When planning a cloud migration, don’t forget to plan ahead for IP address changes that could affect your workloads and the way they interact with internal and external network traffic.
Cloud providers and data centers have a limited pool of IP addresses that they own, and they often re-use previously assigned IPs in order to maximize them. You can’t simply move your existing IP addresses along with your services. Rather, you’ll receive a dynamically assigned internal and external IP address.
To complicate matters, you could lose those dynamically assigned IPs if you stop your cloud instance (but usually only if you stop and deallocate the VM resources — most providers will keep your IP assigned to you if your machine is paused/stopped but still reserved within the overall resource pool). Luckily, there are a few ways to keep IPs relatively static in the cloud.
Moving to Office 365? The user experience is bound to shift, with one of the biggest changes coming to the login process.
Each workstation might previously have had Office software installed locally, so once users signed in, they were free to launch and work on Word or answer e-mails in Outlook. With Office 365, you’ll have to configure user identity settings in a specific way to replicate this — or you can go the cloud-only route and have them sign-in again online in order to access these programs.
Here are some of the factors you’ll have to consider when setting up user identity management in Office 365.
We’ve been cloud-native since the beginning, offering VMware-powered virtual hosting for almost ten years. In fact, our very first EMC backend storage array is now sitting in the lobby of our Cheyenne headquarters.
Of course, we couldn’t stay stagnant with our cloud offerings (you’d notice if that old storage array was still powering your cloud, trust us). The hardware, software, and facilities powering the gBlock cloud have undergone a variety of upgrades over the past decade, and the latest set is big enough for us to dub it officially the gBlock Cloud 2.0.
So what’s new in the Green House Data cloud? Let’s dive into the benefits customers can receive when the migrate to this new and improved platform.
Looking to improve your workflow and be more efficient when you’re managing virtual machines in the VMware vSphere Web Client? Keyboard shortcuts not only make you look like a wizard when you’re showing someone how to perform an operation, they also make your daily admin life a little bit faster and easier.
While you may be used to the desktop client, the web client also includes some handy features that can help speed up your workflow. Below are some of our most-used keyboard shortcuts and tips for quickly navigating the VMware vSphere web client.
Here at Green House Data, our technicians are constantly working hard behind the scenes to improve the customer experience in our cloud products. We’ve recently completed a round of upgrades to bring you the latest features and bug fixes to our gBlock Cloud platform.
Here are some of the newest features that are available to you today, including improved web portal access, new disaster recovery features and interoperability with AWS and Azure, and more.
“Can my application run in the cloud?”
It’s a question we get more frequently than you might think — and the answer is almost always yes. Just yesterday, we got a web chat from an individual who wanted to know if a cloud server could run his e-mail server, SMTP-based, with PowerMTA, or if he would need a dedicated option. Mail servers are frequently run on virtual machines, so this configuration should pose no problem as a cloud server.
There are thousands of applications, running on a wide variety of operating systems, that play nice with VMware virtualization platforms (the basis of the gBlock cloud). Here are four hybrid cloud use cases to get you started.
You’re probably familiar with the kind of performance issues inherent in antivirus/antimalware tools. Anyone who has used a PC when the antivirus scan boots up can attest to sluggish performance. The same issues rear their head when using antivirus in a virtual environment – but virtual machines come with their own set of wrinkles.
Antivirus software can be installed either on the VM itself or on the host. Depending on your approach, you’ll want to consider these key factors to maximize performance.
Two of the most buzzworthy IT strategies right now are hybrid infrastructure, especially hybrid cloud, and software-defined data centers (SDDC). With VMware recently throwing its weight behind SDDC technologies and surveys from last year demonstrating that 75% of C-Level executives are focusing on hybrid cloud, these technologies are here to stay.
Gartner reports that only 10-15% of enterprises and mid market organizations are currently using hybrid computing, however. Their report states that, “More advanced approaches…suffer from significant setup and operational complexity.” New software defined data center management could help bridge the gap between interest and implementation.
Together, software-defined technology and hybrid IT help deliver a mobile, highly resilient and easy to manage infrastructure for your business applications and data. Here’s how.
Last year's VMworld showed the company was serious about making containers work alongside and inside of virtual machines, but with Docker and other container technology continuing to make strides even in the enterprise, VMworld 2015 delivered serious development efforts on VMware's behalf. The result? Photon Platform, a forked version of Linux specifically designed to integrate containers into vSphere, as well as vSphere Integrated Containers.
While containers have been viewed with great interest by the enterprise, they can lack security and integrations with backup and other software. VMware needs a way to solve these problems while also providing a platform to manage containers alongside virtual machines in vSphere.
Here's what you need to know about how these new tools can help you efficiently managed containers in and alongside your vSphere environment.
When vSphere 6.0 came out earlier this year, there was a lot of hubbub about one feature in particular, and rightfully so. VVols, or virtual volumes, are a way to virtualize storage arrays and have them dynamically move and configure alongside your virtual machines.
VVols don’t replace traditional virtual storage methods, so you can keep using your existing storage strategies and hardware along with VVols. Basically, no matter what kind of storage you’re using in the data center, vSphere treats it as a datastore logical object. Previously, each time you needed to configure a VM for performance or availability, you’d have to move it to a different datastore.
Read on to learn why virtualized storage is way cool, and for some reasons you might not want to dive in just yet.