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1. #Malwarebytes add exclusion enabled or disables install#
2. #Malwarebytes add exclusion enabled or disables drivers#
3. #Malwarebytes add exclusion enabled or disables update#

There will be occasions, however, that your manufacturer has added trusted software and hardware to the list and Windows can update to accept them-and that’s a good thing because you’ll need to have Secure Boot disabled for as long as your modification remains installed on the computer.

#Malwarebytes add exclusion enabled or disables install#

Instead, it puts most the responsibility on your shoulders, and you can disable Secure Boot when you want to install something that you know is coming from a trusted source. There’s no way for Secure Boot to tell if what you want to add to the computer is trusted or not without the manufacturer updating the list of trusted hardware and software first, so it doesn’t allow a lot of these types of things to be installed by default. Now with that being said, there will be times when the occasional person wants to disable Secure Boot, most notably if there are any graphics cards, additional hardware or operating systems that need to be installed. You’ll get to reap the rewards of this wonderful technology so long as you keep Secure Boot running. Maybe viruses and malware will work out a way to get ahead of the game again in the future, but for now, it seems as though the good guys have trumped them. Once your antivirus officially starts up when the operating system loads, it’ll block them from getting on your computer, and that’s why Secure Boot is such a great feature. And so long as Windows can stop the malware and viruses from loading at boot, it means it’s preventing these harmful programs from running before your antivirus could. The private key is something that malware and viruses that haunt your days past can’t be signed on, and that’s how the modern-day Windows operating system stops them before they get the chance to get on your system.

#Malwarebytes add exclusion enabled or disables drivers#

Starting from Windows 8.1, you couldn’t even get the operating system installed unless you had UEFI 2.2 compliant motherboard because that very motherboard allows for a platform key, which is a private key that’s connected to the motherboard and tells it only to allow the loading of drivers and loaders that are signed with this private key. What’s far more likely is that you’re benefiting from the added technology that Microsoft has installed on Windows to help make your computing days more secure than ever. Viruses have been around for a long time now, and if you used to get them on your machine reasonably often and just don’t anymore, it’s not necessarily because you are now a further advanced PC user. Few people have positive things to say about Windows 8, but the security experts out there will tell you that it was actually groundbreaking thanks to this one feature. Secure Boot is still a relatively new feature and has made its way onto Windows 10 because of its past success of stopping viruses and malware on the Windows 8 platform.

But one thing that many people don’t realize about those older versions is that they weren’t running with the Secure Boot feature, first introduced in Windows 8, and as such, they were a lot more prone to viruses and malware. Windows XP and Windows 7 were phenomenal operating systems for their time, and I know some people who still prefer to use them, or at least still dream of the more updated versions having features taken from them.