provided as a Software as a Service (SaaS) whereas Microsoft 365 (M365) is Office 365 plus Azure Active Directory Premium, Intune – cloud-based management of devices and security and Windows 10 Enterprise. Both are per user-based subscription services that require no (or very little) infrastructure deployments on-premises.

How to Develop a Multi-cloud Management Strategy
Increasingly, organizations are looking to move workloads into the cloud. The goal may be to leverage cloud resources for Dev/Test, or they may want to “lift and shift” an application to the cloud and run it natively. In order to enable these various cloud options, it is critical that organizations develop a multi-cloud data management strategy.

The primary goal of a multi-cloud data management strategy is to supply data, either via copying or moving data to the various multi-cloud use cases. A key enabler of this movement is the data management software applications. In theory, data protection applications can perform both of the copy and move functions. A key consideration is how the multi-cloud data management experience is unified. In most cases, data protection applications ignore the user experience of each cloud and use their proprietary interface as the unifying entity, which increases complexity.

There are a variety of reasons organizations may want to leverage multiple clouds. The first use case is to use public cloud storage as a backup mirror to an on-premises data protection process. Using public cloud storage as a backup mirror enables the organization to automatically off-site data. It also sets up many of the more advanced use cases.

Another use case is using the cloud for disaster recovery.

Another use case is “Lift and Shift,” which means the organization wants to run the application in the cloud natively. Initial steps in the “lift and shift” use case are similar to Dev/Test, but now the workload is storing unique data in the cloud.

Multi-cloud is a reality now for most organizations and managing the movement of data between these clouds is critical.

Multi-cloud Data Protection-as-a-service: The HYCU Protégé Platform
Multi-cloud environments are here to stay and will keep on growing in diversity, use cases, and, of course, size. Data growth is not stopping anytime soon, only making the problem more acute. HYCU has taken a very different approach from many traditional vendors by selectively delivering deeply integrated solutions to the platforms they protect, and is now moving to the next challenge of unification and simplification with Protégé, calling it a data protection-as-a-service platform.

There are a number of limitations today keeping organizations from not only lifting and shifting from one cloud to another but also migrating across clouds. Organizations need the flexibility to leverage multiple clouds and move applications and workloads around freely, whether for data reuse or for disaster recovery. This is where the HYCU Protégé platform comes in. HYCU Protégé is positioned as a complete multi-cloud data protection and disaster recovery-as-a-service solution. It includes a number of capabilities that make it relevant and notable compared with other approaches in the market:

  • It was designed for multi-cloud environments, with a “built-for-purpose” approach to each workload and environment, leveraging APIs and platform expertise.
  • It is designed as a one-to-many cross-cloud disaster recovery topology rather than a one-to-one cloud or similarly limited topology.
  • It is designed for the IT generalist. It’s easy to use, it includes dynamic provisioning on-premises and in the cloud, and it can be deployed without impacting production systems. In other words, no need to manually install hypervisors or agents.
  • It is application-aware and will automatically discover and configure applications. Additionally, it supports distributed applications with shared storage. 
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Data Protection as a Service - Simplify Your Backup and Disaster Recovery
Data protection is a catch-all term that encompasses a number of technologies, business practices and skill sets associated with preventing the loss, corruption or theft of data. The two primary data protection categories are backup and disaster recovery (DR) — each one providing a different type, level and data protection objective. While managing each of these categories occupies a significant percentage of the IT budget and systems administrator’s time, it doesn’t have to. Data protection can
Simplify Your Backup and Disaster Recovery

Today, there are an ever-growing number of threats to businesses and uptime is crucial. Data protection has never been a more important function of IT. As data center complexity and demand for new resources increases, the difficulty of providing effective and cost-efficient data protection increases as well.

Luckily, data protection can now be provided as a service.

Get this white paper to learn:
  • How data protection service providers enable IT teams to focus on business objectives
  • The difference, and importance, of cloud-based backup and disaster recovery
  • Why cloud-based backup and disaster recovery are required for complete protection
How iland supports Zero Trust security
This paper explains the background of Zero Trust security and how organizations can achieve this to protect themselves from outside threats.
Recent data from Accenture shows that, over the last five years, the number of security breaches has risen 67 percent, the cost of cybercrime has gone up 72 percent, and the complexity and sophistication of the threats has also increased.

As a result, it should come as no surprise that innovative IT organizations are working to adopt more comprehensive security strategies as the potential damage to business revenue and reputation increases. Zero Trust is one of those strategies that has gained significant traction in recent years.

In this paper we'll discuss:
  • What is Zero Trust?
  • The core tenants of iland’s security capabilities and contribution to supporting Zero Trust.
    • Physical - Still the first line of defense
    • Logical - Security through technology
    • People and process - The critical layer
    • Accreditation - Third-party validation
  • Security and compliance as a core iland value
Top 10 VMware Performance Metrics That Every VMware Admin Must Monitor
How does one track the resource usage metrics for VMs and which ones are important? VMware vSphere comprises many different resource components. Knowing what these components are and how each component influences resource management decisions is key to efficiently managing VM performance. In this blog, we will discuss the top 10 metrics that every VMware administrator must continuously track.

Virtualization technology is being widely adopted thanks to the flexibility, agility, reliability and ease of administration it offers. At the same time, any IT technology – hardware or software – is only as good as its maintenance and upkeep, and VMware virtualization is no different. With physical machines, failure or poor performance of a machine affects the applications running on that machine. With virtualization, multiple virtual machines (VMs) run on the same physical host and a slowdown of the host will affect applications running on all of the VMs. Hence, performance monitoring is even more important in a virtualized infrastructure than it is in a physical infrastructure.

How does one determine what would be the right amount of resources to allocate to a VM? The answer to that question lies in tracking the resource usage of VMs over time, determining the norms of usage and then right-sizing the VMs accordingly.

But how does one track the resource usage metrics for VMs and which ones are important? VMware vSphere comprises many different resource components. Knowing what these components are and how each component influences resource management decisions is key to efficiently managing VM performance. In this blog, we will discuss the top 10 metrics that every VMware administrator must continuously track.

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