#Easycloud login install#

We can also examine the costs to migrate in phases – for example, by environment or application. Now, this is where the real power and benefits shine.īecause you can tag individual assets in countless ways, Galileo makes it easy to take your feasibility study one step further. The Migrate and Right-Sized columns in the profile cards show the costs to move as-is (read: lift-n-shift) versus right-sizing. We can also choose the “pay-as-you-go” model, but it wasn’t the right option for this production workload. Because the pricing cards display simultaneously, we can easily see what a one-year reserve would save them versus a 3-year. It was effortless to compare different pricing profiles once we tagged the systems and selected the appropriate timeframe. In Galileo, there is no rollup or aggregation, so we were confident we had everything we needed. It’s worth noting we are referring to original data points. We can scan two years’ worth of data peaks in no time at all to make sure we’ve captured everything. One of the notable features of Galileo Cloud Compass is its speed. The peak workloads were well known, but we were able to verify that using the long performance history in Galileo to make sure we were not missing anything. Next, we selected periods to model our workload using the tags we created. Some of the system tags we used were “Ordering,” “Accounting,” and “Web Infrastructure.” Of course, Galileo Cloud Compass can price individual systems, but we reported on pricing for groups of systems using the Galileo tagging feature in this instance.

The company wasn’t moving all their systems to Azure – only a subset. The customer’s peak periods, when these systems were their busiest, included month-end, year-end, and a busy Holiday season. Step 2: Build HistoryĪfter the installations were complete, we needed to build some history to find the organization’s peak periods to right-size the systems before taking them to Azure, their cloud of choice. You’ll be up and running in under two hours. These, too, are simple one-time installations on a Linux collection box pointing the agent to Prism Central and vCenter. Galileo can also collect many virtual machines from VMware and Nutanix. Their original Galileo installations included Linux and Windows-based operating system agents, consisting of a simple RPM and MSI installer.

Step 1: Install Galileoįor this example, we’re showing a Galileo customer with a year and a half worth of historical data collected at the time of the exercise. How did they use GCC to do this? OK, let’s dive in.

We talked about this customer in detail here if you want to know more about their story, but suffice to say, they needed to reduce their costs…like now. In summary, they migrated a workload to Microsoft Azure, and they were floored when they received their first bill. This post will go through the process step-by-step using one of our customers as an example. Since GCC greatly simplifies a cloud journey, we wanted to show you how easy it is. With Cloud Compass, you will know BEFORE you go. It removes the guesswork associated with sizing and provisioning your environment so you can avoid getting hit with a massive cloud bill once you make a move. That’s why we created Galileo Cloud Compass (or GCC as we sometimes call it). We’ve also felt the pain of sizing and pricing in our cloud journey, too.

As a cloud consulting firm with a top-notch infrastructure performance monitoring application, we help enterprises navigate obstacles on the path to the cloud all the time.

#Easycloud login install#