We thought everyone finally had cloud terminology all cleared up. You’ve certainly seen the countless blogs about IaaS, PaaS, and SaaS; not to mention the ever-proliferating surveys and reports on hybrid cloud being the deployment flavor du jour.
But things aren’t as clear as we might want them to be. For example, tell me what you think of when you hear the term “public cloud.”
Is it a hyperscale provider like AWS, Azure, or Google? It is, isn’t it? If not, you probably work with or for an organization similar to Green House Data, which has a public cloud offering with some major differences from the hyperscale players.
So how can we clear up the cloud? Has public become synonymous with hyperscale and self-provisioning? Has private cloud fallen by the wayside? And what should your business focus on, anyway?
It’s easy to provision additional VMs and increase resource commitment from your overall resource pool using the vSphere web portal. Maybe too easy. If you overstretch your resources, some features like High Availability failover may not function as planned. HA keeps your VMs from failing by pooling VMs and hosts in a cluster, relaunching failed VMs on alternate hosts.
Overcommitting resources can also lead to general performance problems, so it is in your best interest to use Admission Control to keep a close watch on overall capacity. Another reason? You might be trying to power on new VMs, only to run into errors as you exceed your Admission Control rules. Tweaking them can save you from buying additional host resources.
This post will introduce the concepts of slot sizes and configuration of Admission Control to allow more VMs to move between hosts when you have turned on High Availability in vSphere/vCenter.
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.
We’ve covered software-defined storage (SDS) in the past on the blog, delving into how it can automate many of your storage administration tasks. Today we’ll get a bit deeper into how SDS improves storage capacity management by maximizing the performance of the storage attached to each virtual machine according to pre-set rules.
In vSphere, storage management involves a combination of performance and service levels and capacity planning. SDS controls in the VMware ecosystem are called Storage Based Policy Management (SPDM) and with their use, you no longer have to provision virtual machines individually according to their storage requirements.
Here’s how SPBM eliminates the need to overprovision and manually manage storage arrays.
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.
Businesses of all types are collecting more data — sometimes this is inadvertent, sometimes it is completely intentional. With more and more devices connected to the internet and your corporate network, in addition to software that can store and analyze that data, information sprawl is a real factor in IT infrastructure strategy.
In order to better plan for data management, you should ask yourself these four questions. They can help guide your data strategy to maintain security, minimize risk, plan for costs, and improve performance.
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.
The term “cloud” may only have reached our collective consciousness in the past few years, but the concepts involved in cloud computing date back many decades. Starting with utility computing and moving on to virtualization and grid computing, distributing compute resources has long been a way to minimize costs involved with IT infrastructure.
Let’s see how we moved from the mainframe to Salesforce with this quick history of cloud computing.
When designing the architecture for your SQL Server virtualized on VMware vSphere, your requirements will determine which SQL availability or vSphere availability features you should use. There are several availability features packaged with SQL server before you even get to vSphere features like Distributed Resource Scheduler, High Availability, Fault Tolerance, or vMotion, each of which have their own considerations when interacting with SQL.
To get started, you’ll want to ask yourself a few questions about your SQL deployment.
“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.