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CreditTone/hooker

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5,195 Stars·1,264 Forks·JavaScript·3 Aufrufe

Hooker

Hooker ist ein Toolkit für die dynamische Instrumentierung, Speicheranalyse und Deobfuskierung von Android-Anwendungen. Es fungiert als Reverse-Engineering-Framework, das Frida verwendet, um Skripte in laufende Prozesse zu injizieren, native Aufrufe zu überwachen und ausführbare DEX-Dateien zu extrahieren.

Das Projekt bietet spezialisierte Dienstprogramme zur Umgehung von Sicherheitskontrollen, einschließlich Tools zum Deaktivieren der SSL-Zertifikatsvalidierung und des BoringSSL-Pinnings, um die Abfangung von HTTPS-Verkehr zu ermöglichen. Es enthält Funktionen zur Erkennung von Application-Packing, zum Extrahieren kryptografischer Schlüssel durch Hooking von Verschlüsselungsalgorithmen sowie zur Umgehung von Root- oder Debugging-Umgebungsprüfungen.

Das Framework deckt ein breites Spektrum an Analysefunktionen ab, darunter Speicherscanning zur Erkennung aktiver Komponenten, SOCKS5-Proxy-Konfiguration für das Routing von Netzwerkverkehr und UI-Interaktionsanalyse. Es unterstützt zudem das Sammeln von Geräte-Fingerprints und das Debugging eingebetteter WebViews.

Features

  • Frida-Based Instrumentation - Utilizes Frida to inject JavaScript agents into running Android processes for memory inspection and function interception.
  • Dynamic Instrumentation Hooks - Frida automates the process of inserting scripts into running apps to monitor behavior and generate custom interceptors.
  • Android DEX Dumpers - Frida dumps memory to retrieve executable files from protected or packed Android applications.
  • Android Application Debugging - Provides tools for inspecting the internal state and monitoring UI interactions of running Android apps.
  • Environment Cloaking - Bypasses root detection and debugging checks to allow instrumentation tools to run on protected applications.
  • Binary Memory Dumping - Extracts executable bytecode from application process memory to recover files from packed or obfuscated binaries.
  • Dynamic Process Instrumentation - Provides a framework for injecting scripts into running Android processes to monitor calls and extract DEX files.
  • Call Tracing - Monitors native method registration and execution flows to analyze interactions between high-level and low-level code.
  • Android Application Reverse Engineering - Analyzes Android applications using Frida to inspect internal functions, map memory, and trace native calls.
  • Certificate Pinning Bypasses - Overrides certificate validation methods in system libraries to circumvent SSL pinning and enable traffic interception.
  • Mobile Binary Decryption - Extracts DEX files from packed applications and captures cryptographic keys by hooking encryption algorithms.
  • Environment Detection Bypasses - Frida circumvents detection for root access and debugging tools to ensure applications run normally during reverse engineering.
  • Memory Component Detection - A toolkit for scanning application memory to detect active services and map component addresses.
  • Instrumentation Script Generation - Creates scripts for specific classes or methods using memory analysis to automate stack trace printing.
  • Android Traffic Analysis Tools - Routes application data through SOCKS5 proxies and captures SSL traffic for offline analysis.
  • Automated Hook Generation - Automates the creation of interceptor scripts by analyzing class structures and method signatures in memory.
  • SOCKS5 Traffic Routings - Configures system-level networking to tunnel application traffic through a SOCKS5 proxy for interception and debugging.
  • App Deobfuscation Utilities - Identifies app packing and dumps internal functions to aid in reverse engineering.
  • Runtime Certificate Extractions - Frida extracts client-side certificates as portable files by hooking keystore methods during bidirectional authentication.
  • Packed Executable Warnings - Frida identifies the hardening technology used in a package by analyzing its runtime behavior.
  • Cryptographic Key Interceptions - Frida intercepts standard encryption functions to capture plaintexts, ciphertexts, and cryptographic keys.
  • SSL Traffic Captures - Frida intercepts and saves SSL/TLS traffic into packet capture files for offline analysis.

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Häufig gestellte Fragen

Was macht credittone/hooker?

Hooker ist ein Toolkit für die dynamische Instrumentierung, Speicheranalyse und Deobfuskierung von Android-Anwendungen. Es fungiert als Reverse-Engineering-Framework, das Frida verwendet, um Skripte in laufende Prozesse zu injizieren, native Aufrufe zu überwachen und ausführbare DEX-Dateien zu extrahieren.

Was sind die Hauptfunktionen von credittone/hooker?

Die Hauptfunktionen von credittone/hooker sind: Frida-Based Instrumentation, Dynamic Instrumentation Hooks, Android DEX Dumpers, Android Application Debugging, Environment Cloaking, Binary Memory Dumping, Dynamic Process Instrumentation, Call Tracing.

Welche Open-Source-Alternativen gibt es zu credittone/hooker?

Open-Source-Alternativen zu credittone/hooker sind unter anderem: r0ysue/r0capture — r0capture is a tool for intercepting network traffic from Android applications. It serves as a traffic interceptor,… hluwa/frida-dexdump — frida-dexdump is an Android memory forensics tool that recovers Dalvik Executable (DEX) files from running application… charles2gan/gda-android-reversing-tool — This project is a comprehensive Android reverse engineering suite that functions as a decompiler, bytecode… apklab/apklab — APKLab is an integrated security analysis platform and reverse engineering IDE for Android applications. It provides a… ax/apk.sh — apk.sh is a mobile application patching framework and reverse engineering tool designed to inject custom… androguard/androguard — Reverse engineering and pentesting for Android applications.