I work for a consulting company, and we have many customers using Red Hat. They use it both on-premises and on the cloud for various applications, including enterprise applications and manufacturing certificates.
We selected Red Hat Enterprise Linux for our workloads due to its excellent support, enhanced stability, reliable update cycle, and strong community.
Red Hat Enterprise Linux has enabled us to centralize development and manage a hybrid model with on-premises and cloud deployments. It comes with built-in features that allow for efficient management of applications using tools like Ansible.
We use Red Hat Enterprise Linux for containerization projects, and one of our recent projects is in the manufacturing sector, specifically on the shop floor, where the latest MES software relies on containers. OpenShift is a valuable solution in this scenario, enabling the use of existing hardware. For instance, if a user already has a VMware hypervisor, they can deploy VMs, utilize them as worker nodes, and build an OpenShift cluster on top of that existing infrastructure.
Red Hat is used both on-premises and in the cloud. By enabling Red Hat Enterprise Linux VMs with Azure Arc, we gain a single management pane for both environments, allowing us to apply policies, check for compliance and vulnerabilities, and more. This unified approach simplifies management and enhances security across our entire infrastructure.
Red Hat Enterprise Linux has consistently performed well for our business-critical applications. Its stability is evident, as many trading applications rely on this Linux-based operating system globally. Red Hat Enterprise Linux is also widely perceived as more secure than other operating systems.
It offers robust built-in security features.
Red Hat Enterprise Linux, particularly with tools like Ansible, has significantly reduced risk in our environment. Ansible enables continuous deployment, streamlined patching, and efficient management of Windows and Linux VMs from a central location.
The portfolio helps reduce our total cost of ownership because our enterprise applications are typically based on its subscription model. This includes application support, vendor support, and other associated costs, making it a cost-effective solution.
Red Hat Enterprise Linux provides a stable operating system, and OpenShift enhances efficiency with a built-in Ingress controller, unlike some managed Kubernetes services.
There is a steep learning curve, especially for users from a Windows or GUI background, because of the command-line interface.
I have been using Red Hat Enterprise Linux for over ten years.
Red Hat Enterprise Linux has proven to be a stable operating system suitable for business-critical applications like trading applications worldwide.
Red Hat Enterprise Linux scales beautifully as our needs change.
The customer service is good, but there is room for improvement, especially in terms of continuity when handing over between support personnel.
The stability of Red Hat Enterprise Linux, especially with OpenShift, provides a significant return on investment. The built-in Ingress and efficient management interfaces add to its benefits.
I would rate Red Hat Enterprise Linux nine out of ten.
Red Hat Enterprise Linux customers typically begin AI integration by experimenting with chatbots or virtual assistants to improve productivity. However, a comprehensive business case outlining the use case and value proposition is crucial to secure sponsorship and justify a more extensive implementation.
I recommend considering the support system and available resources when choosing an enterprise Linux distribution. Red Hat, for example, offers a vast partner ecosystem, certified applications, and a subscription-based support model. Its open-source nature, strong community support, and extensive field experience contribute to its popularity. Furthermore, Red Hat's large developer base and significant code contributions demonstrate its wide-reaching impact and robust development.