Add 15 repository descriptions from archived snapshots

Co-authored-by: gmh5225.eth <gmh5225@users.noreply.github.com>
2026-06-21 13:56:22 +00:00 · 2026-02-25 03:12:09 +00:00
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+This project is a cross-platform C++ tutorial codebase for building a 3D game and engine systems with OpenGL. It demonstrates platform-specific window setup on Windows, macOS, and Linux using Win32, Cocoa, and X11, then builds core rendering pieces such as VAO, shaders, and UBO workflows. The repository also includes foundational game subsystems like entity management and input handling as part of a step-by-step learning path. It is primarily aimed at beginners and intermediate developers learning practical game programming and graphics-engine architecture from scratch.
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+This project provides a bootable Linux environment focused on secure disk erasure. It bundles nwipe with multiple sanitization methods such as DoD patterns, Gutmann passes, PRNG streams, and verification modes, and supports wiping multiple drives. The system is built with Buildroot and distributed as BIOS/UEFI-capable IMG and ISO images for both 64-bit and 32-bit hardware, with optional certificates and logs for wipe records. It is mainly used by security, forensics, and IT operations teams that need reliable media sanitization before reuse or disposal.
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+This project is a YOLO-based real-time aim-assist framework for FPS games that analyzes screen captures and drives automated aiming behavior. It is mainly written in Python and integrates Ultralytics inference with support for multiple model formats, including PyTorch weights, TensorRT engine files, and ONNX-based workflows. The codebase includes configurable aiming and trigger settings, multi-process capture and inference pipelines, and several input control backends such as Win32, Logitech DLL control, and kmNet. Its primary use case is game-security and cheat research around computer-vision-assisted targeting systems.
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+This project is a real-time renderer focused on dynamic global illumination experiments. It is implemented in Rust and can run as a standalone renderer through wgpu or as an integrated component within Bevy-based projects. The rendering work emphasizes modern sampling and lighting ideas such as ReSTIR and targets usable performance on consumer GPUs, including systems without dedicated ray-tracing cores. It is mainly aimed at graphics programmers and engine researchers prototyping advanced real-time lighting techniques.
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+This project is a compact C++ anti-analysis toolkit intended to reduce the effectiveness of runtime inspection. It offers modules such as string obfuscation, anti-step-over logic, software and hardware breakpoint checks, .text integrity checks, return-address manipulation, and system DLL unhooking. The components are designed to be integrated selectively into existing codebases with minimal friction. It is primarily used in offensive security research and anti-tamper experimentation where evasion of dynamic analysis is being studied.
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+This project is a Windows anti-forensics utility for post-exploitation trace reduction. It includes capabilities such as file shredding, event-log and prefetch suppression, USN journal handling, timestamp-related cleanup, and removal of multiple shell and cache artifacts. The implementation is primarily in C++ with direct Windows API interaction and also includes options to clear defender quarantine artifacts and perform file self-removal behaviors. It is mainly intended for red-team simulation and defensive validation of incident response and forensic workflows.
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+This project is a desktop tool for exploring, extracting, and exporting Unity assets and AssetBundles. It is primarily written in C# and supports a wide range of Unity versions and asset types, including textures, audio, fonts, meshes, shaders, and animation-related data. The tool can decompress bundles, inspect scene hierarchies, and export data into practical formats such as images, OBJ, JSON, and FBX-related outputs. It is commonly used by reverse engineers, modders, and game-security analysts who need to inspect Unity game content.
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+This project is a reverse-engineering utility for Unity IL2CPP binaries and metadata files. It is implemented in C# and supports multiple executable formats, including ELF, Mach-O, PE, NSO, and WASM across a broad range of Unity versions. The tool can reconstruct dummy DLL metadata and generate helper outputs for IDA, Ghidra, and Binary Ninja, along with structure headers for deeper analysis. Its primary use case is Unity game reverse engineering, static analysis, and protection research.
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+This project is an Android runtime dumping module that extracts IL2CPP data using Zygisk. It combines native C/C++ components with Android build tooling to inject into target apps and collect runtime metadata that may be protected in static files. By dumping after load time, it can bypass certain encryption, obfuscation, and packing defenses used in mobile Unity titles. It is mainly used in mobile game reverse engineering and security research workflows.
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+This project is an open-source standalone implementation of the Zygisk API stack for rooted Android environments. It is rewritten largely in C and focuses on a cleaner architecture, lighter binaries, and compatibility across Magisk, KernelSU, and APatch-based setups. The repository includes module packaging, dependency integration, and operational tooling designed for stable process injection and runtime hooks on modern Android systems. Its main audience is Android security researchers and module developers who need a transparent Zygisk-compatible runtime layer.
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+This project is a minimal proof of concept for x64 return-address spoofing implemented through an exception-handler flow. The C++ example demonstrates how a spoofed call path can be built and chained with gadgets while documenting practical tradeoffs. It highlights both the convenience and the calling-convention constraints that affect reliability and performance. The code is mainly useful for low-level control-flow research in anti-cheat evasion and offensive tooling experiments.
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+This project is a minimal x64 return-address spoofing implementation that avoids exception-handler usage. It combines C++ and assembly stubs to set and use fake return targets with very low overhead in simple call redirection scenarios. The repository documents assumptions around preserved nonvolatile registers in the Windows x64 calling convention. It is primarily used for stealth call-flow manipulation research in reverse engineering and cheat-development contexts.
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+This project is a user-mode proof of concept for testing whether a virtual address would fault before directly dereferencing it. It relies on AVX2 VPGATHER instruction behavior plus vectored exception handling to infer address accessibility with reduced side effects on target memory state. The implementation includes initialization checks for CPU support and a simple API for repeated address-validity probes. It is mainly relevant to stealth memory probing in reverse engineering, anti-cheat bypass, and low-level security research.
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+This project is a community engine extension that adds features and fixes to Command and Conquer Yuri's Revenge. It is a large C++ codebase built around modified YRpp components and Syringe-based injection to extend game behavior without replacing the original game executable architecture. The repository provides extensive documentation and release channels for stable, development, and nightly builds used by mod projects. Its main use case is advanced RTS mod development and engine-level behavior customization.
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+This project is an external Windows cheat framework built around memory reading and overlay rendering for an Unreal Engine shooter. The C++ implementation uses DirectX9 and ImGui to provide ESP visuals, configurable aimbot behavior, and recoil-related modifications through runtime memory access. It includes hardcoded game offsets, actor caching logic, and on-screen menu controls for feature toggling and tuning. The repository is mainly used for cheat prototyping and anti-cheat evasion research.
				`@@ -0,0 +1 @@`
				This project is a cross-platform C++ tutorial codebase for building a 3D game and engine systems with OpenGL. It demonstrates platform-specific window setup on Windows, macOS, and Linux using Win32, Cocoa, and X11, then builds core rendering pieces such as VAO, shaders, and UBO workflows. The repository also includes foundational game subsystems like entity management and input handling as part of a step-by-step learning path. It is primarily aimed at beginners and intermediate developers learning practical game programming and graphics-engine architecture from scratch.
				`@@ -0,0 +1 @@`
				This project provides a bootable Linux environment focused on secure disk erasure. It bundles nwipe with multiple sanitization methods such as DoD patterns, Gutmann passes, PRNG streams, and verification modes, and supports wiping multiple drives. The system is built with Buildroot and distributed as BIOS/UEFI-capable IMG and ISO images for both 64-bit and 32-bit hardware, with optional certificates and logs for wipe records. It is mainly used by security, forensics, and IT operations teams that need reliable media sanitization before reuse or disposal.
				`@@ -0,0 +1 @@`
				This project is a YOLO-based real-time aim-assist framework for FPS games that analyzes screen captures and drives automated aiming behavior. It is mainly written in Python and integrates Ultralytics inference with support for multiple model formats, including PyTorch weights, TensorRT engine files, and ONNX-based workflows. The codebase includes configurable aiming and trigger settings, multi-process capture and inference pipelines, and several input control backends such as Win32, Logitech DLL control, and kmNet. Its primary use case is game-security and cheat research around computer-vision-assisted targeting systems.
				`@@ -0,0 +1 @@`
				This project is a real-time renderer focused on dynamic global illumination experiments. It is implemented in Rust and can run as a standalone renderer through wgpu or as an integrated component within Bevy-based projects. The rendering work emphasizes modern sampling and lighting ideas such as ReSTIR and targets usable performance on consumer GPUs, including systems without dedicated ray-tracing cores. It is mainly aimed at graphics programmers and engine researchers prototyping advanced real-time lighting techniques.
				`@@ -0,0 +1 @@`
				This project is a compact C++ anti-analysis toolkit intended to reduce the effectiveness of runtime inspection. It offers modules such as string obfuscation, anti-step-over logic, software and hardware breakpoint checks, .text integrity checks, return-address manipulation, and system DLL unhooking. The components are designed to be integrated selectively into existing codebases with minimal friction. It is primarily used in offensive security research and anti-tamper experimentation where evasion of dynamic analysis is being studied.
				`@@ -0,0 +1 @@`
				This project is a Windows anti-forensics utility for post-exploitation trace reduction. It includes capabilities such as file shredding, event-log and prefetch suppression, USN journal handling, timestamp-related cleanup, and removal of multiple shell and cache artifacts. The implementation is primarily in C++ with direct Windows API interaction and also includes options to clear defender quarantine artifacts and perform file self-removal behaviors. It is mainly intended for red-team simulation and defensive validation of incident response and forensic workflows.
				`@@ -0,0 +1 @@`
				This project is a desktop tool for exploring, extracting, and exporting Unity assets and AssetBundles. It is primarily written in C# and supports a wide range of Unity versions and asset types, including textures, audio, fonts, meshes, shaders, and animation-related data. The tool can decompress bundles, inspect scene hierarchies, and export data into practical formats such as images, OBJ, JSON, and FBX-related outputs. It is commonly used by reverse engineers, modders, and game-security analysts who need to inspect Unity game content.
				`@@ -0,0 +1 @@`
				`This project is a reverse-engineering utility for Unity IL2CPP binaries and metadata files. It is implemented in C# and supports multiple executable formats, including ELF, Mach-O, PE, NSO, and WASM across a broad range of Unity versions. The tool can reconstruct dummy DLL metadata and generate helper outputs for IDA, Ghidra, and Binary Ninja, along with structure headers for deeper analysis. Its primary use case is Unity game reverse engineering, static analysis, and protection research.`
				`@@ -0,0 +1 @@`
				`This project is an Android runtime dumping module that extracts IL2CPP data using Zygisk. It combines native C/C++ components with Android build tooling to inject into target apps and collect runtime metadata that may be protected in static files. By dumping after load time, it can bypass certain encryption, obfuscation, and packing defenses used in mobile Unity titles. It is mainly used in mobile game reverse engineering and security research workflows.`
				`@@ -0,0 +1 @@`
				This project is an open-source standalone implementation of the Zygisk API stack for rooted Android environments. It is rewritten largely in C and focuses on a cleaner architecture, lighter binaries, and compatibility across Magisk, KernelSU, and APatch-based setups. The repository includes module packaging, dependency integration, and operational tooling designed for stable process injection and runtime hooks on modern Android systems. Its main audience is Android security researchers and module developers who need a transparent Zygisk-compatible runtime layer.