system stability

The article provides a thorough guide on adjusting `ulimit` values in Linux to effectively manage system resources. It explains the importance of `ulimit` for regulating resources in shell processes, particularly for scripts' child processes, to maintain system stability and avoid resource hogging. It includes steps for setting `ulimit` values in bash scripts and demonstrates with examples how to apply these limits to processes such as the number of open files and user processes.

This article explores the implementation of self-healing systems in Linux environments using Bash scripting. It describes how these systems automatically detect and correct faults, reducing downtime and manual intervention. Highlighted are benefits like enhanced reliability and cost efficiency, with practical guidance on setting up monitoring, fault detection scripts, automated remediation, and notifications. The article also touches on future potentials with AI and machine learning for self-optimizing systems. Ideal for IT professionals and system administrators.

Learn how to manually control package updates on Linux systems by disabling automatic upgrades. This guide provides instructions for managing updates using APT, DNF, and Zypper across popular Linux distributions like Debian, Fedora, and openSUSE, ensuring that package upgrades do not disturb system performance or operations. Further resources are provided to help manage and secure systems manually.