Valorant Secure Boot -

By requiring Secure Boot to be ON , Riot ensures that no unsigned, malicious driver could have loaded before Vanguard. It creates a chain of trust from the very first flicker of electricity to the final pixel on your screen.

. Why It's Required Anti-Cheat Integrity: Vanguard requires Secure Boot to prevent unauthorized software or "rootkits" from loading during the computer's startup process. Windows 11 Compatibility: Since Secure Boot and TPM 2.0 are native hardware requirements for Windows 11, Valorant enforces these to match the operating system's security standards. Reddit +2 How to Check Your Status You can verify if Secure Boot is active without entering your BIOS: Press

Vanguard loads the moment you turn on your PC, not just when you launch VALORANT. This allows it to catch bootkits before they can hide. However, even Vanguard had a blind spot. A sophisticated attacker could still flash a malicious driver into the (the software that boots your motherboard). If the cheat lives in the BIOS itself, even a kernel driver is helpless. valorant secure boot

VALORANT also requires TPM 2.0. This is usually in the same BIOS menu:

Some legacy motherboard utilities or fan control software rely on unsigned drivers. Enabling Secure Boot sometimes breaks these. Players with older hardware (pre-2016) often find their RGB software or overclocking profiles stop working. By requiring Secure Boot to be ON ,

Furthermore, the requirement highlights the growing friction between consumer rights and digital security. Players who purchase a game feel entitled to use it on any hardware configuration they own. When a publisher mandates a specific BIOS setting, it blurs the line between software licensing and hardware control. This has led to instances where players are abruptly locked out of the game, often receiving error codes like "VAL 5" or "VAL 152," without a clear understanding of why their system is suddenly "insecure." For the average user, navigating the BIOS to enable Secure Boot can be an intimidating technical hurdle, creating a barrier to entry that prioritizes security over user-friendliness.

Here is the process when you hit the power button: This allows it to catch bootkits before they can hide

Secure Boot is a security standard built into modern motherboards (UEFI, not legacy BIOS). Think of it as a digital bouncer that checks the ID of every driver and bootloader before allowing them to run.