Red Hat Enterprise Linux (RHEL) Reviews

For the past couple of years, our contractor team has been engaged with the Department of Veterans Affairs, focusing on developing and deploying software and containers and we use Red Hat Enterprise Linux for that.

One of the most valuable aspects is the ease of installing packages on the server. When we need to run specific software, adding and installing packages on Red Hat Enterprise Linux is quite straightforward.

When we initially began working with containers, we encountered some challenges with compatibility. Red Hat provided an older and somewhat outdated version of Docker, which made the early stages of our container journey more challenging than I would have preferred.

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

The customer support they provide is highly commendable. I would rate it nine out of ten.

I've mainly used Windows on my computer or laptop. However, it was a different scenario when we were developing in the cloud and were given Red Hat Enterprise Linux servers to work with.

We regularly perform upgrades on our OpenShift clusters, typically on a monthly basis. When it comes to the Red Hat Enterprise Linux servers, we frequently update the images on our virtual machines to ensure that we stay current with the latest versions. We're actively working on implementing automation using Ansible to streamline and facilitate these tasks.

Overall, I would rate it nine out of ten.

We have general use cases.

It's a well-supported OS. I don't know what we'd use if we didn't have it.

Moreover, the last time I had an issue flagged with the vulnerability, I was able to go to the Red Hat website and find a patch. It worked pretty well.

The built-in security worked well when it came to solidifying risk production and maintaining compliance. The uptime or security of our systems has been pretty solid.

It helps us maintain our security standards and keeps us up to date on security. 

One of the most valuable features is the package manager because it makes it easier to keep everything up to date.

The package compatibility between different releases is a little confusing sometimes.

I have been using Red Hat Enterprise Linux for 10 years. 

We've also used Ubuntu. 

It's a matter of certain servers that need to be kept secure, so we chose Red Hat. 

When I order a server in our organization, it comes installed, and then they spin it up.

I am involved in the upgrade processes. The upgrades weren't complex but required some downtime. We don't normally upgrade until a particular OS version becomes end-of-life and the new one starts.

Our in-house IT department did the deployment. We have a separate IT department that leverages the training provided by Red Hat.

Overall, I would rate the solution a nine out of ten because most of the information I need I could find on the Red Hat website.

We use Red Hat Enterprise Linux as an operating system for hosting Oracle databases.

Compared to Windows as a server operating system, Red Hat Enterprise Linux seems more secure, and we've had fewer intrusions onto our systems. That one, for us, is the single most important thing. In a few instances where we've had intrusions, we've been able to detect them very quickly and get patches that fix those security holes very quickly, thus preventing further intrusions.

In the cases of clients I've worked for, I've never been involved in a ransomware attack or a significant reportable data loss. That is why we continue using either Red Hat Enterprise Linux or Oracle Linux.

The most valuable features are its stability and resilience in that we rarely have to take down the systems completely to patch them.

The operating system configuration and function selection could be improved. Configuring the operating system and selection of options takes a lot of expertise. I'm now going to retire, and I've been doing this for many years. Trying to train people to make those choices is proving to be difficult. However, to get applications to run efficiently in those environments, those selections are absolutely crucial.

Red Hat Enterprise Linux should include simpler storage management.

I have been using Red Hat Enterprise Linux for 20 years.

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

No system is infinitely scalable in a linear manner. As you scale up anything, the fact that you're scaling adds overheads. If I were to compare Red Hat Enterprise Linux to Windows, I would give Windows a seven because you run out of scalability much faster on the Windows side.

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

Red Hat Enterprise Linux's technical support team is not that great.

Negative

Red Hat Enterprise Linux is expensive, but it's hard to quantify. Oracle doesn't have a license. You just download Oracle software and use it, but their support is way more expensive. So they're about the same. With these types of operating systems, you need to have some support. With Red Hat Enterprise Linux, you need to pay a massive upfront licensing fee in order to get support. You don't have to pay a licensing fee for Oracle, but then you pay a massive support fee to get the support.

They're about the same overall. I don't really make that choice for my clients. I ask them to ensure that they do have some support from someplace. If they suffer a breach and need someone to help fix the problem, they should have something up and running when it happens instead of running around trying to arrange it.

Most of my clients have particularly sensitive information. We tend to run on-premises rather than the cloud because of security issues for those highly sensitive databases. We disconnect those databases from the internet so they are ultimately secure. That is something that you cannot do in the cloud.

Red Hat Enterprise Linux doesn't have any particular standout security features, which the other Linux tools don't have. I've also used the Oracle version of Linux, which seems very similar to Red Hat Enterprise Linux. Both seem to be as secure as the other. If I have to give a score in relation to stability, Oracle's version of Linux might be slightly more stable than Red Hat Enterprise Linux.

All the customers I've worked for have been using those operating systems for a long time. For instance, one of our customers has been using Red Hat Enterprise Linux since it was first available over 20 years ago. A return from that is difficult. They were using Unix rather than Linux. The applications they ran were ported from those environments, and migrating them to Red Hat Enterprise Linux was relatively painless. We did those migrations back in 1995 to 1997.

We tend to use the environment for running databases. So, we have very few real users directly connecting to the system. The people who connect to the system do so by applications.

We haven't needed any maintenance for a long time. My last company was a large organization, and we had the internal expertise to provide support. Some net contributors have fixed bugs themselves and contributed those bug fixes back into the Linux open-source community. It was a huge organization, and its IT department was as big as some software consultancies.

Overall, I rate Red Hat Enterprise Linux a six out of ten.

I use the solution for research purposes. 

The solution provides more detailed control. 

The product's built-in security features when it comes to simplifying risk reduction and maintaining compliance can be a tedious topic. It varies from user to user, however, it offers a lot of rapid releases. It helps us to simplify risk reduction and maintain compliance.

The portability of applications and containers built on the product when it comes to keeping your organization agile is good. It's easy to use.

It enhances our security. It helps us comply with company regulations.

When it comes to ensuring availability across physical virtual and cloud infrastructure, it's been okay so far.

It helped us to avoid emergencies due to security issues.

I consider the solution to be sufficient. I do not use it too much and therefore do not see any underlying problems with the solution. 

It's sufficient and it doesn't need new features. However, as new technologies enter the market, I hope they will keep up with the changing market.

From a product point of view, it's very efficient for servers. However, the solution is complex in terms of its architecture. It could be simplified. I'd like to see them introduce PDFs or documents to better explain technicalities to new users. 

Memorizing commands can be a bit tedious.

I've been using the solution for two years. 

The product has been stable so far. 

The solution is deployed to the data center, which is managed only by a few teams. 

About 150 people are using the solution. We also have 45 to 50 administrators as they are managing different areas.

The solution is scalable. However, I'm not sure if we plan to scale further in the future.

I have not interacted with support very much. 

I was involved in the deployment. The initial setup was very straightforward.

The deployment is fast and the process is efficient. 

I did a lot of the implementation myself. 

I did not evaluate other options. 

I'd rate the solution an eight out of ten. 

I'd advise new users to learn from someone who has done everything before. It's much easier than trying to learn by yourself from scratch. They should also have their own environment for testing. 

I use the product mostly for Red Hat OpenShift. We use the solution mainly for stability and to have a fallback within the Red Hat community.

There was a worldwide security breach, and everybody needed to patch their servers. Since we were running on Red Hat Enterprise Linux, the product patched a lot of it. It took a lot of effort out of our hands.

It is a complete ecosystem. That is its main feature. If you take all the latest products, it just works together.

The tool is very, very close. It makes some things difficult. On the other hand, that is what makes the product so stable. The product lags a bit behind in the market. The things we are running are pretty old. Yet again, that is why it is stable. The solution doesn’t switch with every new thing there is. The solution does not need to change that because that's what makes it good.

The product could run more recent tools and packages in the repositories. However, it might bring instability because they are new and less tested. I looked at CentOS, which was close to Red Hat. It had a system working, but a few months later, it didn't work again because the packages and contracts had changed. We couldn’t communicate anymore. It’s not desirable with Red Hat Enterprise Linux. We want stability. The price we pay for it is that we run on some older features.

I have been using the solution on and off for the last 15 years.

I have no complaints regarding the tool’s stability.

The product is scalable. We use the solution all the time. We use it in multiple locations. We have two physical data centers where we run it. We run it on a few 100 machines.

The technical support is very helpful.

Positive

I have used CentOS and Debian.

The deployment is straightforward. However, there’s a learning curve to understand it. The deployment would be difficult for a newcomer, but it’s normal. We use automation tools. The deployment takes us a few minutes because we use scripts.

The solution is deployed on the cloud. However, it’s an on-premise solution from the Dutch government. We do not have control over the physical servers. We just work on virtual machines. The license fees are paid by another government agency. We take machines, and then they bill us for it.

We used some integration for the deployment. That's why it was so fast. We use a base image as the setup, and then, on top of that, we install some extra things. It’s just about cloning an image and starting it.

The solution does require maintenance, but nothing more than the usual. We need a team of four people with Linux knowledge to maintain the solution.

The product is on the expensive side.

Very early in my career, we had evaluated SUSE Linux as an alternative to Red Hat Enterprise Linux. SUSE has its own niche market now.

We are not working in a hybrid environment. I work with the Dutch government, and the regular cloud solutions are not sufficient because of data safety.

Moving workloads between the cloud and our data center using Red Hat Enterprise Linux is not really an issue. The network connectivity is good. The data storage is fast enough. Cloud vendor lock-in is always a debatable discussion. Whatever we do, we always get vendor lock-in. We just choose what works for us at the moment.

The cost savings are mainly in time. We don't have to figure out everything if there's a priority-one issue. We can raise a ticket with the vendor and ask them to help us. It saves us costs. The savings are mostly in time because the product is not cheap. If you compare it to a free Linux OS, the total cost savings will be about the same. Our level of stress and effort is far lower. It's the real saving.

When my Red Hat Knowledgebase account works, it works fine. However, there are some issues at my company. I cannot log in sometimes. It's not Red Hat’s fault.

Look at what your priorities are. Do you want to switch fast, run the latest stuff, and be agile? Then, use open-source tools and contribute to that community. If you work for a big enterprise and mainly want stability, choose Red Hat Enterprise Linux.

I’m very happy with the solution. If someone is a technical person, they must get some training and an in-depth technical course on Red Hat Enterprise Linux. It will help them a lot. Although it is Linux, it is very different from other open-source Linux packages.

Overall, I rate the solution an eight out of ten.

We are a telecommunications operator using Red Hat Enterprise Linux for our technical applications due to its supportability and robust management features.

Red Hat Enterprise Linux's built-in security features aid in simplifying risk reduction. In the past, patches fortified the security features, but now, with playbooks, we can automate and address any findings for any Common Platform Enumeration. When integrated with Red Hat Insights, the solution can identify the CPE and provide the remediation playbook. This expedites detection, remediation, and testing by Red Hat, thanks to the playbooks provided by satellite as well as malware detection.

Maintaining compliance with Red Hat Enterprise Linux is easy because it supports various out-of-the-box compliance policies, such as CIS. Whether we are running OpenSCAP on-premises or Insights, we can perform compliance testing using OpenSCAP to verify adherence to the Red Hat Enterprise Linux security guidelines, as well as other well-known guidelines and framework compliance. I have found that all the compliance policies I required were already included out of the box.

Red Hat Enterprise Linux is ready to help keep our organization agile when it comes to the portability of applications and containers because all the applications are developed by the vendor. Red Hat Enterprise Linux is the preferred choice in our industry because the applications we use are swiftly certified by the vendor, so we don't have to verify them ourselves.

Red Hat Enterprise Linux provides enhanced security for our servers, and we are aware of patching requirements in advance. Additionally, the pre-certification of Red Hat Enterprise Linux applications expedites deployment as we no longer need to go through the certification process ourselves. Moreover, Red Hat Enterprise Linux offers excellent support, ensuring that any issues that may arise are promptly addressed, which is crucial for our environment where we must maintain an uptime of 99.99999 percent.

Red Hat Enterprise Linux enables us to achieve security standards certification because it is driven by various compliance policies that include everything we need out of the box. This makes it easy to enforce security rules, and security patches are applied regularly. With Insights, we have malware detection, CPE filings, and remediation capabilities. In addition to the reactive approach, we also benefit from a proactive approach, allowing us to stay informed about the events around us, which helps us implement temporary solutions if needed until a permanent fix becomes available.

With Red Hat Enterprise Linux, we can build with confidence, knowing that it is available across physical, virtual, and cloud infrastructures. The operating system provides certifications, ensuring that we can deploy with 100 percent certainty, knowing that the applications will work. Additionally, it offers identity security and excellent support from the Red Hat team. Without this support, we would have to rely on searching within the community and downloading untested patches, which may function in small environments but not for larger ones with sensitive applications.

Red Hat Insights helps us prevent emerging issues related to security or noncompliance settings. One of the steps we take before going live is using OpenSCAP to ensure compliance with our standards. This is followed by our own security scanning and verification process. If any issues are not known within Red Hat, we can always refer to all the findings. Once the system is in production, regular monitoring allows us to use Insights to identify any new findings and apply necessary patches or workarounds. The knowledge base available on the servers enables us to take proactive measures even before a security patch becomes available. The new malware detection feature in Insights helps protect end-user information.

Insights provide vulnerability alerts and specific guidance. With each system, we can view the detected Common Platform Enumeration and receive advice on how to address it. These features have protected our systems from potential attacks, thereby increasing our uptime.

Red Hat has introduced a fast server, where Red Hat Enterprise Linux can be integrated or connected to via a client. This connection allows us to identify numerous vulnerabilities in malware easily and facilitates simpler patching. Activating the Red Hat addons on this server creates a perfect match when seeking a well-hardened OS using the gold image, as it eliminates the need to address issues from an existing image. Additionally, Red Hat Insights is a valuable and essential tool. In the telecom industry, we rely on basic products that necessitate an OS with robust security support and regular patches. 

We have not succeeded in creating an image from Red Hat Insights for Red Hat Enterprise Linux, including custom partitioning and custom scripts. This would have been helpful.

Red Hat Insights reporting can be enhanced by incorporating performance components, making it a central tool for vulnerability assessment, compliance monitoring, and much more. The performance component is available on Red Hat Enterprise Linux, but we need to maintain the dashboard on-premises, which requires us to switch between systems instead of performing all tasks from a single location.

Managing the destination for netting on the Netserver using Red Hat Enterprise Linux could be made more user-friendly.

I would like to have enhancements in the data files to help with deployments.

I have been using Red Hat Enterprise Linux for over ten years. I started in 2012 using version five.

Red Hat Enterprise Linux is stable.

Red Hat Enterprise Linux is scalable, but the scalability is achieved at a different layer compared to adding memory to a virtual machine or container.

Compared to other support departments for Red Hat products, the Red Hat Enterprise Linux support team stands out as one of the fastest, most cooperative, and understanding teams.

Positive

The initial setup is straightforward. In the past, it was complex when Red Hat acquired Ansible because many of the modules were community resources that lacked full support. As a result, creating a playbook to deploy the OS was a painful process, as there was a chance it would not work, and we would not have the necessary support. However, currently, deploying Red Hat Enterprise Linux is easy. We have never deployed only one operating system at a time, but it would take less than one hour to do so.

I would rate Red Hat Enterprise Linux an eight out of ten due to the complexity of its network boost management issue.

We have Red Hat Enterprise Linux deployed in one location.

Red Hat Enterprise Linux is used in our environment to run the application for all of our customers, and only around ten people have access to it.

Red Hat Enterprise Linux requires maintenance for applying new patches, releases, and debugging. 

My organization has different departments. In my department, we mostly work with containerization. I am using Red Hat Enterprise Linux as a part of OpenShift. I use the basic package and base image of Red Hat Enterprise Linux.

For scale-up in our platform, we use CoreOS as the master, and for the workers, we use the Red Hat Enterprise Linux service. From OpenShift version 4.10 onwards, we cannot use Red Hat Enterprise Linux 7 worker nodes. We were using Red Hat Enterprise Linux 7 worker nodes, so we upgraded to Red Hat Enterprise Linux 8. 

For OpenShift, there are some recommendations from Red Hat in terms of what needs to be used for the control plane and what needs to be used for the worker nodes. When you are using CoreOS and Red Hat Enterprise Linux worker nodes, there are some difficulties in managing them. For example, when you upgrade OpenShift, you need to upgrade two times. The control plane is upgraded separately because it uses CoreOS. The control plane has a lot of certificate updates that will in turn be updated on the worker nodes, so you have one restart of all worker nodes, and then when you need to upgrade your worker nodes, there will be one more restart. 

Overall, you have two reboots in your production environment, which is an issue, but it is related to your choice of product in your environment. We have this issue because we opted to use Red Hat Enterprise Linux 7 or Red Hat Enterprise Linux 8 worker machines, whereas Red Hat recommends using CoreOS because it is pretty fast in terms of rebooting and functionality. When you upgrade the control plane, that itself will update the worker nodes, so you are done in one shot. When you need to upgrade your Red Hat Enterprise Linux machines, you need to use the Ansible Playbook. You can then upgrade to Red Hat Enterprise Linux 7, 8, or any other version. Regardless of the versions, you can upgrade the operating system and the OpenShift version. For this purpose and for some ad-hoc activities, we are using Ansible Playbooks.

For us, its security, management, stability, and hardening are most valuable. All of these features are better in Red Hat Enterprise Linux as compared to Microsoft Windows.

Red Hat Enterprise Linux is very good in terms of risk assessment. It is also good for maintaining compliance. It is better than Microsoft Windows.

From the administration perspective, I do not have any issues with Red Hat Enterprise Linux. For me, it is more convenient than Microsoft Windows.

My organization has been using Red Hat Enterprise Linux for a long time. They have been using it before I joined the organization.

It is pretty good in terms of stability. It is a stable product. I would rate it a nine out of ten in terms of stability because sometimes the packages can have bugs.

Its scalability is good. I would rate it a nine out of ten in terms of scalability.

We never encountered any issues while using OpenShift.

I have mostly been working with Red Hat Enterprise Linux. 

I have been involved in the deployment of OpenShift. It is pretty straightforward. We just need to get the licensing, and we just need to create a pool for our containers session in Red Hat Satellite. We can do the configuration from there. It does not take long because we are adding the nodes to OpenShift. During the scale-up process, we only need to subscribe to the nodes with the Red Hat subscription. It does not take much time. If we have a good spec, the scale-up would not take much time. It would take less than twenty minutes. It is pretty fast.

In terms of maintenance, when we have the bug report, we need to do the security assessments. Over time, there might be some bugs related to some packages. At that time, if it is critical, we will be scheduling a maintenance activity on our platform. 

Red Hat provides high availability from the application perspective. You get high availability when you are using OpenShift, so when you are doing a maintenance activity on the OpenShift side, there would not be any downtime. The high availability is very good. For the end-users, there would not be any application outages if you configure your application with proper replicas. They would not even realize that there is a maintenance activity happening to the underlying workers.

It was implemented in-house.

We did not evaluate other solutions. Red Hat Enterprise Linux is the choice of most of the companies.

If you want to integrate with OpenShift or build an OpenShift cluster with the master Red Hat Enterprise Linux and worker Red Hat Enterprise Linux, you can do that, but you need to plan your upgrade or maintenance activities. It would be better if you choose CoreOS for both. CoreOS would be a better choice in terms of maintenance activities or upgrade activities in the future. If you cannot afford that, you can go with the Red Hat Enterprise Linux operating system, but you need to do two upgrades. You first need to upgrade the control plane and then you need to separately update your worker nodes. That is the only thing you need to keep in mind.

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

We use the solution majorly for JBoss, Apache, Java workload, and Comcast. We also use it for Apache Sattelite to do all the patching and database management. We use it for almost everything. We were a pure RHEL shop, up until recently. 

The most valuable feature is Satellite. Its consistency in patch upgradation is great. For the ten-year lifecycle, we have been able to rely on it and not worry if the patch will break. We do not need additional patching features since it covers everything.

The Modules feature is awesome but it could be even better.

We have been using the solution for 25 years.

The solution is stable. I have never remotely questioned its stability. The downtime is rare. It is usually a vendor's application issue unrelated to it. 

My company only has one complaint; we have been using it for more than seven years out of its ten-year lifespan and have yet to receive any version update. The drivers have become stale. We are trying to upgrade them manually. It would be nice if they had updated the drivers. If they do not update them, the solution will end soon. They should prevent it from crashing every time we try to update it. We are still rolling Ansible to automate some of the functions but, it is complicated to process with a vast sync of firmware and drivers.

The solution is scalable. I am a Satellite owner and we've had scaling issues with it. Those issues are mostly because my company didn't make it scalable in the right way.

They have their own expectations of how to make something highly available. And Satellite doesn't fit into that. 

I rate the solution's technical support as nine out of ten, as there is always room for improvement. I never had an issue with the support services. It is good and worth the value. 

I don't usually put up a ticket for every minor error. I am an expert and know the technicalities required to resolve the issues. So, whenever I contact them, I expect it to get somewhere. Because most of the time, the executives put more than one problem in the same ticket unrelated to another. It becomes more complex and confusing.

Positive

Red Hat Enterprise Linux generates a return on investment. We have everything on it. We have Windows servers for SharePoint and multiple cloud providers as well. In addition, we have OpenShift and Docker Enterprise, and some other open-source applications.

The solution is a good value for money. They keep adding up essential features to the specific subscription plan. I am also not a big proponent of top-level open-source applications as they do not provide support services. Whereas, with Red Hat, I can call them for queries and get answers immediately. In comparison, open source doesn't have that facility. Even if you hire a support vendor, they just give their opinions and try to help but they don't own the project.

At the end of the day, we have a 999.99% reliability of only 20 minutes a year of downtime with Red Hat. It is impossible to get that with open-source vendors as sometimes the applications might break if it doesn't notify about the changes on time. Conversely, Red Hat Enterprise Linux has a ten-year life cycle assurance, so we don't have to worry much. Also, we are in a TAM program. Thus, we can call the support team immediately for any issue.

Our organization constantly evaluates other options, as Red Hat Enterprise Linux's cloud version doesn't offer new features. Other than that, we go back and forth using Centralized and Rocky Linux. We prefer the ones we don't have to pay for the licenses.

It has a strong security posture. I did a SELinux contract for my current company. Compared with open-source alternatives, Red Hat Enterprise Linux provides better support services and reliability. Also, we are rolling out a new Ansible platform for insights. It gathers information about how many jobs we have, how long they take to complete, etc.

We need to manage vulnerabilities for a massive base of clients' systems. We don't use open-source apps for it like Red Hat. We have a third-party tool as we straddle different compliances. However, Red Hat is great about security announcements. I can call them anytime for an update as well. But it is challenging to work with the vendor for scanning machines. It does not know how to work with Red Hat packaging version numbers.

I rate the solution a nine out of ten.

We use the product as our server's operating system.

The enterprise support of the product is valuable to us. When stuff gets difficult, it's nice to have somebody to ask about it.

The solution should be updated more with the releases of programming languages. They’re lagging a bit too much. We have a lot of developers complaining about having releases that are too old. For example, if they want Python 3.11, Red Hat Enterprise Linux supports only 3.9. So the product is lagging behind a bit more than our developers would like. 

It would be nice if all the features that are available on the cloud, like Image Builder and Insight, would be available on-prem.

I have been using the solution for five years.

The product is very, very stable and tested. It is like everybody tested everything for five years, and every problem was fixed.

We have never had a problem with the solution’s scalability. We have around 6000 Red Hat Enterprise Linux servers in versions 7, 8, and 9.

Red Hat Enterprise Linux is a lot better compared to all other products. I rate the support an eight or a nine out of ten. There's too much information on the support page sometimes. If we log in to the support pages and try to find information, it's hard to get what we're searching for.

Positive

We had a lot of different Linux distributions. The pros of Red Hat Enterprise Linux are that it's the same platform for everybody, and it works for everybody. If you need something very special, you might get issues in Red Hat Enterprise Linux, but you can work around it. 

The biggest issue with Red Hat Enterprise Linux is mostly the old packages. It is a con if you have something that you know is a bug that hasn't really been released in Red Hat Enterprise Linux but has been released in the other products.

We do a template, and then we just use it. It's quite great.

We take 30 minutes to deploy the solution. It depends on the size of the machine.

I am using versions 7, 8, and 9. By implementing the solution, we wanted a unified server with a baseline platform that everybody uses. We wanted to have just one server that is enterprise ready.

We do not really have compliances in the same way as an American company has. It's nice to have IT security personnel. You get SELinux from the start. However, we get a lot of support cases because of it. The developers face problems with it. So, we get the security, but we also get lots of support cases. Usually, I end up in the middle of that because I work with support.

We run containers on OpenShift. We run only one platform, so portability isn't a concern. We only have Red Hat Enterprise Linux and OpenShift. We don't really need portability since we are government agencies. Nothing else other than on-prem is allowed for us.

The knowledge base offered by Red Hat Enterprise Linux is extensive. It is a bit hard to find information. However, when you find it, it's good. The packages are a bit old. We have a bit of an issue because of that. But other than that, it's a great operating system.

Overall, I rate the product an eight out of ten.

We use the product to host operating systems, applications, or infrastructure for our customers. Our customers use the product as a long-term solution that they don't have to upgrade every other year. They can get people that know the solution from the get-go.

The biggest feature is the longevity of the distribution. Compared to any other product, Red Hat Enterprise Linux provides a stable backported solution for a long time. It is important because we have moved a lot of software containers. We want to update it but don't want to unless we have to. So it's great to have something stable for a long time.

The biggest thing that the solution could introduce is an even slimmer version of Red Hat Enterprise Linux. We are moving to containers, but we also have a lot of void loads that don't go into containers. It would be nice to have an even thinner operating system. Even if you choose minimally, you still get a lot of useless stuff you don't need.

I have been using the solution for 20 years.

I rate the product’s stability a nine out of ten.

I rate the solution’s scalability a seven out of ten.

It's really difficult to get to someone that knows something. When you get to the right people, support is really good. But there are a lot of people that can only answer first-level questions.

Neutral

We're using a lot of different OSs. We use Red Hat Enterprise Linux because we are a partner.

It's pretty simple to install the product. However, some tools required to install it are missing.

The pricing is great for virtual systems. The pricing for physical systems is way too high.

The overall costs depend on the project and the company.

We continuously evaluate other options. The main difference between Red Hat Enterprise Linux and other solutions is the complete ecosystem's longevity and possibility. Other products may present something similar, but they don't have the ecosystem around them.

We probably purchased the solution from a cloud provider. We are using versions 5 to 9 currently.

The solution’s built-in security features are pretty good, but it's not something that I would take as a major selling point. The portability is good because we have a stable baseline for applications and containers. Red Hat Enterprise Linux’s security posture is pretty good. I don’t know if it's the strongest selling point, but it's up there.

In some ways, Red Hat Enterprise Linux enables us to centralize development. However, that's not mostly what we focus on. The primary output from Red Hat Insights is targeted guidance. Targeted guidance has not affected our uptime much.

It makes sense to go with a stable distribution compared to others. Overall, I rate the product an eight out of ten.