Android Security
Showing 36 of 72 projects
Android app protector using second-generation hardening technology to load encrypted dex files from memory dynamically.
A static analysis tool for Android applications that detects security vulnerabilities through inter-procedure and intra-procedure analysis.
A Python-based framework for fuzzing Android's Stagefright media engine to discover security vulnerabilities.
A configurable sandbox for dynamic analysis of Android malware using Frida hooks to bypass anti-emulation techniques.
A fuzzing tool for discovering vulnerabilities in Android native system services through automated interface analysis and testing.
An intentionally vulnerable Android shopping app built in Kotlin for security education and penetration testing practice.
A Django web application for static security analysis (SAST) and malware detection in Android APKs.
A Python tool for automating Android device security hardening, malware detection, and privacy protection via ADB.
Loadable kernel modules for Android reversing and debugging on controlled systems and emulators.
A framework for exploiting Android devices and applications for security testing and vulnerability assessment.
A low-interaction honeypot that mimics Android Debug Bridge (ADB) over TCP/IP to capture malware targeting exposed port 5555.
A Python-based GUI tool for analyzing Android applications locally, including decompilation, logcat monitoring, and security testing.
An archive of Android security presentations and whitepapers from conferences with preserved references.
A machine learning tool for quantitative risk analysis of Android apps by analyzing declared and actual permission usage.
A Cydia Substrate tool that makes all Android applications debuggable on rooted devices.
A web-based tool for browsing mobile app sandboxes and previewing SQLite databases, images, and other files.
A custom platform for hosting controlled, realistic Android mobile hacking challenges in CTF competitions.
A pre-configured Ubuntu-based virtual machine for mobile application security testing and malware analysis.
A Python tool using Frida to monitor selected APIs in Android apps during execution, capturing calls, parameters, and return values.
Android security testing tool that bypasses signature and permission checks for inter-process communications.
A Python-based toolkit that automates Android penetration testing workflows by bundling and managing essential security tools.
A tool for fast detection of repackaged Android applications by comparing resource file digests from APK signatures.
A vulnerable Android application demonstrating common security flaws for educational purposes.
An Android port of the Radamsa fuzzer for security testing on Android devices.
A utility for comparing control flow graph signatures to Android method CFGs, designed for malware scanning.
A Windows application for analyzing Android APK files to detect security risks, malware signatures, and Remote Access Trojan (RAT) payloads.
A port of Linux auditd to Android, providing system call auditing capabilities for rooted Android devices with custom kernels.
A Docker image for running AndroGuard, a Python tool for Android application analysis.
A universal and automated unpacking system for Android applications, supporting both Dalvik and ART runtimes.
A tool that detects and removes specific malicious behaviors from Android malware while keeping the binary functional for analysis.
Enforces security policies on Android apps through bytecode rewriting and an in-place reference monitor.
An adaptive unpacking tool for tracking packing behaviors and unpacking Android packed/hardened applications.
A system combining static and dynamic analysis to reveal hidden behavior in Android apps using dynamic code updates.
An anti-repackaging tool for Android apps that embeds logic bombs and anti-tampering detection nodes directly into APK files.
Extracts physical memory from Android devices without requiring kernel source code or LKM support.
An anti-forensic framework for Android that encrypts app data and executes entirely within a cryptographically secured RAM layer.
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