EA unveils EA AntiCheat, a kernel-level anti-cheat system for some PC games, launching September 23 to take on cheat developers building kernel-level exploits
Electronic Arts is determined to keep cheaters at bay. The company has developed a kernel-level anti-cheat system for PC …
Context & Ripple Effects
EA is joining a defensive shift that has been building since the aimbot and wallhack wave in games like Warzone and Destiny 2 pushed publishers into big anti-cheat overhauls. Activision set the template with Ricochet, a kernel-level driver paired with machine-learning behavior analysis for Call of Duty: Warzone, and Epic lowered the barrier further by giving developers free anti-cheat tooling across platforms.
The pressure point today is that cheat makers have moved into the same privileged territory: EA says it built EA AntiCheat specifically because cheaters are writing kernel-level exploits, while tools like the computer-vision-based CVCheat market themselves as undetectable by reading the screen rather than touching game memory. Riot's anti-cheat operation, detailed in an interview with its head of anti-cheat Phillip Koskinas, shows how far studios will go — including discrediting cheat developers themselves.
First-order effects
- PC players of the covered EA titles get a new kernel-mode driver installed alongside their games starting September 23, raising the usual security and privacy questions that come with ring-0 software.
- Cheat developers currently selling kernel-level exploits for EA games lose their evasion advantage against those titles, forcing them to rework or abandon existing tooling.
Second-order effects
- EA's move closes the gap with Activision's Ricochet approach, making kernel-level enforcement the expected baseline among major competitive shooters rather than a differentiator.
- External cheats that never touch the kernel — like vision-based auto-aim tools pitched as working on any game across PC, Xbox, and PlayStation — become relatively more attractive, shifting cheat-developer investment away from injection techniques EA can now see.
Third-order effects
- If kernel drivers become table stakes, the arms race migrates toward input- and screen-reading cheats that no in-game software can detect, pushing publishers toward behavioral ML analysis and hardware-side enforcement.
- Studios without in-house anti-cheat teams increasingly lean on platform-provided options like Epic's free Online Services tooling, concentrating anti-cheat capability in a few large publishers and engine holders.
The trend: Major publishers are converging on kernel-level anti-cheat as the default defense for competitive PC games, which pushes cheat development toward external, screen-reading methods that sit outside the software stack being defended.