VulkanRipper is an experimental utility designed to extract 3D geometry and textures from applications (games and emulators) that primarily use the Vulkan API
. It is a powerful tool for developers tracing API calls or gamers exploring hard-to-reach digital environments by "ripping" assets directly from the GPU stream. Getting Started with VulkanRipper
To use VulkanRipper effectively, you need a system capable of running Vulkan-based applications and the tool itself. System Check : Confirm your PC supports Vulkan by running vulkaninfo.exe Vulkan SDK Emulator/App Compatibility : It is widely used with emulators such as , Suyu, and Ryujinx DirectX Support
, VulkanRipper can also rip assets from DirectX 9/10/11 games by translating those calls to Vulkan How to Rip 3D Models and Textures
The general workflow involves intercepting the graphics pipeline during runtime to capture the state of the scene. Launch the Target : Open your game or emulator (e.g., Enable Vulkan : Ensure the application is set to use the Vulkan renderer in its graphics settings Capture the Scene
: Use VulkanRipper to trigger a capture. This typically freezes the frame briefly while it records all geometry, textures, and shaders currently being processed by the GPU Export to 3D Editors
: Once captured, the utility allows you to export the extracted data into formats compatible with professional 3D software like Advanced Usage & Support Developer Tracing
: Use the tool to debug or explore how a specific game handles graphics pipeline creation descriptor set management Community & Updates
: As an experimental project, frequent updates are often posted on the creator's YouTube channel exporting these models into Blender
Device Setup & Pipeline cont. - Vulkan Game Engine Tutorial 03 14 Dec 2020 —
If you are building or updating a "Ripper" tool:
enumeratePhysicalDevices and createDevice, which are necessary steps before you can intercept or read GPU memory buffers (vertex/index buffers) containing the meshes you want to rip.VulkanRipper is an experimental utility designed to extract 3D geometry (meshes), textures, and shaders from applications and games that utilize the Vulkan API. It is often used for ripping assets from emulators like Yuzu, Ryujinx, and RPCS3, and can also work with DirectX games by using the DXVK translation layer. Latest Version & Updates
The project is primarily maintained via VulkanRipper's Patreon, where the developer provides the latest builds. vulkan ripper upd
Current Stable Versions: As of April 2026, the tool is primarily categorized under v2.0b (Vulkan) and v1.0 (OpenGL). Key Features:
Mesh Extraction: Captures 3D models exactly as they are sent to the GPU for rendering. Texture Ripping: Pulls 2D image assets used in the scene.
API Tracing: Allows developers to trace API calls for debugging or exploring engine behavior.
DXVK Support: Bridges the gap for older DirectX titles, allowing them to be "seen" as Vulkan applications for easier ripping. Core Use Cases
Asset Preservation: Archivists and fans use the tool to extract models from emulated console games for viewing in 3D editors like Blender.
Game Development Analysis: Developers use the tracing features to analyze how other applications handle complex Vulkan synchronization and resource management.
Environment Mapping: Users can combine multiple "rips" from different in-game locations to reconstruct entire map segments. Important Limitations
Experimental Status: Because it hooks directly into the graphics API, it may cause crashes in certain applications or with specific driver versions.
Animations & Rigging: Currently, the tool generally does not save animations, bones, or vertex weights; it typically captures "static" snapshots of the geometry in its current pose.
Paywalling: Full access to the most updated "upd" builds often requires a membership on the official Patreon. VulkanRipper - Patreon
Vulkan Ripper is a specialized, high-speed exploitation tool frequently used by cybercriminals to automate the "ripping" (theft) of sensitive data, session tokens, and cryptocurrency from compromised web environments
. Recent updates to the tool have significantly enhanced its stealth capabilities and the speed at which it can bypass modern security protocols. Overview of the Vulkan Ripper VulkanRipper is an experimental utility designed to extract
The Vulkan Ripper operates as a multi-threaded scanner and drainer. Unlike traditional scripts, it is designed to exploit the Vulkan API
and various web-based vulnerabilities to gain low-level access to system memory and browser-stored credentials. It is primarily marketed in underground forums as a "plug-and-play" solution for amateur hackers looking to scale their operations. Key Features in the Latest Update
The recent "upd" (update) to the Vulkan Ripper has introduced several critical features that increase its threat level: Enhanced Session Hijacking
: The updated version includes advanced modules for bypassing Multi-Factor Authentication (MFA) by capturing live session cookies and "poisoning" active browser instances. Crypto Wallet Integration
: It now features an automated "drainer" that identifies crypto wallet extensions (like MetaMask or Phantom) and instantly attempts to transfer assets to attacker-controlled addresses upon infection. Antivirus Evasion (FUD)
: The new build focuses on "Fully Undetectable" (FUD) status, using polymorphic code that changes its signature every time it is deployed, making it difficult for standard antivirus software to flag. Multi-Cloud Exploitation
: The update expands its reach to scan for misconfigured AWS, Azure, and Google Cloud buckets, allowing it to rip large-scale corporate databases in minutes. The Impact of "Ripping" Operations
For victims, a Vulkan Ripper attack is often devastating because of its speed. By the time a user notices their account has been compromised, the tool has typically already: Extracted all saved passwords from the browser. Exfiltrated private keys for digital assets.
Changed recovery emails and phone numbers to lock the original owner out. Defensive Recommendations
To protect against the latest iterations of the Vulkan Ripper, security professionals recommend the following: Hardware Security Keys
: Use physical keys (like YubiKeys) for MFA, which are much harder for session-ripping tools to bypass than SMS or app-based codes. Memory Integrity Protection
: Enable features like Core Isolation on Windows to prevent tools from accessing sensitive memory sectors where tokens are stored. Cold Storage Instance Management : It handles the boring setup
: Keep the majority of cryptocurrency in hardware "cold" wallets that are never connected to a browser.
In the fast-evolving world of 3D graphics and game modification, staying ahead of the curve requires more than just standard screenshot tools. Enter the Vulkan Ripper UPD. For developers, digital artists, and modding communities, this tool represents a seismic shift in how geometry, textures, and shaders are captured from real-time applications.
But what exactly is the Vulkan Ripper UPD, and why has it become the gold standard for asset extraction in 2024-2025? This long-form guide will unpack its mechanics, its advantages over legacy APIs like OpenGL and DirectX 11, and how to leverage its latest updates for your projects.
RenderDoc has Python API:
import renderdoc as rd
cap = rd.OpenCaptureFile()
cap.OpenFile("capture.rdc", rd.ReplayOptions(), rd.APIEncountered())
controller = cap.GetController()
textures = controller.GetTextures()
for tex in textures:
controller.SaveTexture(tex.resourceId, "tex.dds")
Follow this guide carefully. The UPD version requires manual injection unlike the standard installer.
Prerequisites:
Step 1: Download the Correct Build
Do not use generic "ripper" sites. The official UPD builds are often distributed via GitHub or specialized modding forums (e.g., Zmodeler or Xentax). Look for a filename pattern like vkRipper_UPD_r23.zip.
Step 2: Extract to Game Directory
Unlike global installers, Vulkan Ripper UPD operates via a Vulkan Layer. Extract the following files directly into the folder containing the game’s .exe:
vk_layer_ripper.jsonvkRipper64.dllRipperConfig.iniStep 3: Set Environment Variables You need to force the Vulkan Loader to use this layer. Open Command Prompt as Administrator and navigate to your game folder. Run:
set VK_LAYER_PATH=.
set VK_INSTANCE_LAYERS=VK_LAYER_vulkan_ripper
start Game.exe
Pro tip: Create a .bat script to automate this.
Step 4: Configure Hotkeys
Open RipperConfig.ini. The UPD version introduces new keys:
F10 – Capture current frame (geometry only)Ctrl + F11 – Capture frame with textures (may cause stutter)F12 – Dump shader reflection data (for advanced users)vulkan_ripper_upd.zip from the official repository (e.g., GitHub or the developer’s patreon). Avoid third-party mirrors that may contain malware.vulkan_ripper_upd.dll). Place this in the same directory as your target game’s executable.VK_LAYER_PATH environment variable. Run the provided install_layer.bat as Administrator to register the ripper as an official Vulkan layer. This allows the tool to attach before the game initializes the swapchain.config.ini generated on first run to adjust these.