We are using Red Hat Enterprise Linux for containerization projects. It has helped with simplification. We do not have to create too many of our own custom container definitions and do our own thing. We use minimal images and whatever is provided is supported under our subscription. It simplifies things and puts guidelines around things.

I use Red Hat Enterprise Linux (RHEL) for containerization projects in my company as it is easy to use.

My company uses Red Hat Enterprise Linux (RHEL) for containerization projects with OpenShift. This use of Red Hat Enterprise Linux (RHEL) has had an important impact on containerization, as it is a simple process.

Our company would be happy if the products we use were Red Hat Enterprise Linux (RHEL) or OpenShift.

The product has made dealing with containerization projects easy for my company since we get to use a lot of Kubernetes and Docker platforms that snap right into Red Hat Enterprise Linux (RHEL) and works.

My company plans to use the product for containerization projects, especially since we are in the process of converting to Kubernetes.

We are using Red Hat Enterprise Linux for containerization projects. Their Podman product has made it easier. It comes with a lot of security.

We are using Red Hat Enterprise Linux with Podman for containerization projects. Red Hat offers what is called UBI or Universal Base Image. That image is already configured to be secure and have good performance. To start working with containers, we just have to pull UBI as a base for our images and start working on those.

We are successfully using Red Hat Podman for containerization projects without any negative impact.

We use Red Hat Enterprise Linux with Podman for containerization. The combination of Podman and Red Hat UBI has significantly benefited our workflow, primarily due to the ease of use. Setting up Podman on other systems, such as Ubuntu, can be challenging because the installer from the Debian repositories sometimes has compatibility issues. However, on Red Hat Enterprise Linux, installing Podman with Yum is seamless.

Using Red Hat Enterprise Linux for containerized workloads has increased security, stability, and trust, ultimately simplifying our work.

We use Red Hat Enterprise Linux for containerization projects, and one of our recent projects is in the manufacturing sector, specifically on the shop floor, where the latest MES software relies on containers. OpenShift is a valuable solution in this scenario, enabling the use of existing hardware. For instance, if a user already has a VMware hypervisor, they can deploy VMs, utilize them as worker nodes, and build an OpenShift cluster on top of that existing infrastructure.

Our containerization projects run on OpenShift, a virtualized platform based on Red Hat Enterprise Linux, where we deploy and manage our workloads and applications.

Red Hat Enterprise Linux provides stability to our containerized workloads.

OpenShift is a concise environment, and RHEL is one of the most stable Linux distros on the market.

Red Hat Enterprise Linux is used in containerization projects for workloads that need to run in private clouds, as it simplifies the process of shipping them as containers. The advantage of this approach is standardization, while the disadvantage is the necessity of shipping the container itself. Deploying containers on a platform like Kubernetes running on Red Hat Enterprise Linux may require some extra steps for scalability, but it is not a significant obstacle.

We have a system application, such as an automation platform, installed within the container. Choosing Red Hat Enterprise Linux for our container environment provides a more secure and reliable platform for our applications.

Red Hat Enterprise Linux provides support, version updates, and security features that assist our containerization projects.

The primary advantage of using Red Hat Enterprise Linux for containerized workloads is the robust support it offers in case of any issues.

RHEL has native containerization, so it can scale.

We run containerization projects in the OpenShift environment based on RHEL OS because that's more suitable for containerized workloads. You can do some machines on Red Hat Enterprise Linux, but not all of them. Your worker nodes need to be Red Hat CoreOS, but your master nodes can be RHEL.