Access your Pro+ Content below.
Red Hat Enterprise Linux automation & management
This article is part of the Secure Your Environment with Linux Automation & Management issue of June 07, 2021
Automation is key for IT optimization and digital transformation initiatives. Modern, dynamic environments can scale faster when IT processes are automated, reducing the number of manual tasks and creating consistent and repeatable system configurations to reduce technical burdens and enable streamlined administration. Our customers tell us they need a more comprehensive strategy for deploying and administering a system at scale, and that is what Red Hat® Enterprise Linux® delivers. Red Hat Enterprise Linux provides consistent controls across bare-metal, virtual, hybrid cloud, and edge environments to ensure the administrative experience is the same, no matter where it is deployed. Automation and streamlined management capabilities are built-into the operating system to help you avoid ongoing maintenance and operations that can become disruptive, labor-intensive, and expensive. Automate manual tasks, standardize deployment at scale, and simplify day-to-day administration With Red Hat Enterprise Linux automation and management ...
News in this issue
IT modernization can alleviate your technical debt and help you create a flexible foundation for the future.
Red Hat takes a holistic approach to security and compliance risk management that improves speed, scalability, and stability across your IT environment.
Standardizing your IT environment can help you increase flexibility and efficiency. This e-book reviews eight key considerations for implementing an effective standardized operating environment (SOE).
See how Red Hat Enterprise Linux can standardize deployment at scale with automation and management solutions.
Enterprises are shifting towards edge computing as part of their digital transformation journey to the hybrid cloud. Red Hat® Enterprise Linux® provides a consistent, flexible, and security-focused foundation that maximizes system stability with workload independence at the edge.