VMware Aria Operations Reviews

We're trying to use it for automation purposes, the automation of the process of consolidating hardware. We've had it installed for about 18 months and there's so much more we know it can do, but it's doing everything we know how to do with it right now.

The new features in v6.7 are going to bring a lot of our use case to fruition for us. Right now, we just don't have enough insider training to make that a reality. That was one of the reasons for coming here, to VMworld 2018: To improve our knowledge and figure out exactly what we could do with it. The sky's the limit now. Everything I see in 6.7, we're so looking forward to using it.

There was a course today on optimization and it was absolutely fantastic because everything that we want to do, using tags for SQL licenses and optimizing the hosts; for tiering - we have tier-1 servers, tier-2 servers, and test - so to be able to organize those and keep them on the host that they're supposed to be on, goes a long way. We have a very, I won't say untrained staff, but a young staff and to automate this process so that they can't make the mistakes - or if they make a mistake - it goes a long way towards helping with that.

What we've taken from VMworld is going to help us to push it to the next level.

We can also see things happening before the users do, which is huge. There's nothing worse than getting 50 tickets from the user community and you didn't even know that something was going on. If we start getting the alerts because we've got SLAs and the like on CPU and memory and disk I/O, those are already in place. Now, we know before the users.

I've been using this for managing our company's infrastructure. We have a cluster of somewhere around six nodes. 

We're using it in a hybrid mode. We have our on-premise data centers and we are operating on AWS as well. We have multiple legacy apps which require a certain type of monitoring to be enabled and we kept that enabled from the on-premise, but the advanced features for monitoring are being explored on AWS.

Primarily I have found it very useful from the compliance perspective and for control and agility. These are the three main things which are helping us to have a more proactive approach in managing the infrastructure.

We used to have COTS products for monitoring our ESXi hosts. We had a team that would check on alerts and then go on to our approach for remediating the problems. vROps has helped us to reduce the costs and increase the efficiency, because it has a lot of features that tell you where things are going wrong. We have been able to cut down on the cost of resources and we have a smaller team to manage the infrastructure now. The solution helped us to reach a level where we have low resources but high efficiency. Its gives you the most accurate alerts and remediation processes for closing problems.

We have a support operations center where we have a dashboard running 24/7 and that is where vROps manages things and tells us about the health of the infrastructure. If something is going wrong, if it picks up any anomalies, the team takes care of it, remediating based on the recommendation of vROps in the dashboard.

Since incorporating vRealize Operations over the last two years, I don't recollect there being a big concern in regards to downtime. We have not had any downtime happening in the last two years, since we put vROps in place. If we correlate it to the other models we were using earlier, we had certain incidents where we were not even aware of what was going on, on the ESX level. vROps has helped us to reduce our downtime by 90 percent. I'm taking the 10 percent off to account for planned maintenance, because sometimes we need to go offline for maintenance done for our entire infrastructure. But downtime has been reduced 90 or 95 percent since we incorporated vROps.

It has also increased our efficiency and decreased our mean time to resolution. Infrastructure agility has gone up and we're much more efficiently handling the infrastructure now, whether on-premise or Amazon. It provides the agility to do the deployments, but even then, deployment has to be initiated at a user level. Overall, it has increased our efficiency by 30 to 40 percent, in terms of deployment.

The solution has also played a very vital role in workload placements and we have been able to manage workloads and capacity planning, among other things, in a very efficient manner. We are 70 to 80 percent more efficient in regards to management and capacity planning. It gives you visibility into the infrastructure so that you never go beyond the sources that you have and it has helped increase our VM density by around 70 percent. In addition, performance has definitely increased by a similar rate of 70 to 75 percent compared to the previous product we used. There was a leap forward when we used vROps.

Regarding hardware costs, what we used to do before we had vRealize Operations was to buy things in chunks. If we needed storage or additional memory, we might procure 10 TB of storage at one go and then start using it, despite the fact that only 4 of the 10 TB was being used. That's how we would do hardware resource allocation: we would have to buy that item and put it into the system. But now, because of the visibility with vROps, we know how much storage we will require six months down the line. That means we do procurement in smaller chunks. We save hardware costs and, at the same time, resources are planned in such a way that we never run out of resources. Because we have six- or seven-node cluster, from the power perspective, we are not seeing that much in savings, but definitely due to the capacity planning and the visibility, we have seen a cost benefit.

We use this product for monitoring, resource management, and troubleshooting of our virtualized environments. We have been using Heavy Hitter VM dashboards for oversized and undersized VMs. We use vROps to find the contention in the CPU, RAM, and storage. We evaluate the IOPS and throughput of our storage connectivity with our storage back-end. We receive some alerts about some misconfigurations. Mostly, we are using vROps for two main purposes: monitoring and resource management.

In my current organization, we have two nodes; a master node and an HA node. So, we have two nodes of vROps working in vCenter.

We had an incident where a service owner reported to us that there was a slowness. The services on that VM were not running smoothly and clients were having problems. We moved to vROps and used it to understand the contention and congestion in the CPU, RAM, and storage usage. In the end, based on the metrics that were provided by vROps and the datastore at the VM level, we understood that there was a latency in the usage. Based on the recommendations that vROps gave us at that time, we moved our VM into a much faster datastore and were able to solve that problem.

We have been using vROps for the DRS of our clusters. We send metrics that allow analysis provided by vROps to vCenter to better manage and schedule the DRS operations. So, it has really helped us in that particular field.

It has helped us to better manage our resources. Especially right now as we are in the nick of resources, it has really helped us to find oversized VMs and better manage the resources.

We wanted a tool for monitoring the entire virtualization infrastructure. In addition to infrastructure monitoring, a second use case was application monitoring. At the time we were looking, they had a tool called EPOps through which you could do application monitoring. We also heard about some other components, partner integrations for VMware, through which we could monitor the SAP landscape and storage performance.

There was a team of five or six members. Only one member implemented the vROps, but the visibility was provided to all five of the core infrastructure members. They have been able to use the tool effectively to monitor all the applications from an infrastructure point of view.

We also created an application-specific dashboard, from an infra point of view, which was released to end application teams, so that they can then monitor the performance of their applications: How is the CPU and memory? How is the software: working or not working? It is a one-of-a-kind solution where we have onboarded application teams and given them logins for their specific areas.

vROps also provides proactive monitoring, at some level. It's not practical to keep on logging in to the tool to look at it. So you can create alerts and it will alert you if memory utilization is going beyond 80 or CPU utilization is going above 90. It significantly improves the monitoring, because we are able to act on it beforehand, before the system goes down. It has decreased our downtime by 20 percent. We are more proactive in anticipating and solving problems, and it has also reduced our mean time to resolution for infrastructure by about 10 percent.

We also use it for capacity management, for buying new capacity. It has saved us on hardware costs because we're able to plan properly and we're able to buy the necessary hardware. It has saved us around 50 lakh in Indian rupees [about $70,000 at the time of this review]. And because we are not buying as much infrastructure, the licensing requirements and costs have also been reduced. And it has saved us about 5 to 10 lakh [about $7,000 to $14,000 at the time of this review] in power and other data center costs.

My primary use case for VMware Aria Operations involves observability and planning for the infrastructure. I focus on infrastructure planning, using the single pane of glass for monitoring all my environments and performing a deep dive into metrics to verify what's happening.

The valuable features of VMware Aria Operations include the single pane of glass for all my environments, which allows a deep dive into the metrics. This capability enables me to explore each element of the infrastructure and verify the situation, which is essential for infrastructure planning and observability.

The primary use case is within the banking sector, where I utilize VMware Aria Operations for dashboards, logging, and automation. It helps me manage and monitor various operations and environments within the bank, focusing on maintaining crucial data center activities securely.

The most valuable features of VMware Aria Operations include its excellent monitoring capabilities. It allows me to perform deep monitoring and logging of the entire environment, providing a quick alarm and warning system through email. These features help me in efficiently managing virtual machines. The solution also offers easy access to VMware KB articles for problem resolution, ensuring quick access to troubleshooting information.

We have a large, enterprise-level VMware virtual infrastructure. We use vROps for private cloud monitoring. We are using vROps for capacity management and audit monitoring. If there is any issue within the infrastructure, within the thresholds, vROps will capture them and trigger alerts. The triggered alerts are sent to our ticketing tool, using the REST API, and the ticket is created according to the priority. The respective first-level teams will handle those incidents.

The incidents we deal with are mainly in things like capacity management. Over a period of time, the virtual infra keeps growing. We measure when we are going to hit the entire capacity and we will always set thresholds 30 days ahead of hitting capacity. vROps will alert on that, and we can procure more hardware proactively and we can keep increasing the capacity well in advance.

VMware has released a feature called Continuous Availability (CA). We have HA within the data center and the CA is across the data centers. We use both services. For most of the infra we are using HA, meaning within a given data center, we have a master and master replica and multiple data. Based on the growth of our virtual infra, or if there is any new deployment, we'll keep increasing our data nodes. It can do analysis and give you beautiful reports. Those reports are very useful for management. What is the status of our memory and CPU? What was the utilization of infra like in the last 30 days? How many workloads were deployed? What are the future requirements? With a simple click we can generate the reports.

It certainly helps us to decrease overall downtime. While we have cluster-level resiliency on the vSphere end, vROps provides an alerting solution. On top of that, we can use workload balancing. vROps will sense that there are multiple clusters running, some that are more utilized and some that are under-utilized, and it will report that to us. If you use it to balance, it will automate that back to the virtual infra, and it will do all the migrations automatically. Workload balancing is a great feature from vROps. Without vROps, we had 80 to 85 percent uptime. With vROps, we improved that at least 10 percent and we are close to 98 or 99 percent uptime.

It has also increased VM density on particular clusters. Based on the memory assigned to the workload, the density on the cluster varies. If we have 50 VMs on a particular cluster, but the resource allocation is greater there, that cluster is heavily used. If we have a second cluster with 100 VMs, but each VM is assigned less memory and CPU, we cannot say that the density of the first cluster is only 50 and the second cluster is 100 VMs. It will calculate based on the demand and allocation model of capacity and resources to the workloads.

With vROps we have saved on hardware costs by at least 5 percent.

In addition, in general, if I want to see the logs for a particular object, I need to log in to vRealize Log Insight and search by framing a query. But because it is integrated with vROps, when I go to the cluster tree, if I click that object and click on the logs, it will automatically provide the output. It is very simple and I don't need to log in and frame the query.

We use Aria Operations for hosting our retail environment at remote locations, and for hosting our internal systems.

We have an established environment with VMware solutions, which has been very robust and reliable.