Fedora 43 ARM (Fedora Cloud 43) | Support by ProComputers

I have been using Fedora Linux  since college for deploying agents on this particular operating system, and also at my workplace where I deploy ThousandEyes  agents on this operating system.

Fedora Linux  serves as a base for deploying agents and is useful when I am trying to understand Wireshark  or TCP dump for packet captures. I have also used it for API testing against Cisco controllers. Fedora Linux is my choice because it has very up-to-date packages and is stable enough for daily work. It is very easy to troubleshoot or set up an automation workstation for network deployments.

A specific example occurred during a branch migration, when I used Fedora Linux to run a parallel SSH session. I also used it to automate switch template deployment using Python, and I was able to capture DHCP issues using TCP dump. Through this scenario, I was able to validate reachability through custom scripts, all from one machine: Fedora Linux. This was a very effective use case.

The best features in Fedora Linux include a cleaner and more reliable package manager than APT. Excellent automation tooling is available, as it works very well out of the box with Python and Go. The RHEL  ecosystem exposure is valuable, as Fedora Linux is upstream to Red Hat Enterprise Linux , allowing me to dive deeper into enterprise infrastructure. It is very useful for running isolated labs such as Ansible  containers and Python automation environments. Most importantly, it has better driver support for Wi-Fi adapters and VPN modules, and is useful for working with labs, packet captures, virtual appliances, or multiple adapters.

Fedora Linux is a good balance of modern and stable operating system. Reddit users repeatedly call it the sweet spot. It is not chaotic, and when juggling between terminals, dashboards, and documentation, it performs very well. Fedora Linux can simultaneously run SSH sessions, Wireshark  captures, Ansible  books, and every containerized tool without feeling bloated.

Fedora Linux has impacted my organization and my teammates in several ways. Fedora Linux has acted as a testing ground for technologies which I have adopted later. Since my team mainly works on automation, cloud networking, and observability in ThousandEyes , I benefit because many enterprise platforms eventually come from Fedora Linux. It provides a very good environment for my team. It also has a modern network stack with faster adoption of WireGuard and VPN improvements. Additionally, it is very popular for engineers who are into Python automation and API integration, and similar workflows are common in my Cisco DevNet and implementation teams. The SELinux maturity from Fedora Linux has improved my enterprise Linux hardening, and my productivity has increased faster, where I can test new SDKs, new Python versions, and all Kubernetes  tools and other cloud-native network stacks quickly.

Using Fedora Linux, I could test new Ansible modules for Cisco devices quickly, run containerized ThousandEyes collectors, validate APIs, and troubleshoot packet drops. Fedora Linux runs everywhere across my infrastructure.

Fedora Linux has accelerated the Linux technologies and tooling ecosystem that my enterprise networking teams depend on. For example, in my enterprise environment, 30 to 60 percent faster lab and environment setup was achieved. Instead of manually building VMs for automation, engineers simply span up Podman containers in minutes. Better TCP tooling and packet analysis has been completed from hours to minutes in some cases. My team started getting faster access to updated Python, APIs, and SDKs. Fedora Linux's modern repositories also reduced my manual installs.

From an engineering perspective, Fedora Linux reduces environment friction. A network engineer can capture packets and run Python automation, launch containers, and connect to Cisco labs all from one system that is part of their daily work. There is a measurable improvement in engineer efficiency and quicker innovation cycles. Saving one to two engineering hours per week per engineer across hundreds of engineers is going to be a massive operational gain.

There are scenarios where Fedora Linux can improve and some features which could be better. Better enterprise VPN compatibility would be beneficial. VPN onboarding could be smoother, as Cisco AnyConnect, SecurID  client, and Zscaler, Palo Alto sometimes feel less polished on Linux compared to Windows or macOS. Fedora Silverblue is improving this with immutable systems, but standard Fedora Linux could benefit from snapshot recovery and graphical user interface recovery tools.

Battery optimization is another area for improvement. On laptops, I have observed that Windows or macOS often still outperform Fedora Linux for battery efficiency and sleep consistency.

Corporate onboarding tooling could be enhanced. If there were easier integration for MDM  and SSO  onboarding, it would be a good addition for networking engineers and others from the engineering field. If AI-assisted troubleshooting were built into terminals or tools, Fedora Linux could help achieve faster mean time resolution and DNS failure reason or firewall block detection.

For my role, I would prioritize better VPN, easier rollback, better enterprise integration, and more polished network troubleshooting user experience using AI-assisted troubleshooting.

I have been using Fedora Linux since college for deploying agents on this particular operating system, and also at my workplace where I deploy ThousandEyes agents on this operating system.

Fedora Linux is generally stable for daily engineering tasks and professional use. It is very reliable for automation, labs, daily productivity, and development. Fedora Linux ships newer kernels and packages faster, so there are fewer driver issues and update regressions, and it is usually solid if I stay on mainstream hardware. As an implementation engineer, I can confirm Fedora Linux is stable enough for daily SSH sessions, VPNs, Python automation, packet capture, and Cisco tooling.

Fedora Linux is stable enough for serious professional engineering work, and I am very comfortable with occasional updates and the faster release cycle. Technically, it scales well for engineering, automation, and cloud-native environments. It is excellent at handling Ansible API-driven operations and NetOps workflows. In terms of the strong Kubernetes  ecosystem, it provides good cloud-native growth through Fedora CoreOS and faster tooling adoption. Additionally, it handles the modern networking stack very well. My network automation team started with 20 devices with simple Python scripts and then scaled to managing thousands of routers and switches using Ansible, demonstrating that it scales effectively.

Fedora Linux provides community support through Fedora Linux forums, Reddit, and community discussions which are active and technically solid. Whenever I run into a problem, I can query it over Google into this community page where most issues get resolved quickly by the community and the Red Hat community. However, there is no traditional enterprise SLA comparable to Cisco TAC or 24/7 support. Documentation quality is good, but better for newer technologies compared to conservative enterprise documentation. Community responsiveness is impressive, but issue resolution depends on the level of the issue. It is not ideal for users expecting click-and-fix support. Fedora Linux support experience feels like working with Linux logs, CLI, and troubleshooting, and is usually good for workstation or lab use only.

Before Fedora Linux, I considered Ubuntu . Ubuntu  started feeling very slow, especially for developer packages and Python versions. Fedora Linux gave me a cleaner, modern Linux experience with faster updates without going fully toward Arch Linux. It is a very good fit for automation and cloud-native networking with Podman integration for better container workloads. While testing automation for Cisco deployments, Fedora Linux made it easier to run updated Python libraries and run packet capture tools without fighting older package dependencies. I did not stay on Windows because it had too much overhead for native automation. I switched to Fedora Linux for better tooling and a modern Linux workflow.

I evaluated other Ubuntu systems, but since Fedora Linux feeds into RHEL technologies, it provides closer alignment with enterprise Linux ecosystems and is very relevant for enterprise infrastructure engineering. This made it easier to run Ansible containers and Python libraries. Fedora Linux is very modern technically.

Based on my experience with Fedora Linux, the basic advice I would give to anyone is to start with a clear use case. Fedora Linux is an excellent tool for automation, networking, and DevOps. Do not switch just because it is not popular—it is popular. Learn  basic troubleshooting and get comfortable with terminal logs. Use it as a secondary system or VM and keep backups. It is a great choice for anyone who wants to grow into Kubernetes, cloud, and automation. It is a very strong platform to learn containers, APIs, and all related technologies.

Fedora Linux is a very strong platform to learn automation and Linux networking. Every network engineer is building their Linux skills, and as networking is slowly moving into automation, it is very important to get hands-on lab experience. This tool is highly recommended, as I am avoiding random third-party packages and it is very stable and a good practice before any major upgrade. It is a very great choice for engineers who want to grow into cloud and automation.

If you want a modern Linux environment that balances both innovation and usability, Fedora Linux is one of the best options available in the market. I would rate my overall experience with Fedora Linux at three out of five stars.

Fedora Linux  is a free and open-source operating system that we have used mainly for testing and development, performing testing on the software level and at the server level.

We have been using Fedora Linux  for testing applications, and we are also extensively using DevOps tools such as Kubernetes  and Docker  on Fedora Linux. It is very helpful and easy to install and configure on the servers. That is why we are using Fedora Linux for our DevOps tools.

We have confirmed that we have been using it for our software development, and on the server, we can easily install Python, Java, Node.js, and Go language. Fedora Linux comes with extensive updates every six months, which helps us in testing and utilizing the applications to update our software.

For any new applications, for example, if we have received a new application to build, the development team asks us to either provide an existing Fedora Linux server to perform their testing or build a new server for them to perform their testing. Normally we give them, as per the resources availability, a new Fedora Linux with the latest update, current as of today, and they install their applications, install their tools, and then perform their testing for two or three weeks. After the successful testing on those systems, they ship the code to the next level of version, such as the quality version, which is backed up by Ubuntu  or Red Hat. Then we again perform the testing on it, and ninety percent of the time, it is always the same. Nothing much changes or the differences between the testing of source code on Fedora Linux versus Red Hat.

Fedora Linux offers several best features. The software is very up-to-date; every six months, they provide updates. The desktop environment, the GNOME GUI, is very clean and provides a modern interface, which offers a look and feel feature. It also supports all the open-source technologies, so we do not need to buy any software or tools to perform our testing. There are numerous open-source software options they provide, so we simply install them and perform numerous testing on our applications.

Since Fedora Linux is backed up and supported by Red Hat, we get many new features of Linux in Fedora before they get released in Red Hat or any of the Linux kernels. I think it is very useful for us to use those features in testing our applications.

Frequent software updates do not much impact our work because we are using Fedora Linux only for our testing environment. We are not using it for our production environment; for the production environment, we are using Red Hat and Ubuntu . They are more impactful, and we do not update our production servers every six months. Fedora Linux provides the updates every six months, or they provide them in every two or three months. They remove those bugs and patch the server. We are normally using Fedora Linux only for testing the applications to get the best features of Linux kernels and Linux versions. The GNOME UI is similar to working on a Windows desktop. It is different than a Windows desktop, but it gives us a look and feel feature.

We have been using Fedora Linux for five or more years.

The cons for Fedora Linux are that since they provide these updates every six months, roughly, sometimes those updates are very unstable according to our application. For example, if our application is working perfectly today, and tomorrow we patch the server, after patching those servers, the application started to respond slowly and it responds abnormally. So we have to troubleshoot those issues according to the logs and install some other tools to make our application work. Sometimes the updates are not stable. Also, if anyone is using Fedora Linux for the first time, they will not find it very useful or very user-friendly, especially if they have used Ubuntu Linux, which is more user-friendly.

Since they provide the updates every six months, I would not say that Fedora Linux is a very stable operating system. However, they do enormous testing, such as the Fedora community, and they fix those bugs so that it can be a very stable version for the community and for the users. I would still say that it is not that stable. After a few updates, it started to respond slowly or abnormally.

For Fedora Linux, we have extended the systems and scaled those systems. When the application comes for testing, we firstly use the testing of those applications with one hundred users, then we expand it to one thousand users, then more than five thousand users for those applications, and it always has the feature to scale the server and scale the applications running on them. We have not found any such issues related to scalability.

Since it is an open-source software, there is no support we have used until now. There is a very good community for Fedora Linux system. We have used it, and they are very helpful in exploring our issues or providing the solutions to them. So the community is very large and very helpful for Fedora Linux.

We used to use CentOS  for testing our applications since it was also freeware, but it had the limitation to use those open-source software, and they were not very much compatible with our applications. So it used to take a considerable amount of our time. Then we switched to Fedora Linux, and it started working really well.

We used CentOS  and Ubuntu also before choosing Fedora Linux.

Initially, we started to use Fedora Linux on the on-premises servers. We installed and downloaded Fedora Linux and installed it on the on-premises servers and we also used it as a workstation. After two or three years, when we moved to the cloud, Azure  cloud, we started to use it on Azure  cloud also. So currently we are using it on both on-premises and cloud.

I would say that using Fedora Linux has saved us a lot of money because there is no license cost and there is no downloading cost on it, and all the software we can install on Fedora Linux are open source. So there is no cost related. We have not paid anything while downloading or installing Fedora Linux on our systems. So time has been saved, and money has been saved on it. The employees are the same because extensive testing is required to get our application to work with Fedora. So I think that is it.

Fedora Linux is one hundred percent free and open-source software, so it does not cost anything. We just need to download it from any web browser, and we can also download it from any distribution. We can also make any changes in the source code, so there is no upfront license cost.

I would not say that it helps our team to catch the issues earlier; I would say that the testing speed helps us in testing our solutions, the features, the bugs and eliminating those bugs in a quicker manner. So Fedora Linux has helped us in reducing those issues or the process and helped us in an affirmative method to solve the issues. As for an estimated time saved, I would say since it provides enormous software and the open-source things, sometimes they do not work properly. So we have to find the correct open-source item for the server so that it can be compatible with our application or with our code. So it is a fifty-fifty situation. Not much improvement or changes we have seen, but it is a fifty-fifty.

Documentation is very good for Fedora Linux. Whenever they do any changes or provide the updates, they give a very thorough documentation on it. The documentation is very good; compatibility for the tools or the applications totally depends on the user and what they are using and what open-source tools will be compatible with their applications. They need to do multiple testing to confirm if their application is compatible with Fedora Linux or not.

Fedora Linux should be used if you are not going to invest enough money in testing and evaluating your applications. Use Fedora Linux; it is very helpful, and it is going to help you with many features. Just give it a try, and you are not going to go back from it. I would rate this product a seven out of ten.

My main use case for Fedora Linux  is teaching students for lab practices.

Fedora Linux  helps in teaching students for lab practices because I create scenarios for students to configure Fedora Linux for their projects, such as configuring servers for the company, domain servers, email servers, and web servers.

Stability and security are the best features that Fedora Linux offers.

Fedora Linux's stability and security stand out to me compared to other operating systems I have used because security features such as SELinux are enabled by default, and this provides an additional layer of protection, making the system more secure for professional environments. Performance-wise, Fedora feels fast and responsive even on moderate hardware and older machines.

I measure the impact on my students from using Fedora Linux by observing that when they gain experience on an open source system, they gain more vast opportunities for their jobs in the field and in practical life.

Fedora Linux can be improved as it may require slightly more Linux knowledge compared to other Linux distributions for beginners, and if developers can make it more beginner friendly, then it would be more useful.

I have been using Fedora Linux for almost fifteen to sixteen years.

Fedora Linux is stable.

Fedora Linux's scalability is great.

The customer support for Fedora Linux is that I use the open source version, so I do not have customer support, but I receive open source support from the public.

I previously used Red Hat Linux for lab practices, but then I tried Fedora Linux and decided to stick with it.

My experience with pricing, setup cost, and licensing for Fedora Linux is that I do not purchase a license for Fedora, as I use the open source version of Fedora Linux.

I have seen a return on investment because for the open source version, it has saved money and time.

Before choosing Fedora Linux, I evaluated other options such as Ubuntu  and Debian .

My advice for others looking into using Fedora Linux is that it is an excellent choice for users who want a modern, secure, and professional Linux environment with cutting edge technology while maintaining reliability and performance.

I have no additional thoughts about Fedora Linux before we wrap up. I give this review a rating of seven.

As an administration user, I maintain the servers for my customers. Fedora Linux is a strong Linux operating system widely used in production, development, and testing environments. Its rock-solid kernel makes it ideal for mission-critical applications that require high-security standards.

Additionally, Fedora Linux is very developer-friendly and highly customizable.
It uses a package manager tool called YUM. With YUM, you can easily download and manage packages from repositories hosted by the solution.

I have been working with the product for two years.

I rate the tool's stability a nine out of ten.

Scalability depends on how many servers you want to install and if you have the resources to install those servers. So, scalability is not an issue. You can keep creating Fedora Linux servers as long as you have the resources.

The tool has a very vibrant and widespread community. I don't know much about the community, but what I see is that it is active and releases updates and bug fixes frequently. For me, that is enough.

I have never used Fedora Linux product support; I only use Red Hat support. Red Hat's support is excellent. They offer 24/7 premium support as well as standard support. Standard support is available from 9 to 5, Monday through Friday, while premium support is available 24/7.

The tool's setup can be done in two ways: with a GUI and without a GUI. You can install the GUI. You download the base image, and during installation, it will ask you whether you want just a plain server or a server with a GUI. It will give you all the options, including whether you want a non-graphical user interface normally used in enterprise environments.

You don't need any GUI in enterprise settings because those servers are installed and managed without it. If you use the GUI, it will consume more RAM and CPU. However, if you use just the simple non-GUI version, it will use fewer resources. On the server side, people typically don't use the GUI; they only use the non-graphical user interface because it is sufficient for running the server. On the desktop or workstation end, you can have the GUI installed.

If a system is the latest one, with a high-end CPU, a good amount of RAM, and SSD drives, it should not take more than ten minutes.

There are significant cost savings if you want to use Fedora Linux for testing. For instance, if you have a testing environment with hundreds of users working on an application, they can use it free of cost. Companies often buy a supported version on the production side due to governance and compliance requirements. If there were no such compliance requirements, many people would not buy a subscription because everyone likes to have free resources.

The value and benefits of using Fedora Linux are numerous, especially because it is a Linux operating system. For people who are trying to learn Linux, Fedora Linux is a great help because it provides everything required for developers to build applications, create new applications, and even write drivers for new hardware. Developers can also create their customized versions of the operating system if they wish.

If you want to buy a monthly license from Fedora Linux, you can do so. But nobody does that. Most of the people who use it are technical users, either developers or infrastructure administrators.

There is no point in buying support for them because they can use Fedora Linux to fix bugs or troubleshoot independently. They can even use resources like GPT to fix issues. However, normal users might find it challenging. Hence, normal users do not use Fedora Linux; they still use Windows, Mac, or something similar.

I rate the overall solution a nine out of ten. AI is a buzzword these days. AI is an application that uses several technologies to create something called AI. To run those technologies, we need servers that can be supported by Fedora Linux. It must contribute to AI projects like OpenAI, which is widely used. I don't know much about their specific contributions or associations, but since Fedora Linux is one of the most popular Linux operating systems, they must participate in OpenAI projects. The tool is from the open source community, just like OpenAI, so they must have some integration for sharing knowledge and building improved versions of their applications.

Fedora Linux is not used much on the enterprise side. Red Hat is the enterprise version purchased by customers. All the base technology comes from the product. Fedora Linux is a project that creates the latest operating system version. Red Hat uses those versions, makes them more user-friendly, gets all the necessary certifications for specific hardware, and then ships it with its Red Hat branding.