“It’s just a kernel-level anti-cheat,” Alex muttered to the empty room, scrolling through a Reddit thread titled “Riot is literally malware.” The comments were a fever dream of tech-anarchist fury. “They don’t own my PC.” “Secure Boot is a backdoor.” “Next they’ll want my fingerprint to play Spike Rush.” Alex upvoted every single one.
After the match, they minimized the game and opened the Event Viewer. A habit. They scrolled through the System logs and found what they were looking for: Vanguard.sys loaded successfully. Secure Boot validation passed. A clean, sterile line of code. does valorant need secure boot
The pop-up had appeared three days ago: “This build of Vanguard requires Secure Boot to be enabled.” No warning, no gradual phase-in. Just a hard stop. Alex had stared at the message, then down at their custom-built PC—a Frankenstein’s monster of second-hand parts, overclocked RAM, and a motherboard from 2019 that ran a custom BIOS. Secure Boot was off. It had always been off. Turning it on meant wrestling with UEFI settings, potentially bricking their Linux dual-boot, and—the real sin—admitting defeat. A habit
Alex froze. Unknown module. They hadn’t installed anything new two weeks ago. No shady cheat engines, no cracked software. But they had been messing with a third-party RGB controller—an unsigned driver from a no-name brand that claimed to “unlock true 16.8 million colors.” A clean, sterile line of code
Then they noticed something else. A log from two weeks ago, the last time they’d tried to launch the game: Vanguard.sys blocked. Secure Boot validation failed. Below it, a separate entry: Driver integrity violation detected. Unknown module attempted to load into kernel memory.