Awesome GitHub RepositoriesRuntime Memory Manipulation

VirtualApp is an Android application virtualization engine and user-space sandbox that enables the execution of applications within an isolated environment. It allows for the running of multiple independent instances of the same application on a single device and supports private application installation without requiring system-level root access. The project features a comprehensive hooking framework for intercepting Java and native layer functions to modify application behavior. It includes tools for hardware simulation to spoof device models and system information, as well as a non-root pr

Objection is a dynamic instrumentation framework and runtime exploration toolkit for mobile application security analysis. It provides a command-line interface to interact with the memory and state of iOS and Android applications during active execution, serving as a toolkit for runtime analysis and security testing. The project distinguishes itself by providing specialized capabilities to bypass common mobile security controls, including SSL pinning, biometric authentication, and root or jailbreak detection. It enables the extraction of sensitive credentials and data from secure storage syst

how2heap is an educational resource and technical testbed for learning heap-based vulnerabilities and memory allocator internals. It provides a collection of source code examples and binaries that serve as a laboratory for studying memory corruption techniques specifically targeting the glibc malloc implementation. The project focuses on the development of exploit primitives, such as tcache poisoning and double frees, to redirect program execution. It includes a suite of implementations for bypassing memory protections and manipulating heap metadata to achieve arbitrary memory writes. The fr

GEF is a Python-based extension for GDB that serves as a framework for binary analysis, exploit development, and low-level debugging. It functions as a dynamic analysis extension designed to assist in reverse engineering workflows and malware analysis by enhancing the debugger's ability to inspect process state and memory. The project is distinguished by its specialized heap analysis tools, which allow for the inspection of glibc heap arenas, bins, and chunks to detect memory corruption. It also provides a dedicated toolkit for exploit development, including cyclic pattern generation for offs

Al-Khaser is a research project focused on the development of anti-analysis and evasion techniques to resist reverse engineering. It provides implementations for detecting and evading virtual machines, sandboxes, and debuggers to prevent software analysis. The project implements control flow obfuscation through anti-disassembly methods and utilizes dynamic API resolution to bypass static import tables. It further hinders forensic analysis by manipulating memory headers to prevent process dumps and utilizing remote code injection to execute logic in external processes. The capability surface

Peda est une suite d'outils de sécurité et un framework de développement d'exploits conçus pour l'analyse binaire, l'automatisation de débogueur et l'inspection de la mémoire. Il fonctionne comme un ensemble de scripts Python qui étendent un débogueur pour automatiser l'analyse des fichiers compilés et l'inspection de la mémoire des processus. Le projet fournit des utilitaires spécialisés pour la recherche sur la corruption de mémoire, y compris un utilitaire de génération de payload pour créer des motifs cycliques afin de découvrir les dépassements de tampon (buffer overflows) et un chercheur de gadgets pour localiser les séquences de programmation orientée retour (ROP) au sein des binaires. Il se distingue en offrant un outil de visualisation qui transforme les données brutes des registres, du désassemblage et de la mémoire en texte codé par couleur pour simplifier l'analyse des états du CPU. Le framework couvre un large éventail de capacités, notamment l'analyse de sécurité binaire pour détecter les protections, le scan de mémoire par expression régulière et la capacité de mapper les environnements de processus directement depuis le noyau système. Il inclut également des outils pour modifier les adresses mémoire et générer des templates de shellcode.

OffensiveNim is a red teaming framework and post-exploitation toolkit developed in Nim. It provides a collection of low-level primitives and a Windows API wrapper designed for offensive security operations, including malware development and shellcode loading. The project focuses on evasion and obfuscation through techniques such as API unhooking, direct system calls, and anti-debugging mechanisms. It features diverse payload delivery methods, including reflective binary loading, the execution of .NET assemblies via CLR hosting, and various shellcode injection techniques using fibers, COM obje

PINCE is a dynamic debugger, instruction tracer, and memory scanner designed for the analysis and manipulation of running processes. It functions as a process memory manipulator and editor, allowing for the identification, modification, and monitoring of values within a target application's active memory. The tool distinguishes itself through memory pointer analysis, tracing addresses and offsets to locate static pointers that lead to dynamic data across different sessions. It also enables the execution of internal functions within a running process by manipulating the instruction pointer and