In large-scale datacenter environments, traditional BIOS-based automation quickly becomes a bottleneck. This post explores how I automated server provisioning and RAID configuration directly through UEFI, without using a live OS. From building a bootable ISO with xorriso to embedding BOOTX64.EFI from EDK2, we’ll walk through each step — creating startup scripts, managing RAID controllers, and understanding UEFI’s limitations like missing log-transfer tools. This guide demonstrates how firmware-level automation can simplify provisioning across clusters while minimizing wasted storage and deployment overhead.
In large-scale datacenter environments, traditional BIOS-based automation quickly becomes a bottleneck. This post explores how I automated server provisioning and RAID configuration directly through UEFI, without using a live OS. From building a bootable ISO with xorriso to embedding BOOTX64.EFI from EDK2, we’ll walk through each step — creating startup scripts, managing RAID controllers, and understanding UEFI’s limitations like missing log-transfer tools. This guide demonstrates how firmware-level automation can simplify provisioning across clusters while minimizing wasted storage and deployment overhead.
stop hating it!
Speaking of your experience it seems to me you are still young and it seems you start to work with other languages such as C# in your childhood! there are load of similarity between C# and Java!!! if this is the case then you can't count those years as your professional years of your life! cause you still have problem with a programming language whereas the concept of being a software developer says : there is no comfort zone for you!
