What is your primary use case for VMware vSAN?

We use it as part of our office infrastructure. It helps in managing our end-user solutions.

I use the solution in my company for the security patches. I just use it to upgrade the security patches and be secure.

We use this solution for our entire architecture. They have removed the storage part. We used to use IBM and NetApp for storage solutions.

I use VMware vSAN for storage management, particularly for managing our data center and virtual machines (VMs). It significantly reduces downtime, especially during maintenance, allowing seamless machine movement.

We primarily rely on VMware vSAN for our virtualization infrastructure, with all servers virtualized using this platform. We've implemented a hyper-converged infrastructure with vSAN handling all storage needs across our primary and disaster recovery sites.

We use the solution for our private cloud environment. We are hosting our internal applications.

Our clients primarily use vSAN for general-purpose workloads, such as web servers and application servers, though not as much for databases. We have a customer who is successfully running VDI on vSAN.

We use the platform for virtualization and data capacity management.

I use the solution in my company for virtual servers.

The solution is relevant for organizations with legacy setups. They’re running a single application in their infrastructure and utilizing physical servers. Customers can leverage their existing resources efficiently. They maximize their utilization through virtualization. Both platforms offer similar functionality, with the main difference being vSAN's integration with VMware's ecosystem. Recent technology trends emphasize the consolidation of components, extending to both network and storage resources. You no longer require third-party storage solutions; instead, software-defined technology enables efficient resource utilization. This approach focuses on consolidation rather than introducing additional standalone components. It offers the same level of personalization while advantageously consolidating network, storage, and other resources.

VMware vSAN is used for virtualization and general-purpose computing. Instead of going for the SAN (storage area network) storage, customers go for VSAN (virtual storage area network). The solution is used for general-purpose computing, production computing, and storage.

The use case is when someone is a fan of VMware. No. They can use this technology when they don't want to have an extra storage library. It's integrated into the VMware server. And if the employees are familiar with the VMware environment, it's a good storage solution for VMware.

Our customers use this product when they don't want to deploy an expensive storage device but they're looking for good storage technology. I'm a system integrator.

We are using it for a redundant, local front-end environment for our WiFi portal. We're also using it for critical backend services, our DCP instances, and our internal monitoring environments. We have instances inside that system right now. I believe we are using its latest update.

The use case is mainly for greenfields deployment. I'm a senior solutions architect and we are system integrators. Our company is a partner with VMware.

We use VMware vSAN as a VDI solution.

VMware vSAN is a storage virtualization software.

We mainly use vSAN for two purposes. One is to improve application performance with the HCI. The second is to migrate customers from legacy storage to high-speed SSD-based infrastructure. They are moving the computer network and storage capacity together.

We are VMware and Nutanix partners. I'm more into the architecting role. I propose solutions to the customers. I'm not using it as an end-user. Our customers use it for their core business applications. They use it for production and non-production workloads. We are mostly working with its latest version.

We are a solution provider and this is one of the products that we implement for our customers. Our clients are in different industries, including banking and finance, and utilities such as oil and gas. I do not use this product personally. Rather, I sell it and my clients use it. I generally sell vSAN on VxRail version 7.

I'm running an application that's running under a virtual machine on vSAN. That vSAN environment is only for this specific application. We didn't only choose vSAN; we chose VMware because of SR-IOV, which is more on the hypervisor level and not on the vSAN storage. It's part of the whole system. The solution is deployed on-prem. There are seven users in my organization. They are all in IT roles.

We are a solution provider and I am a consultant that works with products such as VMware vSAN.

We primarily use the solution on Microsoft Windows Active Directory and loads of applications. Most of our stuff, over 90% of our servers, are on VMware.

We are an implementation partner for VMware vSAN and we use it alongside our hyperconverged infrastructure solutions with products such as Nutanix, HyperFlex, and SimpliVity. It is currently implemented in key areas off-site for over seven customers.

We are using VMware vSAN for a SCADA industrial automation system.

Our customers use the vSAN solution for many use cases. The first one is the installations for the branch office or some production use case where they have a small environment, but they need higher availability. The other use case is inside the data center where we installed a big data center solution for virtualization with VMware. Most of the customers are using the latest version, but I have also done some vSAN installations with version 6.7.

We are using VMware vSAN for many purposes, such as NVI workload, edge computing, open run 5G for large customers, onsite installations, and low latency systems like mobile edge computing.

Our customers who use VMware vSAN are in these industries: government, healthcare, education, and supply.

We use it for our whole infrastructure. We use it for about 50 servers. We are using its latest version.

All of our customers are either doing virtual storage on the cloud, or they're trying to extend their on-prem storage solution into the cloud. Our typical use case is providing features in the cloud that are typically on-premise, and that includes storage as well. For example, we might have vSAN on-prem storage that the workloads are accessing, and we want to extend it to the cloud to start spanning workloads out there. Most customers have a hybrid setup, with some of their infrastructure on-prem and some on the cloud. Other customers are getting out of the data center business altogether and moving everything into the cloud.

We are using it for the consolidation of compute, network, and storage. For VMware, we're mostly using on-premises deployment.

I am a system integrator, and this is one of the products that we implement for our customers. VMware vSAN is used in the deployment of OpenShift Containers.

We are using VMware vSAN for data center virtualization.

We are using VMware vSAN for the transformation from the physical server to the virtual environment.

We are a university and we initially designed our data center such that it would be centralized, between branch offices and headquarters. There is a small data center in each branch but we're not interested in having local storage in every one of the branches. Our plan is to purchase three physical hosts and deploy them with VMware, using vSAN to create virtual storage using each physical host's internal storage.

The majority of our customers already vSphere in their infrastructure, so we usually upgrade the infrastructure by adding new hardware, or we migrate to a hyperconverged solution with vSAN ReadyNode and VxRail in some cases.

The main use case for VMware vSAN is auxiliary services, such as Windows, Linux, and not a specific server, but mixed loads.

our primary use case is storage; hyper-converged solutions for our customers. We develop and design higher availability infrastructure for customers with the vSAN as its base. I'm a consultant and an architect for solutions with the software. My company is a partner with VMware.

Our company works in a multi-cloud model, hybrid environment using both the hyperscalers AWS and Azure with a combination of public and private clouds. Our organization is an integrator so VMware vSAN is used for our end customer. VMware vSAN is used for VM workloads. We show our customers that they do not need to keep everything on-premises and that they can move not critical data to minimize data compliance security. We move them to a public cloud with the two hyperscalers. For workloads that they are not comfortable keeping in a public cloud, we recommend using a hybrid model. My use cases deal with virtual workloads, retailing and manufacturing solutions.

We primarily use VMware vSAN for ERP, for the assisting environment. The main environment in my company does not depend on VMware—for the production environment and operations, we work with Nutanix. This solution is deployed on-premises.

VMware vSAN is our hypervisor and we are using it for all our applications.

While we have some applications running on VMware, mostly we are providing and proposing these solutions to our clients. I have one client, for example, that is running the CRM and accounts and manufacturing applications on VMware and they're using HP infrastructure for them. They have some SQL databases they're running on that and some back-office applications, and also an Extend Server as well.

We have a backup server using this technology. We move data in real-time.

We primarily use the solution for virtualization for our organization.

My primary use case of this solution is to combine old storage into logical volumes. You can create a VMS partition and deploy it among the host, which provides the best performance.

I work at a small company, and we have VxRail. Like Rubrik, VxRail can be upgraded brick by brick. Now we are studying considering deploying another traditional setup comprising a host and SAN Storage. VMware vSAN is a virtual SAN Storage. We are planning to expand the resources of our system, including CPU, RAM, and storage. Currently, we are utilizing the basic VxRail setup, which consists of only three nodes, and we're in the process of acquiring another. I'm upgrading because it's at capacity, so we have no choice but to add another node so we can expand the loads for some new applications that we need to employ under the virtual servers. Our expansion to a new data center will add some more capacity to the current setup. In the end, we could wind up with around six nodes, SAN storage, or flash array storage. But we don't have a definite plan yet. Everything is being drafted at the moment, and we're researching some details on backup solutions and VR solutions. We also have some cloud-based and server-hosted applications from Azure and AWS. So maybe the on-premises solution could involve some VMs or a hybrid backup solution that goes back and forth between the cloud and on-premises.

We use VMware vSAN to manage our resources. It has secured our resources, such as power and server management. We needed one console that can manage all the servers.

I provide a workshop for VMware vSAN to the final customers. For example, in Chile, I installed the solution for a company called NG. I have customers in Colombia, Mexico, and Argentina. VMware vSAN is used as a storage solution.

We use VMware vSAN to build storage for our virtual machines.

VMware vSAN is a software-defined storage solution and there are no hardware dependencies. We use it for general-purpose workloads or Virtual desktop infrastructure (VDI).

We usually use it for any workload virtualization, data center virtualization, and storage. We use it for our software-defined storage and when a customer needs scalable storage. Data center modernization is also a use case for it. I am using its latest version.

We're primarily using this solution for VDI.

VMware vSAN is software-defined storage. I think that says it all. You don't have to buy additional external storage, and you can manage all the storage entities from the console. That's very important to our customers.

VMware vSAN is a hyper-converged infrastructure and we use it as a software-defined storage solution for our customers.

The vSAN is similar to other VMware products that are quite popular in Thailand. Everyone uses virtualization to more efficiently utilize hardware resources. That's the main point of vSAN and VMware.

We are resellers and system integrators. With larger companies, we can use VMware vSAN. We have small and medium-sized businesses in Italy that are customers. We chose this solution as the domain for hyper-convergence solutions for small businesses with fewer than 200 employees for companies that wanted to increase storage without complications.

We primarily used the solution for development, tests and UAT proposals. We did initially run it without backup and later added Commvault.

We primarily use the solution for data storage for the virtual machines.

We have a lab setup using VMware vSAN which is on Nutanix. We are using the vSAN for testing purposes and attempting to answer some questions. For example, how will the application be supported, how will the exit configuration be, and what would happen in terms of failures.

We primarily use the solution for our applications and its high availability.

We primarily use the solution for 95% of our hyper-converged infrastructure deployments.

We are a solution provider and VMware vSAN is one of the software-defined storage products that we propose to our customers. Most of the use cases that we see from our customers are where they need to utilize their own hardware. When the environment grows then they buy additional storage.

We use the solution for data storage virtualization.

Basically, we wanted to do more automation. That was the primary reason for us to move to it. Specifically, with respect to the finance part, we wanted to ensure that more automation can happen there in order to give more control to the end-user. It's also used for managing some of the application stack as well as storage management.

We are mainly using the solution for our Windows environment.

We use it everywhere. We power all of our public cloud with it, and we also power all of our customers' private clouds with it.

We use it to virtualize SAN so that you don't have to have a separate storage area network and can have your computer and storage on the same box or computer.

It is inside the data center as software-defined storage for the infrastructure.

vSAN is fully integrated with VMware vSphere, as a distributed layer of software within the ESXi hypervisor. One of the use cases is that, vSAN can gather the local or direct-attached data storage devices, to create a single storage pool shared across all hosts in a vSAN cluster. Another use case is that vSAN designed for the software-defined data centers (SDDC), thus you can build and architect your own private, public or hybrid cloud environment based on the vSAN software.

The primary use of the solution is the virtualization and storage process in a simple platform. The solution is not independent, it is interlaced with other solution such as vSphere and NSX. If you work with one you will be working with others. vSphere is connected to NSX and the NSX will connect to the vSAN. vSphere connects for storage purpose. When the virtualization process is happening, the storage area network would be vSAN. It resembles a managed service from VMware, where all the data and everything will be put into the vSAN.

We are service providers. vSan is a system with defined storage, it doesn't work on a public cloud. It works and is built in your private cloud.

Our primary use case is to host our hyperconverged solutions. I'm a project manager and team leader and we are implementers of this solution. We carry out everything from implementation to rollout. We are customers of VMware vSAN.

We use VMware vSAN in a private cloud. We deploy company (customers') applications using the application servers in VMware. We have about 10,000+ users using it.

We provide it for the government, big banks, and companies in Brazil.

We use this product for server virtualization.

We are a solution provider and VMware vSAN is one of the products that we implement for our clients.

We have around 70 to 100 VMs, and we use VMware vSAN to store our data. We have a lot of daily data.

We sell and deploy this solution for our customers in a variety of settings from small data centers to big data analytics clusters. Most recently, we have deployed vSAN for VDI solution. We are VMware partners and I'm a solutions architect.

We are a non-profit and we are working on a project utilizing the solution for infrastructure.

We primarily use the solution for remote offices as well as medium-sized businesses.

Our primary use case of this solution is for performance storage and management, we are a training center. I'm the information and communication technology trainer and we have a partnership with VMware vSan.

Within our organization, there are many people using VMware vSAN.

We are service providers. We offer pre-billed services anywhere from three-year or five-year contracts for our customers. We provide the maintenance of the solution during that time, and on the backend, we provide L1 and L2 support. The primary use case of this solution is for third party storage, and to leverage the local hard disk. This avoids the cost of expensive storage, sandboxes, and SAN switches.

We don't have any specific use cases, however, we do have a variety of workloads running on vSAN.

We use it for commoditization and cost-effectiveness. We use it only to be able to spin up instances for monitoring and to do some application testing for other contracts. We are using the latest version.

We are providing virtual machines for our niche area of accounting firms. For virtualization, we are using VMware vSphere, and for storing these virtualizations, we are using VMware vSAN. We have co-located servers in different data centers. That's where we have installed the VMware vSAN for our use.

Our primary use case is the consolidation of compute and storage for VDI and Virtual Servers.

We use this as storage solution for specific VMware services and for backup solution.

We use this solution exclusively for our VDI. We are running vSAN on six Cisco C240 M4 servers.

We deliver the only end-to-end enterprise technology platform exclusively designed for quick service and food service communities. Our primary use case for this solution is for customer use in our internal labs. As partners with the vendor VMware vSAN, we leverage their tech to build customer-specific simulated environments, to provide unique, controlled individual environments to gain insightful perspectives and capture helpful data.

It is used as a remote/branch office solution for a new site that we acquired.

Virtual environment.

My primary use case is for storage and resilience between centers.

We primarily use this solution for consolidation on the cloud.

We use it for our DMZ and any test environments that we put into our industry. It's performing pretty well. We have no issues with vSAN at all.

We're primarily using it in a VDI environment, a four-node VDI environment. Performance is very good. We're very happy with it. Networking setup was a little bit of a challenge, but we got around that.

We use vSAN primarily as an R&D tool to test our products and see how they work on it, and it is absolutely phenomenal. It is one of the best hyperconverged solutions I've been able to get my hands on.

We are using vSAN as a product in vSphere. Recently, we signed up for the 6.7 version of vSAN. We use it on all-flash and VME. All the discs that we use are NVMe disks.

We are using it for management of all the data that we collect from our customer bases and from our 500-plus locations. There is also the data that we use to manage employee systems, so it's both ends of the business. It's the actual retail side of the business, as well as the internal operations.

Our primary use case for vSAN is server virtualization. We've used it to virtualize close to 500 servers which would normally have been on physical hardware. We have virtualized and consolidated it down to run on nine nodes of vSAN. That workload primarily consist of web servers running Linux or Windows Servers to support the Windows Active Directory that we have for the environment onsite.

Our primary use case for vSAN has been our branch locations and multiple different office locations. We are running vSAN as an alternative to external storage arrays, and it's working really well to provide us with data storage at these branch sites.

We recently adopted vSAN. We adopted VDI for our desktop solution about ten years ago and we have a single KPI for delivery which is clinical data accessed in five seconds. Throughout the last decade, as new back-end technologies have come to market, we have always been investing in the hosting end of VDI. Five years ago, we went to an all-flash array, and two years ago, we went to the vSAN hyperconverged.

We primarily use vSAN for cloud automation, so we provide test workloads for specific test use cases for customers who want to do software testing. In these specific cases, we also use vSAN because it gives us flexibility from a profile perspective on how we roll out specific workloads and specific test scenarios, making it easier for us to actually deploy things in comparison to legacy storage platforms.

Our primary use case for vSAN is for our corporate cluster, and we have many different use cases using vSAN. It was a perfect solution for us. We were there for the beginning of vSAN. We created our own vSAN environment with their early installers and now we have a professional one. It's a great solution.

Primary use is just for VMDK storage. We're running an all-flash array with NVME caching tier. The performance is really good, we're using SATA drives. We're about to do a complete rebuild with 12-gig SATA drives as the capacity tier, and bigger, newer, faster NVME for the caching tier.

Our primary use case is production data and the performance has been great.

We use if for our primary infrastructure. In terms of performance, vSAN is fine.

The primary use of the product is for storage for VDI plus some other storage for file servers and the like. The performance is great. We use it on all-flash.

It's going to be employed for our VDI infrastructure and, potentially, we will move it into our VSI infrastructure.

We use it for localized storage converted into virtual storage. The performance is perfect, awesome. No complaints.

It runs our core virtualization, both in our data centers and our edge or remote-site data centers. The performance has exceeded our expectations and exceeded our traditional converged infrastructure.

For us, vSAN is a really good option for our EDGE network sites. We're able to use it in a high-available environment that enables our end-users to get to the data they need. We're heavily leveraging it for our VDI deployments.

We use it to provide and sell infrastructure as a service. The performance for us is very good. Our infrastructure now is only solid-state disks, with two different levels. There is one for write-intensive and one for read-intensive. Our decision was to change traditional storage to vSAN.

We use it for VDI.

We use it for all of our Production and it has been very effective.

We use it for all our virtual desktop storage.

The primary use case is bringing redundancy into our plants for failover. It has been performing great.

The primary use case is that we're getting ready to deploy a VDI solution across the campus and our healthcare network.

In a lot of cases, the primary use case for vSAN is in small to medium businesses, where they may not have the space or the funds for an actual storage array to provide a shared storage medium for their virtual environment. And even if they do, they may not have the expertise to maintain that and a separate network. vSAN gives them the ability to make use of storage they already own, across their host. As they add more, more storage, more compute, they'll add more memory. It makes their environment simpler to manage and keeps it moving smoothly for them.

We use it for our developer clusters.

The primary use case is for VDI. In fact, we have created what's called a virtual research desktop with VDI, which is insulated because we're dealing with HIPAA data. I think it has performed pretty well.

Today, we use it for general compute and VDI. We have not put our VDI into production yet, but on the general compute side, it works great. The performance has been exemplary.

The primary use case is all of our VMware workloads. In terms of performance, it does alright with the general workloads. I've had some issues with the dupe clusters, but that's just the right-sizing overwriting the cache.

We do reference architectures using our SSDs so we're all about All-Flash vSAN. It's part of our portfolio.

We use our vSan primarily for our VCF deployment. We run our production workloads on it, mostly for Microsoft SQL databases and various WebSphere and web-based front-end applications. It performs pretty well for the most part. The older versions had some issues, specifically regarding upgrade paths and the robustness of the product, but in the last two or three versions they've really addressed those issues and brought it up to speed and made it a real enterprise solution.

Because our company is an architecting company, we require a lot of IOPS going from the server side to the clients who are using the models. They require faster transactions and that's the reason we thought of having a type of HCI solution. That's why we went with the vSAN solution.

We use it for hosting all our business products on virtual machines.

We use it for our compute clusters, for running our virtual machines. We use it for our vROps clusters. Our customers use it for their compute workloads.

Our vSAN setup is used in our development system, not our production system, for ease of use and ease of access.

Our primary use of vSAN is to set up a deployment of a small subset of clusters that we have out in our gas and oil prepossessing plants, in remote areas. Performance-wise, it has gone above and beyond what we originally spec'ed it for. From that respect, for us, it's like the "golden gun".

We use vSAN because it's a VMware product which integrates with all the other virtualization, and it simplifies hyper-converged environments.

We use it as a primary storage for our Horizon View environment. The product is great. It runs well.

We use it for our management cluster. All of our network services are on this cluster, on vSAN. That way, it's off the production network, it's off by itself. We have four nodes in case there is an issue with it, it has the failover capabilities. The performance is very good. We have NVMe performance in it so it's very fast.

We use it for storage and redundancy.

Dataprev has a strategic partnership with VMware and the federal government of Brazil. We're developing a new public cloud and private cloud for the whole government of Brazil.

Virtual Desktop.

VMware was used to manage multiple servers in a DMZ for an eCormerce service (Coy). VMware made the server management, migration and backup/maintenance efficient.

We are thinking of using vSAN instead of the traditional SAN. We are just starting to explore how vSAN can benefit us.

Our primary use case is server workload and mission critical work.

We have a traditional, multi-host cluster with SAN and a small (three host) vSAN cluster alongside it. I built the vSAN cluster mostly to experiment with the platform.

We use vSAN as our server virtualization solution for Dell install of our customer base, and vSAN is our primary solution.

Virtual desktop infrastructure (VDI) implementation on vSAN with an environment of about 2000 desktops and 1000 servers.

For a new full site, vSAN was used instead of going with the usual fibre SAN. Since vSAN requires SSDs, it was a great way to introduce that tech to the company. If we would have gone with a traditional SAN SSD, it would have been an option, so a debatable feature.