#python #bypass #certificate_pinning #frida #ios #ssl_pinning

https://github.com/kov4l3nko/MEDUZA

#rust #afl #afl_fuzz #aflplusplus #binary_only #coverage_guided #frida #fuzzing

https://github.com/AFLplusplus/LibAFL

#python #dotnet_assembly #dump #frida #malware_analysis #malware_unpacker #portable_executable #scylla #themida #unpacker #windows #winlicense

https://github.com/ergrelet/unlicense

#shell #adb #automation #bash #bash_script #burpsuite #frida #jadax #mirror #proxy #proxydroid #proxytoggle #screen #toggle

https://github.com/raoshaab/Pen-Andro

#python #android #android_malware #dynamic_analysis #frida #frida_scripts #frida_snippets #malware #medusa #penetration_testing #pentest

MEDUSA is a powerful tool that helps you analyze and automate processes for Android and iOS apps. It has many modules that can monitor various app activities like intents, HTTP communications, database interactions, and more. You can use MEDUSA to bypass security measures like SSL pinning, monitor malware activities, and even translate app UIs. To use it, you need to install it on Linux or macOS, set up the necessary tools like FRIDA and adb, and then run the scripts to start monitoring. This tool makes it easier to understand and analyze how apps work, which is very useful for security testing and debugging.

https://github.com/Ch0pin/medusa

#python #adb #agents #ai #android #appium #automation #dynamic_analysis #frida #magisk #mcp #mcp_server #mobile_security #pentesting #remote_control #reverse_engineering #security #uiautomation #uiautomator2 #workflow #xposed

FIRERPA is a powerful Android automation tool that runs on-device with root access, works on versions 6.0 to 16, and offers low-latency remote desktop, 160+ APIs, Python SDK, and AI integration for tasks like testing, data collection, and forensics. It needs no extra setup, stays stable for large-scale use, and beats other tools in compatibility. You benefit by automating mobile tasks quickly, saving time on development and monitoring, with easy visual control for reliable results.

https://github.com/firerpa/lamda