Each version of Windows and Windows Server showcases new technologies. The advent of PowerShell marked a substantial step forward in managing those features. However, the built-in graphical Windows management tools have largely stagnated - the same basic Microsoft Management Console (MMC) interfaces had remained since Windows Server 2000. Microsoft tried out multiple overhauls over the years to the built-in Server Manager console but gained little traction. Until Windows Admin Center.
WHAT IS WINDOWS ADMIN CENTER?Windows Admin Center (WAC) represents a modern turn in Windows and Windows Server system management. From its home page, you establish a list of the networked Windows and Windows Server computers to manage. From there, you can connect to an individual system to control components such as hardware drivers. You can also use it to manage Windows roles, such as Hyper-V.
On the front-end, Windows Admin Center is presented through a sleek HTML 5 web interface. On the back-end, it leverages PowerShell extensively to control the systems within your network. The entire package runs on a single system, so you don’t need a complicated infrastructure to support it. In fact, you can run it locally on your Windows 10 workstation if you want. If you require more resiliency, you can run Windows Admin Center as a role on a Microsoft Failover Cluster.
WHY WOULD I USE WINDOWS ADMIN CENTER?In the modern era of Windows management, we have shifted to a greater reliance on industrial-strength tools like PowerShell and Desired State Configuration. However, we still have servers that require individualized attention and infrequently utilized resources. WAC gives you a one-stop hub for dropping in on any system at any time and work with almost any of its facets.
ABOUT THIS EBOOKThis eBook has been written by Microsoft Cloud & Datacenter Management MVP Eric Siron. Eric has worked in IT since 1998, designing, deploying, and maintaining server, desktop, network, and storage systems. He has provided all levels of support for businesses ranging from single-user through enterprises with thousands of seats. He has achieved numerous Microsoft certifications and was a Microsoft Certified Trainer for four years. Eric is also a seasoned technology blogger and has amassed a significant following through his top-class work on the Altaro Hyper-V Dojo.
In The Forrester Wave: Intelligent Application and Service Monitoring, Q2 2019, Forrester identified the 13 most significant IASM providers in the market today, with Zenoss ranked amongst them as a Leader.“As complexity grows, I&O teams struggle to obtain full visibility into their environments and do troubleshooting. To meet rising customer expectations, operations leaders need new monitoring technologies that can provide a unified view of all components of a service, from application code to infrastructure.”Who Should Read This
Enterprise organizations looking for a solution to provide:
Our Takeaways
Trends impacting the infrastructure and operations (I&O) team include:
There are many new challenges, and reasons, to migrate workloads to the cloud.
For example, here are four of the most popular:
Whether it is for backup, disaster recovery, or production in the cloud, you should be able to leverage the cloud platform to solve your technology challenges. In this step-by-step guide, we outline how GCP is positioned to be one of the easiest cloud platforms for app development. And, the critical role data protection as-as-service (DPaaS) can play.
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.
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.
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:
The cloud computing era is well and truly upon us, and knowing how to take advantage of the benefits of this computing paradigm while maintaining security, manageability, and cost control are vital skills for any IT professional in 2020 and beyond. And its importance is only getting greater.
In this eBook, we’re going to focus on Infrastructure as a Service (IaaS) on Microsoft’s Azure platform - learning how to create VMs, size them correctly, manage storage, networking, and security, along with backup best practices. You’ll also learn how to operate groups of VMs, deploy resources based on templates, managing security and automate your infrastructure. If you currently have VMs in your own datacenter and are looking to migrate to Azure, we’ll also teach you that.
If you’re new to the cloud (or have experience with AWS/GCP but not Azure), this book will cover the basics as well as more advanced skills. Given how fast things change in the cloud, we’ll cover the why (as well as the how) so that as features and interfaces are updated, you’ll have the theoretical knowledge to effectively adapt and know how to proceed.
You’ll benefit most from this book if you actively follow along with the tutorials. We will be going through terms and definitions as we go – learning by doing has always been my preferred way of education. If you don’t have access to an Azure subscription, you can sign up for a free trial with Microsoft. This will give you 30 days 6 to use $200 USD worth of Azure resources, along with 12 months of free resources. Note that most of these “12 months” services aren’t related to IaaS VMs (apart from a few SSD based virtual disks and a small VM that you can run for 750 hours a month) so be sure to get everything covered on the IaaS side before your trial expires. There are also another 25 services that have free tiers “forever”.
Now you know what’s in store, let’s get started!
IT Infrastructure needs are constantly fluctuating in a world where powerful emerging software applications such as artificial intelligence can create, transform, and remodel markets in a few months or even weeks. While the public cloud is a flexible solution, it doesn’t solve every data center need—especially when businesses need to physically control their data on premises. This leads to overspend— purchasing servers and equipment to meet peak demand at all times. The result? Expensive equipment sitting idle during non-peak times. For years, companies have wrestled with overspend and underutilization of equipment, but now businesses can reduce cap-ex and rein in operational expenditures for underused hardware with software-defined composable infrastructure. With a true composable infrastructure solution, businesses realize optimal performance of IT resources while improving business agility. In addition, composable infrastructure allows organizations to take better advantage of the most data-intensive applications on existing hardware while preparing for future, disaggregated growth.
Download this report to see how composable infrastructure helps you deploy faster, effectively utilize existing hardware, rein in capital expenses, and more.
Make the Move: Linux Remote Desktops Made Easy
Securely run Linux applications and desktops from the cloud or your data center.
Download this guide and learn...
Assess what you already have
If you have a business continuity plan or a disaster recovery plan in place, that’s a good place to start. This scenario may not fit the definition of disaster that you originally intended, but it can serve to help you test your plan in a more controlled fashion that can benefit both your current situation by giving you a head start, and your overall plan by revealing gaps that would be more problematic in a more urgent or catastrophic environment with less time to prepare and implement.
Does your plan include access to remote desktops in a data center or the cloud? If so, and you already have a service in place ready to transition or expand, you’re well on your way.
Read the guide to learn what it takes for IT teams to set up staff to work effectively from home with virtual desktop deployments. Learn how to get started, if you’re new to VDI or if you already have an existing remote desktop scenario but are looking for alternatives.
The future of compute is in the cloud
Flexible, efficient, and economical, the cloud is no longer a question - it's the answer.
IT professionals that once considered if or when to migrate to the cloud are now talking about how. Earlier this year, we reached out to thousands of IT professionals to learn more about how.
Private Cloud, On-Prem, Public Cloud, Hybrid, Multicloud - each of these deployment models offers unique advantages and challenges. We asked IT decision-makers how they are currently leveraging the cloud and how they plan to grow.
Survey respondents overwhelmingly believed in the importance of a hybrid or multicloud strategy, regardless of whether they had actually implemented one themselves.
The top reasons for moving workloads between clouds
Managing the performance of Windows-based workloads can be a challenge. Whether physical PCs or virtual desktops, the effort required to maintain, tune and optimize workspaces is endless. Operating system and application revisions, user installed applications, security and bug patches, BIOS and driver updates, spyware, multi-user operating systems supply a continual flow of change that can disrupt expected performance. When you add in the complexities introduced by virtual desktops and cloud architectures, you have added another infinite source of performance instability. Keeping up with this churn, as well as meeting users’ zero tolerance for failures, are chief worries for administrators.
To help address the need for uniform performance and optimization in light of constant change, Liquidware introduced the Process Optimization feature in its Stratusphere UX solution. This feature can be set to automatically optimize CPU and Memory, even as system demands fluctuate. Process Optimization can keep “bad actor” applications or runaway processes from crippling the performance of users’ workspaces by prioritizing resources for those being actively used over not used or background processes. The Process Optimization feature requires no additional infrastructure. It is a simple, zero-impact feature that is included with Stratusphere UX. It can be turned on for single machines, or groups, or globally. Launched with the check of a box, you can select from pre-built profiles that operate automatically. Or administrators can manually specify the processes they need to raise, lower or terminate, if that task becomes required. This feature is a major benefit in hybrid multi-platform environments that include physical, pool or image-based virtual and cloud workspaces, which are much more complex than single-delivery systems. The Process Optimization feature was designed with security and reliability in mind. By default, this feature employs a “do no harm” provision affecting normal and lower process priorities, and a relaxed policy. No processes are forced by default when access is denied by the system, ensuring that the system remains stable and in line with requirements.
The driving force for organizations today is digital transformation, propelled by a need for greater innovation and agility across enterprises. The digital life-blood for this transformation remains computers, although their form-factor has changed dramatically over the past decade. Smart devices, including phones, tablets and wearables, have joined PCs and laptops in the daily toolsets used by workers to do their jobs. The data that organizations rely on increasingly comes from direct sources via smart cards, monitors, implants and embedded processors. IoT, machine learning and artificial intelligence will shape the software that workers use to do their jobs. As these “smart” applications change and take on scope, they will increasingly be deployed on cloud infrastructures, bringing computing to the edge and enabling swift and efficient processing with real-time data.
Yet digital transformation for many organizations can remain blocked if they do not start changing how their workspaces are provisioned. Many still rely on outmoded approaches for delivering the technology needed by their workers to make them productive in a highly digital workplace.In this paper, Liquidware presents a roadmap for providing modern workspaces for organizations that are undergoing digital transformation. We offer insights into how our Adaptive Workspace Management (AWM) suite of products can support the build-out of an agile, state-of-the-artworkspace infrastructure that quickly delivers the resources workers need, on demand. AWM allows this infrastructure to be constructed from a hybrid mix of the best-of-breed workspace delivery platforms spanning physical, virtual and cloud offerings.