Every cloud migration follows the same general path: assessment, optimization, security protocol, and management. As your cloud environment matures, the latter three phases should be repeated to refine and improve your operations.
One native Azure tool that can be useful to begin this cloud journey is Azure Migrate. It consists of Azure Server Assessment and Azure Server Migration. Assessment is a discovery tool helps you assess cloud readiness and collect valuable intelligence about your virtual machines and associated infrastructure so you can be prepared to replace them in Azure. Migration, as you might expect, can actually migrate those servers to Azure.
Within the Azure Migrate hub are also database migration tools, Movere (an assessment tool purchased by Microsoft), a web app migration assistant, and Azure Data Box which assists with large scale data migration without using the internet.
This blog will focus on the Server Assessment tool, which helps you plan for cloud readiness, budget, and target environment architecture within Azure. Learn if it will work with your target environment, what it reports, and how it can lay the groundwork for a successful migration.
Two major enterprise computing platforms are reaching their end of life this week. Tomorrow (January 14th), in fact. While this may seem like a last-minute blog entry, we know there are plenty of you out there still running Windows 7 on corporate desktops and Windows Server 2008 or 2008 R2 in your data centers.
Microsoft itself estimated that 60% of its Windows Server install base was still running 2008 back in August. Some of those instances may have been upgraded or migrated to cloud VMs, but we’re betting many of them remain. Unofficial estimates peg the number of Windows 7 machines worldwide at around 200 million.
Change can be hard, especially when your systems seem to be working properly and upgrading appears to be a complex and time-consuming endeavor. But operating systems that have reached End of Support open the door for vulnerabilities, bugs, and incompatibility with newer infrastructure. They also make it more difficult to deploy and support newer software that can improve employee efficiency and empower the business to drive revenue in new areas and to compete with others in the industry. With Windows 7 and Windows Server 2008 End of Support upon us, what are your options?
A fundamental building block for your successful adoption of cloud services is the organizational hierarchy, a mode of organizing your cloud services, resources, and virtual machines in such a way that you ensure cloud governance and can better resolve billing within your organization.
Cloud governance is the answer to common questions like:
• “How do I keep my data compliant with industry regulations?”
• “How can I implement chargeback within my organization so I know which departments are consuming cloud services and account for that usage?”
• “How can I mandate security and access measures across our cloud environment?”
By implementing a flexible set of controls and overall organizational hierarchy within Azure, you can enable adoption of the cloud services your business units require and avoid shadow cloud use. A well-designed enterprise cloud environment can accommodate modern agile practices alongside traditional workloads.
Here’s how to structure your organizational hierarchy within Azure so you can set governance requirements and encourage speed of delivery for your individual departments and business units.
With some organizations looking to move cloud workloads back on-premises to mitigate costs and regain control over their hardware and audit trails, you might be questioning cloud-first and cloud-only initiatives for infrastructure procurement.
After all, for years marketing pushed lower overall costs after migrating to the cloud. So what gives? Why are many cloud workloads ending up more expensive than their on-prem counterparts?
You've probably heard the old joke before that the cloud is “just someone else's data center.” That may have been true a decade ago, but no longer.
Forcing a cloud migration is not the key to savings. You must understand the business value, catalog and think deeply about the existing and desired state of your infrastructure, rearchitect your workloads, and adjust your workflow to this new paradigm. Here are the five key areas you need to plan things out.
Serverless functions (often referred to as Functions as a Service or FaaS) will no doubt continue to grow in popularity and remain a cornerstone of IT services for many years to come. However, they are simply another way of building, maintaining, and delivering IT systems. With that in mind, they naturally have disadvantages or situations in which they may not be the preferred technology to use. These are due both to the nature of serverless and how it is currently implemented by cloud service providers.
Microsoft Azure offers native serverless computing features. Two of the most crucial to master are Azure Functions and Azure Logic Apps. Each of them help enable business logic that automates your Azure workflow, but they have key differences and in fact can be used together in a complementary manner to offer flexible, powerful control over your cloud resources.
Let’s take a closer look at how each of these serverless automation platforms work within Azure and some use cases for them.
Hybrid cloud management spans beyond setting up your IaaS environment. The majority of enterprises use a mix of on premises infrastructure (both legacy and newly deployed) and cloud-based resources. Often a major hurdle remains: applications that are not ready to connect to the cloud.
Enter Integration as a Service. We know, we know. Everything as a Service overload! This emerging field involves a vendor who can help architect enterprise IT apps to work across on premises and cloud environments, complete with real-time exchange of data.
How does Integration-a-a-S work and what should you expect from a cloud integration provider?
Microsoft recently revealed a service called Azure Bastion that allows customers a more secure way to connect and access virtual machines (VMs). It uses Remote Desktop Protocol (RDP) and Secure Shell (SSH) network protocol alongside Secure Sockets Layer (SSL) encryption.
Bastion connects VMs, your local computers, and cloud resources without exposing them to public network connections. As a Platform as a Service, it simplifies the process of setting up and administrating bastion hosts or jumpboxes in your cloud environment.
But what are bastion hosts or jumpboxes? And why would you use them, or a service like Azure Bastion?
We recently launched a survey of IT professionals to see how multi-cloud adoption is progressing among members of the community. While we packaged it as a fun quiz to “Learn Your Cloud Animal” based on what results were chosen, the results offer some great insight.
Most crucially, we discovered that while 72% of respondents were currently using multiple cloud providers, a whopping 56% of them had no multi-cloud strategy or long-term roadmap.
We dug in deeper to learn how these IT pros were using external service providers to manage multi-cloud workloads, whether they were using multi-cloud management tools, if containers entered the equation, and much more.
Read on to learn the rest, including the top challenges faced in a multi-cloud environment.
You would be woefully uninformed and unprepared as an IT admin if you didn’t know that two major Microsoft products, the 2008 versions of SQL Server and Windows Server, are each about to reach their end of support. That means it’s time to upgrade or migrate lest you fall victim to inevitable security vulnerabilities.
One big question when facing a major software upgrade such as this is whether to remain in place, so to speak, and update to the latest version from your current deployment scenario on premise or in a hosted environment, or to move to a cloud-based server – namely Azure, since that offers you tight integration and lower costs with Microsoft products such as these.
SQL Server end of support is imminent, coming up on July 9, 2019. Windows Server has a few months to go, ending support on January 14, 2020.