Area OS: Operating Systems Research
Welcome to the command sector for bare-metal kernel orchestration, bootloader behavior manipulation, and cross-platform hardware optimization.
The logs housed within this installation do not focus on theoretical virtualization or abstracted cloud deployments. Instead, they document empirical, raw execution results directly on bare-metal production silicon.
Classified Testing Tracks
Select an engineering vector below to access the specific deployment blueprints, configuration strings, and empirical logs:
📑 Track 01: Multibooting Architecture
Centralized system access management.
A deep dive into using GRUB2 as a master host gatekeeper. Documents manual intervention patterns using efibootmgr to hijack and re-order NVRAM variables when downstream operating system installers attempt to aggressively overwrite the primary boot order.
💾 Track 02: Bare-Metal ISO Virtualization
Media-less mass storage simulation.
Logbooks detailing the mechanics of forcing system bootloaders to loop-mount and execute raw uncompressed installation .iso files directly from local storage boundaries. Covers the severe early initialization limitations of various kernels and the technical necessity of manual ISO remastering.
📊 Track 03: Empirical OS Comparisons
Cross-platform hardware benchmarks.
A direct, side-by-side performance audit tracking Windows, FreeBSD (MATE/KDE), Arch Linux (KDE), and MX-Linux (KDE) on identical target machines. Features real-world telemetry including precise cold-boot time-to-desktop intervals, upstream/downstream boot paradoxes (Debian vs. Ubuntu), and heavy multi-threaded compute gaps utilizing the Blender Lone Monk mesh render.
Warning: The configurations documented across these tracks involve low-level NVRAM and partitioning modifications. Proceed with caution.