Add archived descriptions for Y-Z repositories

Co-authored-by: gmh5225.eth <gmh5225@users.noreply.github.com>
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Cursor Agent
2026-02-25 05:27:41 +00:00
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Phoenix-Valorant-Cheat is an external Valorant cheat project focused on ESP, aimbot, and rage-mode style features.
It is implemented mainly in C++ with a Visual Studio solution and uses OpenGL/GLFW plus ImGui for rendering the on-screen menu and overlay.
The codebase includes offset definitions, vector math utilities, and external memory-interaction logic commonly used in Windows game hacking tools.
Its primary use case is game security research and experimentation with external cheat architecture for Riot's shooter environment.
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nigusFN is a Fortnite external cheat source that recreates the nigusFN-style interface and feature set.
The project is written in C++ for Windows and uses DirectX9 and ImGui for menu rendering, with additional driver and utility components.
Its structure includes item definitions, configuration headers, and menu logic typically used in external cheat frameworks.
The repository is mainly useful for game security researchers studying external cheat UI design and EAC-oriented tooling workflows.
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ue4_base is a C++ Unreal Engine 4 cheat base that provides reusable SDK wrappers and hook infrastructure.
It hooks UE4 rendering paths such as PostRender with MinHook and exposes helpers for world, actor, and canvas interactions.
The code uses libraries like lazy_importer and xorstr, and demonstrates world-to-screen drawing of in-game actors.
Its main use case is game security research and rapid prototyping of external or internal UE4 analysis tools.
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fastDbg is a high-speed x64 ELF debugger implemented in Go for Linux environments.
It supports breakpoint management, memory inspection, register operations, disassembly, and ptrace-based process control from a command interface.
The project also includes eBPF tracing support and QEMU-related modules for advanced low-level analysis workflows.
Its primary audience is reverse engineers and security researchers who need a lightweight but feature-rich debugging toolchain.
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YimMenu is now a documentation-focused repository for Lua scripting interfaces and support features related to the menu ecosystem.
The original source code was removed, and the remaining content centers on Lua API references, command documentation, and utility guides.
It includes practical setup instructions for services such as LibreTranslate used by the chat translation feature.
The repository is most useful for script developers and users maintaining Lua-based extensions rather than core menu development.
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Florida is an automation project that patches upstream Frida and builds an anti-detection variant of frida-server for Android.
It contains patch sets that modify recognizable Frida strings, symbols, and artifact naming to reduce straightforward detection signatures.
The repository focuses on scripted patch application and reproducible build workflows around Frida core components.
Its main use case is mobile reverse-engineering research where analysts test anti-instrumentation and anti-detection techniques.
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hardware-breakpoint is a Linux kernel project for ARM64 that implements configurable hardware breakpoints through exported APIs and proc interfaces.
It supports adding and removing execution or watch breakpoints by symbol or address, listing active breakpoints, and collecting trigger statistics.
The project also provides utilities to resolve symbol values and map physical IO addresses to related virtual mappings.
Its primary use case is kernel-level debugging and security research on Android or embedded systems that require fine-grained runtime monitoring.
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Anti-Debugger-Protector-Loader is a Windows C++ anti-debugging and protection example project.
It continuously scans for debugger executables, window titles, and related drivers, and includes multiple debugger-detection checks with optional automatic termination behavior.
The implementation includes configurable scan intervals and optional protection actions, along with VMProtect SDK integration artifacts.
Its main audience is software protection and game security researchers studying practical anti-debugging patterns.
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Rust-Auto-Weapon-Detection-OpenCV-Example is a sample project that demonstrates automatic weapon detection for Rust using OpenCV.
It is written in C++ and includes Visual Studio project files, image assets, and code for color filtering and weapon index mapping.
The implementation shows a basic computer-vision pipeline for screen-based state recognition rather than direct game memory manipulation.
Its primary use case is educational experimentation with CV-assisted game automation and telemetry tooling.
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Dwm-Overlay is a Windows C++ overlay framework that combines DWM/DirectX rendering with an ImGui-based interface.
The project includes low-level hook components, including assembly stubs for dispatch interception and present-path handling.
Its code structure provides a minimal base for external overlay drawing, UI widgets, and runtime hook integration.
The primary use case is graphics-hooking research and prototyping overlay tooling in game security contexts.
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gzdoom is a modder-friendly source port of the classic Doom engine with modern OpenGL and Vulkan rendering support.
The codebase is primarily C and C++, spans many engine subsystems, and is distributed under GPLv3 with active community maintenance.
It provides tooling and infrastructure for gameplay extensions, content mods, scripting, and cross-platform engine development.
Its core use case is open-source game engine and modding work, and it is relevant to researchers analyzing real-world game runtime architecture.
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Overwatch-2-TOPE-EXTERNAL-CHEAT is a C++ external cheat framework targeting Overwatch 2.
It includes configurable aimbot and visual overlay functionality, with ImGui rendering helpers and numerous gameplay tuning options.
The project also provides memory access utilities, pattern-scanning routines, offsets, and Windows input handling in a Visual Studio setup.
Its primary audience is game security researchers examining external cheat design and reverse-engineering workflows.
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bloodhunt_External is a C++ external cheat project for Bloodhunt built as a Visual Studio solution.
It combines an ImGui and DirectX9 overlay layer with memory-access helpers, offsets, and configuration headers for runtime targeting.
The repository also includes mhyprot-related driver utility components that support low-level process interaction patterns used by external tools.
Its primary use case is game security research into external cheat architecture and anti-cheat evasion-oriented implementation details.
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CS2-External is a Counter-Strike 2 external cheat project implemented in C#.
It emphasizes a read-only memory model with overlay drawing and includes helper modules for entities, offsets, view matrices, and runtime cheat logic.
The solution also contains authentication and subscription handling components alongside the core gameplay feature code.
Its intended use case is educational exploration of external game memory analysis and overlay-based tooling for CS2.
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UE4Injector is a proof-of-concept C++ injector that demonstrates an Unreal Engine 4 vulnerability for loading shellcode or DLL payloads into target game processes.
It ships as a Visual Studio project with command-line usage patterns, build guidance, and practical notes about privilege requirements and deployment.
The repository documents how the injection workflow works and frames the code as legacy research that may still affect unpatched UE4 titles.
Its main use case is security research into UE4 process-injection vectors and their anti-cheat implications.