With Linux inherently different from Windows in areas such as operationality, features, ease-of-use, and flexibility, it’s only natural to assume that there will be major differences in terms of patching and patch management between the two Operating Systems. This guide will the various facets of Linux patch management – from necessity to complexity, structural difference, challenges, limitations, advantages, versus disadvantages. Enjoy!
Challenges in Linux Patch Management
Obviously, no self-respecting IT administrator would go about applying Windows patch management principles on devices and ecosystems running Linux. To start with, Linux, which is regarded as the embodiment of open-source software, allows the user to dimension and re-dimension each and every component, including the kernel – great for security, but doesn’t win a lot of points in the area of accessibility. For all its popularity and history, Windows remains a closed OS (i.e., only some members have access to the source code) and, unfortunately, more prone to security issues than Linux.
Now, in terms of patch management, Windows has so graciously accustomed us with patching flows such as WSUS- or SCCM-based. For Linux, it’s all about repositories – think big bookstores stuffed to the brim with all manner of neat resources. Even