Description: The eighth version of AlmaLinux OS, known as AlmaLinux OS 8, is an open-source Linux distribution based on Red Hat Enterprise Linux (RHEL). Designed to be a free and high-performance alternative to RHEL, AlmaLinux OS 8 focuses on stability, security, and ease of use. This version includes significant updates to its kernel, as well as improvements in package management and compatibility with enterprise applications. AlmaLinux OS 8 is especially valued in server and cloud environments, where robust and reliable operating systems are required. Its active community and commitment to long-term support make it an attractive option for businesses and developers seeking a Linux solution that does not rely on commercial licenses. Additionally, AlmaLinux OS 8 offers a user-friendly experience, with tools and resources that facilitate system administration, making it accessible to both novice users and technology experts.
History: AlmaLinux OS was created in March 2021 in response to Red Hat’s decision to change the direction of CentOS, which had traditionally been a free and open-source distribution based on RHEL. The AlmaLinux community quickly formed to provide a viable alternative, and the AlmaLinux Foundation was established to manage the project and ensure its long-term sustainability. Since its initial release, AlmaLinux has evolved with several versions, with AlmaLinux OS 8 being one of the most notable, aligning with RHEL releases.
Uses: AlmaLinux OS 8 is primarily used in server and cloud environments where a stable and secure operating system is required. It is ideal for enterprise applications, software development, and as a platform for containers and virtualization. Additionally, it is commonly used in development and testing environments, as well as in production systems that require high availability.
Examples: An example of using AlmaLinux OS 8 is in web servers, where it can be deployed to host applications and websites. It is also used in development environments to create and test applications in a production-like setting. Another practical case is its use in container platforms, such as Docker, where it provides a lightweight and efficient operating system for running applications in containers.