To use version 1.5.1, the contents are typically extracted from a zip file, and the
Linux users can also customize boot logos using Plymouth with BGRT themes, but the approach differs from HackBGRT. Many Linux distributions ship a BGRT Plymouth theme for seamless boot transitions. For issues with BGRT persistence, kernel parameters like video=efifb:nobgrt can be used to prevent the kernel from restoring vendor logos.
This typically indicates that the HackBGRT loader is not being executed at all. The most common cause is . If you don't want to permanently disable Secure Boot, you will need to sign your HackBGRT loader using the shim method: hackbgrt151
Because HackBGRT modifies critical components of the system's EFI System Partition (ESP), your computer must meet strict requirements to use it safely:
At first glance, "HackBGRT" might sound like the name of a complex hacker tool or an exploit library, but in reality, it is a fascinating, legitimate, open-source utility that delves deep into the heart of your Windows system’s boot process. HackBGRT is a specialized Windows boot logo changer designed exclusively for UEFI-based systems, granting you the ability to replace the standard, often mundane manufacturer logo with a custom design of your choosing. To use version 1
hackbgrt is not a standalone application but a and a collection of scripts/tools (often found in AUR packages like hackbgrt or hackbgrt-git ) that allows Linux users to replace the UEFI firmware’s default boot logo (the vendor logo shown during POST/early boot) with a custom image.
Understanding HackBGRT151: Risks and Defenses in Modern UEFI Security This typically indicates that the HackBGRT loader is
If something goes wrong and you cannot boot into Windows: