Arquitecto de soluciones at a tech services company with 501-1,000 employees
Real User
Top 20
2025-04-24T15:09:18Z
Apr 24, 2025
The primary use cases for Azure Red Hat OpenShift ( /products/azure-red-hat-openshift-reviews ) include migration from on-premise to cloud and implementing a full environment with virtual machines on VMware to pods and projects with Container Registry ( /categories/container-registry ) security.
Consultant at a tech services company with 1,001-5,000 employees
Reseller
Top 20
2025-02-20T14:43:56Z
Feb 20, 2025
I am a consultant advising customers who want to migrate from Broadcom to solutions like Red Hat OpenShift, Nutanix AHV, and VMware Essentials. My role involves keeping all options open for IT system migration.
Management Trainee/Digital Infrastructure Operations at Employees Provident Fund of Malaysia
Real User
Top 10
2023-12-21T10:05:00Z
Dec 21, 2023
I use Azure Red Hat OpenShift in our company to store our clients' databases and their statements and transactions that need to go through the containers.
Specialist Technical Lead at Hitachi Systems, Ltd.
Real User
Top 5
2023-10-30T11:08:55Z
Oct 30, 2023
Most clients working on container technology want to move to the public cloud. With container technology, they can deploy Apache on Azure, AWS, GCP, or any other cloud platform.
Technology Lead Analyst at a financial services firm with 10,001+ employees
Real User
Top 5
2023-08-31T15:44:06Z
Aug 31, 2023
We have used it for containerized applications. Recently, we migrated six applications. One of them was Microsoft Office 365 SharePoint. And we are migrating our HVD environment. So, for that, we had prepared a separate HVD environment. HVD, in terms of, like, we call it as a Bank of America, call it as an HVD. HVD, in layman's terms, we can call it a VM. We had almost created one for each employee during the pandemic, and we had almost more than one lakh employees. So recently, we decided, like, why should we have that much hardware utilized for all of them because nobody wants it from the developer side, and the people who didn't require it, they are rarely using the HVD, so why can't we make them temporary HVDs. So, we decided to create our resilient HVD infrastructure, and we are moving to the cloud. So what happens is, like, premature concept Google, there's a similar concept that we are using in our environment. That, like, a user will, whenever they need a profile or are ready to access something, their profile will be created at that time, and we have a buffer of activities that will be allocated, like, in activity will be a number. And at that time, we can allocate those ten HVD designs. As soon as, let's say, we decided to have scaling capabilities, like, out of ten, we have allocated, say, around, all of a sudden, we got a request for seven or five. So, in that case, let's say, as soon as you get two HVDs utilized out of that, it will replace another two HVDs so that you will always have a balanced count always with you.
Sr manager cloud engineering at a retailer with 10,001+ employees
Real User
2022-12-23T02:42:00Z
Dec 23, 2022
We are currently using Azure Red Hat OpenShift for our pipeline management. We use Jenkins. We have some small Kubernetes apps that are currently running there. We also use it for helping with migration efforts from people that use on-prem, can't go to the cloud yet, but want to use Kubernetes. They deploy to OpenShift on-prem and once they divorce themselves of some of the monolithic apps that they have on-prem, they'll be able to easily move to a cloud provider like Azure using our OpenShift.
Azure Red Hat OpenShift provides highly available, fully managed OpenShift clusters on demand, monitored and operated jointly by Microsoft and Red Hat. Kubernetes is at the core of Red Hat OpenShift. OpenShift brings added-value features to complement Kubernetes, making it a turnkey container platform as a service (PaaS) with a significantly improved developer and operator experience.
The primary use cases for Azure Red Hat OpenShift ( /products/azure-red-hat-openshift-reviews ) include migration from on-premise to cloud and implementing a full environment with virtual machines on VMware to pods and projects with Container Registry ( /categories/container-registry ) security.
I am a consultant advising customers who want to migrate from Broadcom to solutions like Red Hat OpenShift, Nutanix AHV, and VMware Essentials. My role involves keeping all options open for IT system migration.
My clients use Azure Red Hat OpenShift mainly for two purposes: as an application delivery platform and as a virtualization platform.
I use Azure Red Hat OpenShift in our company to store our clients' databases and their statements and transactions that need to go through the containers.
Most clients working on container technology want to move to the public cloud. With container technology, they can deploy Apache on Azure, AWS, GCP, or any other cloud platform.
We have used it for containerized applications. Recently, we migrated six applications. One of them was Microsoft Office 365 SharePoint. And we are migrating our HVD environment. So, for that, we had prepared a separate HVD environment. HVD, in terms of, like, we call it as a Bank of America, call it as an HVD. HVD, in layman's terms, we can call it a VM. We had almost created one for each employee during the pandemic, and we had almost more than one lakh employees. So recently, we decided, like, why should we have that much hardware utilized for all of them because nobody wants it from the developer side, and the people who didn't require it, they are rarely using the HVD, so why can't we make them temporary HVDs. So, we decided to create our resilient HVD infrastructure, and we are moving to the cloud. So what happens is, like, premature concept Google, there's a similar concept that we are using in our environment. That, like, a user will, whenever they need a profile or are ready to access something, their profile will be created at that time, and we have a buffer of activities that will be allocated, like, in activity will be a number. And at that time, we can allocate those ten HVD designs. As soon as, let's say, we decided to have scaling capabilities, like, out of ten, we have allocated, say, around, all of a sudden, we got a request for seven or five. So, in that case, let's say, as soon as you get two HVDs utilized out of that, it will replace another two HVDs so that you will always have a balanced count always with you.
I had been using Azure Red Hat OpenShift for corporate integrations, trying to build and develop a digital business.
We use OpenShift on Azure as IaaS.
We are currently using Azure Red Hat OpenShift for our pipeline management. We use Jenkins. We have some small Kubernetes apps that are currently running there. We also use it for helping with migration efforts from people that use on-prem, can't go to the cloud yet, but want to use Kubernetes. They deploy to OpenShift on-prem and once they divorce themselves of some of the monolithic apps that they have on-prem, they'll be able to easily move to a cloud provider like Azure using our OpenShift.