How to Enable Secure Boot in BIOS on Gigabyte and AORUS (2024)

How to Enable Secure Boot in BIOS on Gigabyte and AORUS.

Enabling Secure Boot in the BIOS is essential to keep your computer system secure. Addressing this task on Gigabyte and AORUS equipment is easy after following a series of steps. In this article we will explain how to proceed so that your system is protected. Secure Boot is a security function available in the BIOS of computers, offering a layer of protection if we know how to activate it properly. This allows you to prevent the execution of malicious code at boot time. Also, it eliminates the possibility of boot loops.

Discover how to activate Secure Boot in the BIOS of a Gigabyte and AORUS it is the way to protect your system from external dangers. In this article we explain step by step how to start the Secure Boot function in the BIOS of equipment of both brands.

1. What is Secure Boot and Why is it on Gigabyte and AORUS?

Secure Boot is a security mechanism created to help prevent malware attacks on the system. It is designed to ensure that all software loaded on the computer is authorized by the user. Gigabyte and AORUS have implemented Secure Boot on all of their products to ensure that users are protected and to prevent serious attacks on their systems.

How does Secure Boot work? Secure Boot works by processing all system boot files for code key signatures or certificates that ensure the software is legitimate. If the computer does not find a valid code key signature, the process will be initiated through safe mode, which will block the download of malicious software. In this way, users will get an extra layer of security.

What is Gigabyte and AORUS "Secure Boot" technology? Gigabyte and AORUS Secure Boot Firmware technology, also known as Secure Boot, provides an extra level of security to the boot process of a device. This technology inserts a restriction into the basic software layer, which prevents the device from starting with unauthorized software. This technology also helps ensure that software runs smoothly, as only software that passes thorough verification of code key signatures is supported.

2. How to Access BIOS on Gigaabyte and AORUS

Access BIOS with F2 key: This technique is for the latest GigaByte and AORUS computer models. When the brand logo appears on the screen, simultaneously press the "Delete" and "F2" keys. You must be ready to do this at just the right time for your computer to enter the BIOS. If the option to enter from the BIOS did not work, try turning off your computer using this button.

Access with a special boot configuration: The term "boot" refers to the process of loading an operating system from scratch, also known as booting. To access the BIOS through a special boot configuration, navigate to the BIOS setup section and make sure the option to allow advanced setup is selected. This means that you will allow the BIOS to load before the operating system loads.

Access with the help of BIOS Q-Flash Plus: This option is available for some AORUS models. This is an extremely advanced BIOS that allows you to perform tasks such as updating the BIOS from a removable device such as a USB stick. Once you have received the BIOS setup, you will need to open the BIOS to perform the update. This is accomplished through the Q-Flash Plus option. This option, in addition to allowing you to access the BIOS, offers other useful features such as recovery of settings.

3. Enable Secure Boot in Gigabyte and AORUS BIOS

Gigabyte and AORUS products usually have Secure Boot enabled. This feature strengthens system security and protects your computer against cyber attacks, keeping your computer safe. However, if Secure Boot is already enabled and you want to disable it, here's what you'll need to do.

• First of all, you need to enter the BIOS of your device. You can access the BIOS by pressing the F2 key when the computer starts up.
• After entering BIOS, choose “Secure Boot Configuration” or “Secure Boot Management” option.
• At the bottom of the screen, you will find the “Secure Boot” option. Select this option and change its status to “Disabled”.
• Now, check if the “Legacy Support” option is set to “Enabled”. This option will allow applications from the old version of Windows to run.
• At the end, save your changes and your team is good to go.

Additional installation for UEFI BIOS If you're using Windows 8 and higher with a UEFI BIOS, you'll also need to install some device drivers. These devices are necessary for your computer to function properly. You can find these drivers in the gigabyte support page.

Conclusions on how To enable Secure Boot on Gigabyte, follow the steps above. Make sure the appropriate device drivers are installed if your computer is equipped with a UEFI BIOS. Now your computer is safe from any security threat or computer virus.

4. How Do I Check the Secure Boot Status in the BIOS?

When Secure Boot is enabled in the BIOS, the device only loads the operating system from a trusted vendor, limiting malicious software from running during the boot process. Therefore, it is important to check the status of Secure Boot to ensure that no one has disabled the feature without authorization. You can check the status of Secure Boot in the BIOS of the devices in different ways.

Step 1: Restore the default BIOS settings
The first thing is to restore the default settings of the BIOS. This can be done from the BIOS itself, where in the “boot settings” section you can find the “default” option to reset all settings to default. There may also be slight differences between different BIOS manufacturers, so it's a good idea to check the documentation to find out the exact procedure.

Step 2: Check the status of Secure Boot
Once the BIOS settings have been restored to the default state, the Secure Boot status can be easily verified. It is accessed from the same BIOS in the section indicated above. This “Secure Boot” option is found in the BIOS boot settings, just above the “Boot Order” option. If the Secure Boot status is “enabled”, then the feature is enabled in the BIOS and nothing further needs to be done.

Step 3: Enable Secure Boot in BIOS
If security mode is not enabled, it can always be activated manually. The option can be found in the same menu mentioned above, so to enable Secure Boot you have to make sure that the “Secure Boot” option is set to “enabled” and then save the changes to save the configuration settings. After this, Secure Boot will always be enabled during system boot.

5. Additional Security Considerations When Enabling Secure Boot

Secure Boot is an indispensable feature for the security of modern computers. Secure Boot features a very comprehensive set of security drivers for digital signing of applications and payloads. This provides additional protection of the operating system against malicious manipulation. To enable Secure Boot on some systems, the following steps are required:

• Run a UEFI setup process
• Load the Key management module
• Install any payload

In addition to these basic steps, there are also some additional security items to activate Secure Boot. The first step is the presence of a validation mark of the authentic digital signature. This is necessary to ensure that the files are signed with the correct key. Another important aspect is the availability of signatures in real time. This ensures that only files that have been digitally signed and have signature validation are uploaded to the system. Finally, the use of software that detects and prevents the execution of any malicious files, such as rootkits or other malware is essential.

Using Secure Boot for modern systems offers significant security benefits. Therefore, it is important to follow the steps above to enable Secure Boot, as well as take into account any additional security considerations that help ensure system protection.

6. Tips to Keep Gigabyte and AORUS BIOS Safe

Keeping the BIOS secure is essential to ensure the optimal design and performance of a computer. To keep the BIOS with Gigabyte and AORUS safe and optimized, there are some tips that can be followed to ensure that your computer runs smoothly. First, users should ensure that the latest version of the BIOS is installed. This can be checked by visiting the official website and downloading the most current version. Once the latest version has been downloaded, it should be installed without rushing.

It is also recommended to configure the default settings in the BIOS. This can be done by going into the BIOS and then setting the default settings on each bar after switching to each bet. If you want to change the settings in advanced mode, you must make sure that they are exactly what you need, as errors in the settings can lead to BIOS errors.

Finally, keep in mind that users must have a clear understanding of their present equipment and operating system. This can help when making settings in the BIOS. It is also recommended to turn off the computer if you experience BIOS errors and follow the manufacturers recovery instructions to fix the problem.

It's clear that setting up Secure Boot can be a challenging and confusing process, but it's an important step toward securing your computer equipment. Even if troubleshooting the Secure Boot activation process is difficult, performing this step is essential to protect your computer from further damage. By knowing how to enable Secure Boot on Gigabyte and AORUS systems, users can now enjoy a safe and secure computer.

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