With that done, you should be able to boot your distribution without problems. From within the BIOS, you will want to disable the following: There is one sure-fire way around this issue and that is to simply disable certain components within your BIOS. This will, however, give you enough information that should start you off on the right foot with Linux and Secure boot. Because every distribution and every piece of hardware is different, your mileage will vary. This isn’t going to serve as a definitive how-to on booting Linux with UEFI Secure Boot. So what are you to do when you have a new system and you want to install Linux? The answer isn’t always simple. With that, those distributions have no problems dealing with Secure Boot. This was accomplished by these particular companies purchasing digital key that would then allow their bootloaders to pass the UEFI firmware check. And then some Linux distributions set out to fully support Secure Boot (Red Hat, Ubuntu, SUSE, to name a few). Eventually Microsoft saw fit to require vendors to include a switch that allowed users to disable UEFI, so that their favorite Linux distribution could be installed. For some time, it was thought UEFI would render Linux uninstallable on any system certified for Windows 8 and up. This BIOS replacement, UEFI, caused some serious problems with “alternative” platforms. However, with Windows 10, those hurdles could be returning. For the most part, Linux has overcome those UEFI hurdles. This was to be a modern replacement for the aging BIOS system and would help ensure boot-time malware couldn’t be injected into a system. When Windows 8 rolled up to the curb, Microsoft did its best to enforce a protocol known as Unified Extensible Firmware Interface (UEFI) Secure Boot.
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