Anti-Cheat Guide
Valorant Anti-Cheat
The most aggressive consumer anti-cheat in gaming: a boot-start kernel driver with HWID bans. Treat Valorant as the hardest mainstream game to cheat in safely.
In plain EnglishThis page explains the anti-cheat that protects Valorant - the system that tries to catch and ban cheaters. It covers how strict that system is and how cheats try to stay hidden from it. No cheat is ever 100% safe, so always check a product's status before you buy.
Valorant runs Riot Vanguard, a kernel-level anti-cheat that loads a driver at Windows boot. It starts before the game and before most of your software, with the deepest access level an application can have on your PC. On Windows 11 it also leans on TPM 2.0 and Secure Boot. There is no lighter mode: if Vanguard is not running, Valorant will not launch.
This is the single most demanding environment we cover. Vanguard issues hardware (HWID) bans, not just account bans. It can also spot drivers and injected code that a user-mode system like VAC never sees. If you are weighing Valorant against any other game on detection risk alone, Valorant is the ceiling. Valorant uses Riot Vanguard, a kernel-level anti-cheat that loads a Windows driver with deep system access. Caught cheaters get a hardware (HWID) ban on top of the account ban, and our database rates its detection strength very high. The guide below covers how it detects, what a ban really costs and what kind of build survives. Because Vanguard starts with the operating system, it can inspect drivers and memory the moment they load. It can refuse to let the game run if it sees something it distrusts - unsigned drivers, test-signing mode, known cheat patterns. It runs continuously in the background, not just while Valorant is open. That boot-time, ring-0 vantage point is what makes ordinary external and internal cheats unviable here. The only architectures with a realistic survival window are hardware DMA setups that read memory from a second machine. Even those live and die by how current and quiet they are. Vanguard bans reach the hardware. A confirmed detection can blacklist hardware identifiers, so a fresh Riot account on the same PC is still locked out. That is why an HWID spoofer is part of the conversation for Valorant in a way it never is for CS2. Bans are also frequently delivered in waves, so a build can look "safe" for a while and then a batch of accounts and machines drop together. Plan for the hardware cost, not just the account cost. Valorant sits at the very top of our detection scale - "Very High" - and earns it. Vanguard updates aggressively and has repeatedly closed off cheat methods that worked for months. Public, cheap, or "free" Valorant cheats are detection bait. They are the fastest route to an HWID ban. The honest framing is that there is no low-risk way to cheat in Valorant. Every method here is a moving target against a vendor that has made anti-cheat a core product. So currency and discretion matter more than in any other title. If you cheat in Valorant, the realistic path is a current, well-maintained DMA build paired with hardware-ID hygiene. Add a legit playstyle that does not invite manual review. Rage configs and visible aimlock in a ranked lobby are how machines get flagged. Be clear-eyed: this is the riskiest game we stock cheats for. If avoiding a hardware ban is your priority, a lighter-anti-cheat title is the safer place to cheat. What we list for Valorant is the subset built specifically against Vanguard - check the current status before you buy. Official pages for the systems this guide describes. They are the primary sources for how Vanguard works and how bans are issued; the detection ratings and build guidance are our own editorial assessment, explained in the editorial policy.What anti-cheat does Valorant use?
How Vanguard works in Valorant
What a Valorant ban actually means
Detection track record
Cheating in Valorant safely
Valorant anti-cheat FAQ
Sources
This guide is informational and reflects how Vanguard and Valorant bans generally work; anti-cheats update constantly, so treat every detail as a moving target rather than a guarantee. Last reviewed 2026-07-04.