We have a dedicated server for provisioning and patching, and I am satisfied with how it works.

The security reports generated every three months are valuable for provisioning and patching as they identify vulnerabilities requiring remediation. I find all the necessary information to address these vulnerabilities and implement patches through the Red Hat Enterprise portal and community resources.

Red Hat Satellite simplifies our patch process by helping us meet audit and compliance needs. We've set up a lifecycle environment within Satellite to test patches on development and quality systems before deploying them to the operating system. This allows us to roll out patches based on the environment, ensuring thorough testing before reaching production. Additionally, we leverage Ansible automation to streamline provisioning and manage patches effectively. While automation is ongoing, we have successfully implemented Ansible and Red Hat Satellite for provisioning, and we continue to identify areas for further automation within our environment.

We use another Red Hat product called Ansible to automate patching tasks and infrastructure deployment. We don't have a large number of servers, so we manage patching and configuration through Ansible. For bigger deployments, they have solutions like Satellite, but we use Ansible.

We used to patch our systems manually, and now we use Red Hat Satellite to manage the patching of our systems.

When it comes to provisioning and patching, we use the satellite. It's acceptable when patching. I am satisfied with the provisioning and patching process as it's easy to manage.

We manage our Red Hat Enterprise Linux (RHEL) systems using Satellite and Ansible combined, which automates all of our patches, meaning the server administrator doesn't necessarily have to do anything beyond checking online to ensure that automation is performing as expected.

I manage my Red Hat Enterprise Linux (RHEL) systems for provisioning and patching using Ansible, Satellite, and Puppet, and I am satisfied with that management experience.

When it comes to managing Red Hat Enterprise Linux (RHEL) systems regarding provisioning and patching, we are moving to Ansible. We are on VMware's vRealize operations and orchestration, and we are moving all of our management and deployment strategies to Ansible. We are transitioning to Ansible since we have so many different systems and ecosystems that we need to touch; having one platform rule them all makes it easier for life cycle management and deployment. Ansible allows us to do everything in one seamless pipeline versus having to run five different automations for standing up a VM, standing up storage, and creating firewall rules.

We manage our Red Hat Enterprise Linux (RHEL) systems with our own internal Ansible playbooks for performing upgrades and patching, so it's all integrated for us.

When it comes to managing the Red Hat Enterprise Linux (RHEL) systems for provisioning and patching, I see one of two things normally. We have many customers who just do cloning, having a golden template which they clone and then create new VMs from that. We also have many customers who use Satellite. Those are the two methods we see at scale.

When it comes to managing my Red Hat Enterprise Linux (RHEL) systems, I most often do manual patching, and it's not any more challenging than any other system I've dealt with, so it's standard in that sense.

The Red Hat Satellite makes my life much easier when it comes to managing my Red Hat Enterprise Linux (RHEL) systems for provisioning and patching.

The Red Hat Satellite makes my life much easier when it comes to managing my Red Hat Enterprise Linux (RHEL) systems for provisioning and patching. At first, we had to access each server to make updates or deployments. After joining the Satellite, it's just one push, and all the patching is done.

The improvements for Red Hat Enterprise Linux (RHEL) that I suggest are mainly around increasing reporting on how patches are applied as it all revolves around Satellite. Any product that Red Hat is developing to help with patch management would be awesome, and that's my biggest pain point.

I use Satellite combined with the Ansible automation platform for provisioning and patching. I implement kick-starting via Satellite for most systems, with Ansible handling the final configuration.

When it comes to managing our Red Hat Enterprise Linux (RHEL) systems for provisioning and patching, our software team handles it efficiently. We maintain a close connection with our Red Hat account managers and representatives who are extremely helpful with any Linux or Red Hat level issues.

When it comes to managing our Red Hat Enterprise Linux (RHEL) systems for provisioning and patching, our software team handles it efficiently. We maintain a close connection with our Red Hat account managers and representatives who are extremely helpful with any Linux or Red Hat level issues.

When it comes to managing my Red Hat Enterprise Linux (RHEL) systems for provisioning and patching, I start from zero. We provide a golden image scenario, and we install based on that golden image while customizing the product through our software itself, providing new bundles and everything around there.

Currently, our management of Red Hat Enterprise Linux (RHEL) systems when it comes to provisioning and patching has gone through many changes throughout the years. We are currently using KVM. We're exploring OpenShift and some other options, and I am satisfied with that management experience.

For managing Red Hat Enterprise Linux (RHEL) systems regarding provisioning and patching, we use AAP. We have a written playbook that reaches out to the host and takes a snapshot of the host in VMware. Then it runs the patching and reports back if it succeeded or failed.

It was easy to manage in terms of provisioning and patching. We used other products to update the systems, though I don't remember the name. I had other teams to manage the environment. I was satisfied with the management process and the management experience.

For the management of Red Hat Enterprise Linux (RHEL) systems, a lot of processes are currently manual, although we are using some features and trying to do a lot of automation with Ansible, which we just started implementing, to complete the automation process.

When it comes to managing my Red Hat Enterprise Linux (RHEL) systems for provisioning and patching, we're using automation with Ansible Automation Platform, AAP, and everything is going smoothly, and I am satisfied with that experience.

We use Red Hat Satellite for provisioning and patching, and I am satisfied with that.

I regularly monitor system administration tasks such as patching, performing OS level troubleshooting on RHEL servers, and executing kernel updates on a monthly cycle, all while leveraging automation using Ansible.

Red Hat Enterprise Linux (RHEL) brings a robust operating system that has stable and solid versions. It gives you many tools to automate things. It is a secure system, so you need patching, but not as much as other operating systems.

I manage Red Hat Enterprise Linux (RHEL) systems for provisioning and patching through AWS, which handles the patching at the service provider level. Provisioning is easy because I can modify configurations, such as the number of processors and other parameters. The deployment model for Red Hat Enterprise Linux (RHEL) is cloud. Security requirements were a consideration in choosing RHEL in the cloud, as AWS provides most of the security features.