Vulkan Ripper

Malicious actors use lightweight Vulkan Rippers to create "wallhacks" or ESP (Extra Sensory Perception) cheats. By ripping the depth buffer or the position buffer, the cheat can determine exactly where enemy players are located on the map, even if they are behind walls. The cheat then draws colored boxes over the player's location on the screen. Because the ripper operates at the driver layer, anti-cheat software like BattlEye or EasyAntiCheat often struggles to detect it.

For game modders who want to change character models but lack the official modding kit, a Vulkan Ripper provides a solution. The modder runs the game, rips the 3D model from VRAM, edits it in Blender, and then injects it back into the game using a DLL proxy. This is legally gray, as it often violates End User License Agreements (EULAs) but is rarely prosecuted for non-commercial use.

The attacker supplies a malicious SPIR-V shader that:

When the driver compiles or executes this shader, the GPU memory manager fails to validate pointer offsets, allowing out-of-bounds reads of VRAM belonging to other processes, the display compositor, or the kernel’s framebuffer. Malicious actors use lightweight Vulkan Rippers to create

Version: 1.0 Draft Target API: Vulkan 1.2+ Platform: Windows x64 (Primary), Linux (Secondary)

As we move into 2025 and beyond, the cat-and-mouse game between ripper developers and application defenders will intensify. Several trends are emerging: Cross-platform asset conversion