Red Hat Enterprise Linux (RHEL) Reviews

Our primary use case for Red Hat Enterprise Linux is to deploy OpenShift solutions on the cloud.

We use Red Hat Enterprise Linux with AWS, GCP, Azure, and Oracle Cloud.

Red Hat Enterprise Linux offers easy migration between cloud platforms, a crucial advantage for businesses. For example, we recently helped one client move from AWS to Azure and another implement a VPN solution using both Oracle and Azure to leverage the strengths of each platform.

It offers a comprehensive knowledge base that can be accessed through the Red Hat portal.

Red Hat Enterprise Linux helps support our hybrid cloud strategy.

The upgrades and migrations are straightforward and typically performed when introducing new hardware.

Red Hat Enterprise Linux's most valuable feature is its seamless integration with Kubernetes, a powerful platform for automating the deployment, scaling, and management of containerized applications.

Red Hat Enterprise Linux should enhance its support for commonly used application servers such as JBoss, Tomcat, and Apache.

I have used Red Hat Enterprise Linux on the cloud for five years.

I have a Red Hat account for client support, and their technical support is excellent.

We have used other Linux solutions, such as Ubuntu, SUSE, and Debian, but the primary difference lies in the level of knowledge and support provided. Red Hat excels with a comprehensive support portal, while SUSE offers less extensive support, and Ubuntu provides no official support options.

The initial setup is complex. I rate the complexity as two out of ten, with one being the most complicated.

Our clients see a return on investment within the first year.

The licensing for Red Hat Enterprise Linux in Peru is very expensive. On a scale of one to ten, with ten being the most expensive, I would rate the cost an eight.

We leverage Red Hat's Hybrid Committed Spend program to procure and implement Red Hat Enterprise Linux.

I would rate Red Hat Enterprise Linux eight out of ten.

We use Red Hat Enterprise Linux for investment back-end applications.

The application's lack of readiness for a cloud environment has necessitated the repatriation of Red Hat Enterprise Linux to an on-premises infrastructure.

Red Hat Enterprise Linux is the go-to standard within our organization because it is managed, supported, and automatically patched.

it helps us as the base layer to centralize our development.

Red Hat Enterprise Linux has performed exceptionally well for our business-critical applications.

Red Hat Enterprise Linux provides a stable and secure platform, which helps reduce risk in our environment.

Red Hat Enterprise Linux has enhanced our business continuity and compliance efforts by providing stability and security, allowing us to strengthen our servers.

It's a very stable and secure platform with support options. Third-party software vendors often require Red Hat.

Data migration issues during upgrades can sometimes arise from the layers above Red Hat Enterprise Linux.

I have been using Red Hat Enterprise Linux for around ten years.

Red Hat Enterprise Linux has performed well for our business-critical applications. Stability is essential for us.

Scaling Red Hat Enterprise Linux depends primarily on the underlying machine, and virtual machines enable on-demand scaling for effective performance.

Red Hat Enterprise Linux's stability, security, and predictability are significant returns on investment.

I would rate Red Hat Enterprise Linux nine out of ten.

The current plan is to refrain from running AI workloads with Red Hat until its AI capabilities mature and we have complete confidence in its security and accuracy.

I would advise considering Red Hat Enterprise Linux because it is stable, secure, and supported by third-party software vendors.

We use Red Hat Enterprise Linux for configuration management of on-premise servers within the bank, making it a bank-wide solution.

Red Hat Enterprise Linux is hosted in the cloud, but the use cases are for on-premises.

Red Hat Enterprise Linux enabled centralized development by controlling deployments through features like sign-in, role-based access control, and Ansible Tower. The API integration enhanced control by standardizing deployments, providing oversight, and enabling management from a central location.

It facilitates easier environment management and performs well in that aspect, as we haven't encountered any issues.

Regarding the portability of applications for Red Hat Enterprise Linux, the only tool we utilize is Ansible Tower. Its ease of use on servers and local machines, consistent interface and debugging process ensure a streamlined workflow regardless of the platform.

Red Hat Enterprise Linux significantly enhances the bank's capacity to manage numerous deployments. Its integration with Ansible Tower provides exceptional scalability, which has proven invaluable. Furthermore, the seamless integration change simplifies deployment management, making it substantially more efficient.

API integration streamlines connections with other tools, simplifying data sharing and enhancing workflow efficiency. Features like sign-in, role-based access control, and API integration provide crucial control over deployments.

Red Hat Enterprise Linux packaging could be improved to simplify infrastructure maintenance and provisioning. While Red Hat Enterprise Linux is a robust operating system, managing it alongside external tools can present maintenance, provisioning, and compliance challenges. Streamlining the packaging process would enhance efficiency and ease of use for administrators.

I have been using Red Hat Enterprise Linux for two years.

Red Hat Enterprise Linux is a stable platform.

Red Hat Enterprise Linux is highly scalable. By adding more hosts and doubling the number of VMs, it has successfully worked for our needs.

Technical support responds quickly to urgent issues, but minor bugs may take a considerable amount of time to resolve.

Neutral

Our projects utilized various solutions, including XLD and UCD, as well as some legacy technologies. Red Hat Enterprise Linux proved easier to configure than previous platforms, offering greater flexibility and alignment with current best practices.

While I lack direct deployment experience, I understand that Red Hat Enterprise Linux facilitates straightforward modifications, minimizing concerns about system disruptions.

Red Hat Enterprise Linux offers the greatest return on investment through its invaluable support, which is crucial for our critical applications. The comprehensive documentation and extensive resources, including Q&A and solutions to previous issues, are also essential.

I would rate Red Hat Enterprise Linux nine out of ten.

Red Hat Enterprise Linux offers robust built-in security features that help with risk reduction, business continuity, and compliance. However, hosting external tools within a bank environment can create challenges in synchronizing policies and meeting security expectations. Ensuring the tool's security configurations align with the bank's server requirements can be complex, but this challenge is not unique to Ansible and is a common issue when integrating external tools into secure environments.

Red Hat Enterprise Linux offers greater control and a higher level of security compared to some open-source alternatives, which can be crucial for enterprise applications where stability and reliability are paramount. This focus on security is a key factor in choosing Red Hat Enterprise Linux.

We use this operating system for our on-prem servers because it is more secure and reliable. We can install whatever application we want.

I chose Red Hat Enterprise Linux because it is more secure and reliable than other operating systems. Red Hat has a feature called SELinux. I always use it because it is more secure than the other operating systems. I am using it with most of the applications. It is our baseline OS for any application.

The built-in security features are helpful when it comes to simplifying risk reduction and maintaining compliance.

Red Hat has very useful documentation. I always use it when I face an error or something like that. It is very reliable, and I use it all the time.

Over the last three to four years, I did not work in just one environment. I worked in two environments, but all the time we used Red Hat Enterprise Linux, we got more security and reliability. We have seen performance enhancement and less downtime for our main application. There is more reliability and better performance. It has improved our environment. We now have better performance, more reliability, and more security. There is about 30% to 50% improvement.

I have previously worked in the banking sector for one of the banks. We can now configure Red Hat Enterprise Linux for PCI-DSS Compliance. It has improved in that aspect.

SELinux is valuable. The main reasons for using Red Hat Enterprise Linux are security, reliability, and efficiency. The system is very reliable, and it is more efficient than others.

It is not very easy to manage because it has a command line interface, and it can be a little bit confusing from one version to another. For example, the administration of Red Hat Enterprise Linux 8 is a bit different than Red Hat Enterprise Linux 9. It is a little bit hard but not that much.

The GUI experience can be better. They can make it easier to access files and copy them. We should be able to do that without the command line. For example, if you compare it with Windows, Windows is easier to use. They can just simplify the user experience.

I have been using Red Hat Enterprise Linux for three to four years.

It is stable. I would rate it an eight out of ten for stability.

I did not face any issue with scalability, so I would rate it a nine out of ten.

We implemented it at the HQ and the DR site. We used it at two locations. We had 100 to 200 users using these servers.

I have experience with Windows Server. From a security perspective, Red Hat Enterprise Linux is more secure. From a performance perspective, Red Hat Enterprise Linux has better performance, but from the ease of management perspective, Windows is better.

The installation at the application layer is a little bit complex. The duration depends on the application, but most of the application takes months. Implementing an easy application or service, such as a web service, takes two to three days.

When it comes to the management, I manage it locally. I go through SSH on the command line and manage it. For security patching and updates, most of the time, I use Red Hat Satellite. It is a product from Red Hat for managing updates. Red Hat Satellite is easy to use and very helpful. I have upgraded from Red Hat Enterprise Linux 7 to Red Hat Enterprise Linux 8.

When it comes to security patches, they require a restart. That can cause some downtime.

I do not have much knowledge of licensing. That is handled by the procurement team, but I know that it is expensive. If they can provide more licensing options, it will be much easier for companies to buy.

I would recommend Red Hat Enterprise Linux because it is more secure, reliable, and scalable.

I used System Roles two years ago. It was simple to use System Roles. I succeeded in implementing them, so it was simple. They can be managed, but I used them only one time, so I do not have this much experience with them. 

I also used a service called Cockpit. It was easy to use. It was very helpful and easy.

I would rate Red Hat Enterprise Linux an eight out of ten.

As an organization, we use Red Hat Enterprise Linux for its stability and security.

I have worked with it on the cloud as well as on-premises. We use it with AWS.

Red Hat Enterprise Linux is great when it comes to provisioning and patching. I am satisfied with it.

The user base and the knowledge base of Red Hat are way better than those of others. They make the user install and solve the issues easily.

We have used Red Hat Enterprise Linux Image Builder. It is a great tool for managing multiple systems. It can copy an exact image of my existing server to multiple servers. It is a great way to save time.

Red Hat Enterprise Linux has helped us a lot. After switching from Ubuntu to Red Hat Enterprise Linux, there has been a drastic difference. The stability and the efficiency have enhanced greatly.

At the moment, we only have AWS cloud, and Red Hat Enterprise Linux is working well. We have plans to switch to GCP.

The package manager of Red Hat is very convenient and efficient to use. With other Linux versions, such as Arch Linux and Ubuntu, package managers might not always be stable. When installing any software, the dependencies can vary, and there can be conflicts, whereas Red Hat has efficiently managed all of that so that users can install packages without any conflicts. We do not use the graphical interface, so the package manager and security features are mainly valuable to us.

After installation, the initial setup can be simplified or improved a little bit for new users coming from a distribution like Ubuntu or Windows. For example, for Arch, the user guide is very good. If a user does not have any experience, he or she can refer to the guide and install it successfully, whereas, for Red Hat Enterprise Linux, the user needs to have some understanding of Linux.

I have been using Red Hat Enterprise Linux for two years.

It is very stable for us. I would rate it a ten out of ten for stability.

It is quite scalable. I would rate it an eight out of ten for scalability.

Before using Red Hat Enterprise Linux, we were using Ubuntu as our main server. Ubuntu is more consumer-oriented, whereas Red Hat Enterprise Linux is more professional and work-oriented.

The main concern for us was how to get it installed perfectly. Before me, there was a fairly new person installing Red Hat, and he was not able to get it installed perfectly. The partitions were very differently implemented in Red Hat than in Ubuntu. That was one of the major issues for him.

My colleague was handling the main setup, but he was not able to figure out how to get everything to work. He was able to install it with the ISO, but he could not set up partitioning and Wi-Fi drivers. It was complicated for him because he knew Ubuntu, but Red Hat Enterprise Linux was complicated for him. We had to refer to the documentation for our network drivers and then we could get our Red Hat Enterprise Linux working. It took us around three to four hours.

In terms of maintenance, timely patching is required.

Overall, we have about 1,000 users of these servers, but we are the only ones who work with these servers. No one else in the company operates these servers because one mistake can bring down the entire server.

It saves us time. There are about 40% savings.

It is cost-efficient for the tasks it does and the improvements that it brings. For a professional environment, it is very cost-efficient. It was easy to purchase the subscription.

If a user is using it for commercial purposes, I would not recommend it. If a user is using it as a server or a workstation, I would recommend it.

We do not use the Red Hat Enterprise Linux Web Console much. We only use it for the initial steps to configure the users. Other than that, we do not use it much.

I would rate Red Hat Enterprise Linux a nine out of ten.

I use Red Hat Enterprise Linux to create directories and files and configure security settings for the Red Hat Certified System Administrator exam.

The knowledge base offered by Red Hat Enterprise Linux comprehensively covers the fundamental knowledge required for the Red Hat Certified System Administrator and Red Hat Certified Engineer certifications. My experience taking the Red Hat examination was positive, and I am satisfied with their product.

I can easily work with Red Hat OS because it is user-friendly, even for manual tasks. While it may be as expensive as Windows, they offer a four-month trial and provide cloud access. This is valuable for understanding Linux concepts and working within the Linux environment. Overall, it's a great learning experience.

We prefer not to install the Linux OS manually, so we opt to work in the cloud instead. The cloud platform provides a real-time experience, enabling us to practice for exams easily and enhance our Linux knowledge. This proves highly beneficial for students pursuing Red Hat certification.

While preparing for the Red Hat administrator examination, I worked with the cloud platform, which was generally good but occasionally experienced some lag. Sometimes, the platform would be very slow, making it difficult to open labs. It could take around 30 minutes to start a lab, and there were limitations on data persistence. Any work or files created would only be available for one week before disappearing, requiring recreation. This lack of long-term storage is a disadvantage of the Red Hat Cloud platform.

I am currently using Red Hat Enterprise Linux.

I would rate the stability of Red Hat Enterprise Linux seven out of ten because of the lagging.

Red Hat Enterprise Linux is scalable.

The support team was helpful in addressing the lag in the cloud.

Neutral

I used UNIX before switching to Red Hat Enterprise Linux. UNIX did not provide adequate support for developers, making it challenging to work with. Though it's open source, UNIX lacked the features that we needed. So, I transitioned to Red Hat. Red Hat offers developers extensive support and access to technologies like OpenShift and Kubernetes. This makes it easier for developers and large companies to manage workloads and adopt new technologies.

I installed UNIX on my laptop and experienced no lag, unlike the lag I've encountered in the cloud with Red Hat Enterprise Linux.

Installing Red Hat is easy. We download the file and run it in our labs.

One Red Hat license costs USD 131, which I find reasonable.

I would rate Red Hat Enterprise Linux eight out of ten.

We have 15 members in our group that use Red Hat Enterprise Linux.

I recommend Red Hat Enterprise Linux. It's much faster than UNIX and offers extensive management support, making it valuable for startups and engineering developers.

We use Red Hat Enterprise Linux for just about everything in my company. Our use cases stem from three-tier applications up through cloud deployments, Kubernetes, containers, etc. Prior to this, I worked in an enterprise as a Linux engineer.

Being able to onboard faster is definitely an advantage to other Linux systems. In the enterprise, we had an onshore and offshore model. Our offshore model was hard to get onboarded into Linux, even if they said they had Linux experience. There is a big difference between managing one or two systems in your basement to managing a fleet of Linux systems, and that does not always translate over. Having a Linux system that has a cockpit with it where you can give someone a GUI, even though the engineers do not really use it, helps onboard new people into the enterprise, into their jobs, and into their roles a lot faster.

We have a lot of really smart people. They are constantly figuring out ways to do things better and faster with Red Hat Enterprise Linux. The openness of it and the ability to create whatever we want to create or have to create to make our actual job easier has given our operations people more time to focus on the things they need to focus on, and not the nitty-gritty of the operating system. Tuning becomes super easy. It is scriptable. It is easy to automate. That gives them all the time back in their day to be able to go solve cool problems and not infrastructure problems.

Red Hat Enterprise Linux has enabled us to centralize development. All of our developers get their own developer environment, and that is all based on containers and some version of Red Hat Enterprise Linux. It depends on what they are at and what they are doing. So, we build and give it to them. They are up and running, and they just go. We have some legacy guys who are still helping our customers with older versions. Those people exist. I talked to someone earlier who still has a Red Hat Enterprise Linux 4 deployment out there.

When it comes to security and compliance, I like firewalld to do things at the host level and to complement what we are doing out in the enterprise with next-gen firewalls and things like that. I have had SELinux enabled on my systems and in my enterprises since it was available. It was a little bit of a learning curve, but it has helped to keep our systems as secure as possible. It complements well with what security groups are doing for the rest of the enterprise.

The portability of applications and containers built on Red Hat Enterprise Linux is great for keeping our organization agile. It is fantastic. We can run them on-prem. We can run them in the cloud. We can move them wherever we need them at the time. If something has to go to the edge for any reason, such as a bandwidth issue or an on-prem issue in the data center, we can push those workloads out. We could push all those containers to where they need to run and when we need to run them. It is super easy to do.

I have not used Red Hat Insights for long, but when I was a Red Hat Insights user, it was the first place I stopped to see what was going on and be able to quickly address and fix issues that Red Hat Insights found.

Red Hat Insights provided us with vulnerability alerts and targeted guidance. In terms of their effect on our uptime, we were able to plan our maintenance windows around what we were seeing in Red Hat Insights. We had the visibility and the ability to go in and plan things out. We could plan what needs to be done and then make that change and say, "This is what we are doing. Here is the playbook for it. We are going to run this in tonight's maintenance window." That prevented us from having to take machines down during the day because we found something critical at that time.

The features of Red Hat Enterprise Linux that are most valuable to me, both in the enterprise and now as a partner, are the enterprise features. We are able to have a Linux system that is open-source and that allows us to do domain trust IBM and all that fun stuff. We have a good solid enterprise Linux.

It is not broken. Linux is Linux. It has been since Torvalds created the kernel back in version one of the kernel. We have added more features. More things have come to Linux and kernel. All the AI stuff is a bunch of buzzwords. In the keynote today at the Red Hat summit, Chris Wright talked about lightspeed coming to Red Hat Enterprise Linux. What do we need that for? What are we doing with AI? Just the stability of it is fine. If anything cool comes out, I will be the first to check it out. It is a stable platform. It is a workhorse, and that is how we use it.

However, there should be training materials for new enterprises that do not cost an arm and a leg. Red Hat training is phenomenal, but it is expensive. There has to be a better way to onboard new engineers into Linux to really and truly compete with Microsoft. Microsoft is just easy. Everyone uses it. You have to use it in school, and you have to use it everywhere. From an onboarding perspective, we can improve and have an affordable training solution for someone who might not want to be an RHCE or an RHCA but still needs to do their job. It is not Linux's fault. It is what it is. It is a workhorse. It does its thing, but we can do better to enable customers to utilize Linux better.

I have been using it since Red Hat Enterprise Linux 4. It has been about 20 years.

It is super stable. When Red Hat comes out with lightspeed or integrates SELinux, there are no huge rollbacks. Once it makes it downstream in Red Hat Enterprise Linux, you know that is going to work. Everything has bugs, and we get that, but we know it is going to work. We know that nothing terrible is going to happen to our production environment, so stability is fantastic.

We can roll out more machines if we need more machines. We pull machines back if we do not need them anymore. One of the things that is lacking is that currently, there is no way to have ephemeral Linux instances for compliance month or your audit month. If you have to bring up a hundred machines, you have to pay for that upfront. That might be changing now, but in terms of scalability, that is a detriment to how smaller organizations can operate. Not everyone can absorb that cost. It is very scalable, but the pricing is a little prohibitive for scalability.

Their support is awesome. Their TAMs are awesome. The technical support that you get is awesome. There is the ability to attach yourself to bigger customers. When you are a small enterprise and you have an issue, you sometimes filter to the bottom of that list because there are other way-bigger customers who are way louder than some of the smaller ones. Being able to talk to your team and ask how to get a problem fixed is phenomenal. They are able to look at the backend and go, "Oh, there is a large telco that is having the same problem. I am going to add you to that one." From a customer service standpoint and tech support specifically, engineering has been fantastic.

The ability to talk to the people out in the community who work for Red Hat and maintain all of that, from the open-source side and the closed-source side, is amazing. A lot of people do not realize that they can jump on Slack or other platforms, and they can talk to the guys who are responsible for it and figure out what is going on. Sometimes, they ask to open a case, and other times, they say that they know and they are fixing it. Having that accessibility is amazing. You cannot call Microsoft and ask them to let you talk to the engineer who made X, Y, or Z.

Positive

I have been using Red Hat for 25 years.

We are using Red Hat Enterprise Linux everywhere. We are using it on-prem. We call it the fourth cloud, so we have our own cloud like every enterprise does. They might realize that or not. We are using it everywhere. We have it at the edge, in the cloud, on-prem, and hybrid. It is the whole nine yards.

Our deployment strategy is to make it work and get it out there fast. We use all three cloud providers: GCP, Azure, and AWS.

Its deployment is super easy. Once you know what you need, rolling out Red Hat Enterprise Linux is super simple. You just go and repeat until you need to change something and then you change it.

We are using OpenShift to deploy Linux containers for a virtualization competitor migration. We are using it to migrate workloads from that vendor to Red Hat Enterprise Linux, so we have Linux running in containers to do their virtualization. We are running Red Hat Enterprise Linux containers as well for some workloads, but for the bootable container aspects of it, we essentially have a VM. This is how we use it there, and then everything else is pure containerization. It is not Red Hat Enterprise Linux-specific.

We take care of the deployment for customers. 

When I was in the enterprise, we did not take external help. We did all of that in-house.

We have seen an ROI but not specifically with Red Hat Enterprise Linux. Red Hat Enterprise Linux is the workhorse. Everything else that supports Red Hat Enterprise Linux is where you get your ROI. When you take Ansible, you start automating all of your configurations. You take Insights, and you are getting those playbooks to remediate security issues and all that fun stuff. That is where you get a return on your investment. That is where you see your engineering dollars go down and they can focus on other aspects of the business. That is not specific to Red Hat Enterprise Linux. It is the whole ecosystem.

I have had sales folks who have been transparent with the pricing, and then I have had other ones who were not as great. Most of those ones that were not as great are not working for Red Hat anymore.

From a pricing perspective, there is supportability. What you get with that support is the ability to open a case before you do something. You can tell them that you are going to be upgrading your Satellite system or all Red Hat Enterprise Linux systems and that you need a case open. They open a case, and then when the day comes, they are there. They are ready, and they know what is going on. The price point for that is phenomenal because you are paying for support. From a pricing perspective, it is on point. It is definitely a value-add, and it is extremely transparent from a customer standpoint.

I have evaluated other solutions. Manageability is the main difference. I have successfully ripped out other solutions in enterprises that I went to and replaced them with Red Hat. They had large fleets and no centralized management. When you come to Red Hat Enterprise Linux, you have the Red Hat Satellite server. You have Red Hat Insights. You have all of those things that help you manage large fleets and a large number of Linux machines. When you evaluate other solutions, they have some centralized management now, but that was not common previously. It is kind of a hodgepodge. They are stitched together with all these other solutions, but it does not make sense. In one case, they jammed Linux into their management platform used to manage databases, and it did not work. How do you manage a thousand machines on some busted piece of management software?

If a colleague is looking at open-source, cloud-based operating systems for Linux instead of Red Hat Enterprise Linux, they should go for something based on the use case. They have to look at what they are trying to do and what they want to do. They can get away with Fedora, for instance, but the question for me always comes down to supportability. Do they want to be able to call someone and say, "This is broken. Help. Hurry," or do they have the skills in-house to do that? Most companies do not have those skills. They have one or two very good engineers, but they cannot fix everything at the same time. If they want portability, then they should not look somewhere else. They should go to Red Hat Enterprise Linux because they have the Red Hat name behind it.

I would rate Red Hat Enterprise Linux an eight out of ten. There is always room for improvement in a product. Tens are unicorns. No one gets a ten. Maybe if Jesus made an operating system, he would get a ten.

I use the solution in my company for regular servers with databases, load balancers, Apache, and so on.

The benefits of using the product revolve around the fact that it has made it easier to automate everything on it, which includes automating servers and so on.

The most valuable feature of the solution is that it is an upcoming, more stable product, like Oracle OS. The tool has everything that IBM Red Hat Redbooks has.

In terms of how I would assess the portability of applications and containers built on Red Hat Enterprise Linux (RHEL) for keeping our organization agile and flexible, I would say that since my company is a service provider, we get the containers from the customers, which we don't use for our own selves, but we use Red Hat Universal Base Images (UBI) 9 for some things like to to get our own containers and so on.

My company has not tried to use Red Hat Enterprise Linux (RHEL) 9 since we are still using Red Hat Enterprise Linux (RHEL) 8. In the future, I am expecting to see Podman 5.0 released for RHEL 9.

I have been using Red Hat Enterprise Linux (RHEL) for three years.

It is a nice and stable solution. Some problems may occur with the product if you don't patch it after a year or two.

There are no problems with the scalability of the product, as it works fine.

Previously, my company used to use a simple version of RHEL and other tools depending on the needs of our company's customers.

Regarding my experience related to the deployment process, I would say that everything is automated now. You just fill out the survey, and then you just deploy the tool. The product's deployment phase is easy.

The solution is deployed on an on-premises model.

The team members can deploy the solution in my company.

If the customer wants to pay for the support and so on, then we can go for Red Hat Enterprise Linux (RHEL). Otherwise, one can go for any other open-source platform. With Red Hat Enterprise Linux (RHEL), you get the latest on everything. If you are running Oracle Linux, it gets hard to find some patches. It is easy to find new things like Podman or Red Hat Subscription-Manager, especially if you want to run something on Oracle OS, then you need to compile the patches yourself.

The product has helped centralize development in our company. In our company, we are mostly automating all the server installations on Red Hat template by filling in IP addresses with Postman.

We don't use the built-in features of Red Hat Enterprise Linux (RHEL) for risk reduction, business continuity, and maintaining compliance since they are only available in Red Hat Enterprise Linux (RHEL) 9.

To a colleague who is looking at open-source cloud-based operating systems for Linux other than Red Hat Enterprise Linux (RHEL), I would say that previously people preferred CentOS until Red Hat stripped it apart. At the moment, it is like, if you want an RHEL-based tool, it is either Rocky Linux or Oracle OS because I think Fedora is too lenient, while CentOS is somewhere in the middle.

I would be spending the same amount of time on some other solution if I was not using Red Hat Enterprise Linux (RHEL) since everything is automated now, and in such a case, it will just be another image you use on some other product.

My company uses Ansible as a part of the deployment model.

The product is easy to use, and you can get support whenever you want. The solution also   the latest packages, which include Red Hat Subscription-Manager, Podman, Linux, and other such functionalities.

I rate the tool a nine out of ten.