Electronic Arts is seeking a Senior Anti-Cheat Engineer to develop a native ARM64 driver for its kernel-level Javelin anti-cheat, primarily for Windows on ARM devices, while planning future support for Linux and Proton. This could expand multiplayer access for ARM laptops like those with Snapdragon X Elite and Linux handhelds such as the Steam Deck.
Electronic Arts (EA) has posted a job listing for a Senior Anti-Cheat Engineer within its SPEAR (Secure Product Engineering & Anti-Cheat Response) team. The role focuses on porting Javelin—the anti-cheat used in titles like Battlefield, EA Sports FC, F1 series, Madden NFL, FIFA 23, and Skate—from x86_64 to a native ARM64 driver. Responsibilities include building automated test pipelines for ARM hardware, addressing ARM-specific security threats, and enabling dynamic loading of anti-cheat versions based on user hardware.
Crucially, the listing states the need to 'chart a path for EA Javelin Anticheat to support additional OS and hardware in the future, such as Linux and Proton.' Proton, Valve's Wine-based compatibility layer, allows Windows games to run on Linux, benefiting devices like the Steam Deck.
Currently, Javeline's kernel-level requirements block these multiplayer games on non-x86 Windows and Linux systems. While some EA titles without Javelin, such as Dragon Quest: The Veilguard, already run well on Steam Deck, larger online experiences remain inaccessible. Windows on ARM laptops powered by Qualcomm's Snapdragon X Elite represent a growing market, alongside Linux gaming's rise via Steam Deck and potential Steam Machines.
Publishers have faced hurdles: EA discontinued Linux/Steam Deck support for Apex Legends in late 2024 due to cheating issues on open platforms, similar to Rockstar's GTA V Online (BattlEye) and Roblox's Hyperion in 2023. Despite this, Linux adoption is surging, with support from GOG, Nvidia, and alternatives like GeForce NOW.
Reports from GamingOnLinux, Steam Deck HQ, and PC Guide highlight industry momentum toward broader compatibility, though ARM remains the immediate focus. The position remains open, indicating implementation may take months.
