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Android Penetration Testing
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  • 🕵️‍♂️OWASP Mobile Top 10
    • OWASP Mobile Top 10 2014
    • OWASP Mobile Top 10 2016
    • OWASP Mobile Top 10 2023
      • Insecure Authentication/Authorization
      • Insecure Communication
      • Inadequate Supply Chain Security
      • Inadequate Privacy Controls
      • Insufficient Input/Output Validation
      • Security Misconfiguration
      • Insufficient Cryptography
      • Insecure Data Storage
      • Insufficient Binary Protections
  • "Let's Dive into the Theory"
  • 😍Theory of Android Penetration Testing
    • 👑Basic - Advance
    • 💥Professional - Expert
    • 🟧Types of Mobile Applications
    • 🟣Android Architecture
    • 🟦Android Show
    • 🚀Secrets of Android App Creation
    • ♦️Android's Data Treasure Chests
    • 🛑Mysterious .apk File:
    • 🏹Android Pentesting with Cutting-Edge Tools
    • ⬛Android File System
  • "Let's Dive into the Practical"
  • 😇Vulnerable Android Application with Practical.
    • 😉InsecureShop
      • 😁Vulnerability #1: Insecure Logging
      • 😂Vulnerability #2: Hardcoded Credentials
      • 😆Vulnerability #3: Insecure Data Storage
      • 🤣Vulnerability #4: Lack of SSL Certificate Validation
      • 😍Vulnerability #5: Insufficient URL Validation
      • 😄Vulnerability #6: Weak Host Validation
      • 😘Vulnerability #7: AWS Cognito Misconfiguration
      • 😃Vulnerability #8: Insecure Broadcast Receiver
      • 😛Vulnerability #9: Use of Implicit intent to send a broadcast with sensitive data
      • 😎Vulnerability #10: Using Components with Known Vulnerabilities
      • 😜Vulnerability #11: Intent Redirection (Access to Protected Components)
      • 😂Vulnerability #12: Insecure Webview Properties Enabled
      • 😆Vulnerability #13: Intercepting Implicit intent to load arbitrary URL
      • 🙃Vulnerability #14: Insecure Content Provider
      • 🥰Reading Material
  • "Let's Dive into the Interview Questions"
  • 😎Important Interview Questions for Android Application Penetration Testing.
    • 🥇Part - 1
    • 🥈Part - 2
    • 🥉Part - 3
    • 🏅Part - 4
    • 🎖️Part - 5
  • 😘Notes
    • Tools to use
    • Important Reports from Hackerone
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  1. Theory of Android Penetration Testing

Android File System

Exploring the Android File System: Unveiling Digital Corridors

Much like a labyrinthine maze, the Android File System is a structured collection of directories and files, each housing a unique aspect of the device's functionality. As we venture through these digital corridors, we encounter key folders that hold the essence of Android's inner workings:

  1. /boot: Our journey begins at the boot, where essential bootable files, including the Android kernel and ramdisk, reside. These files kickstart the device's operation, breathing life into the Android system.

  2. /system: Delving deeper, we enter the heart of Android—the /system directory. Here, the entire Android operating system resides, along with pre-installed system applications tucked away in /system/app. This is where the core functions and apps harmonize to create the Android experience.

  3. /recovery: In the /recovery corridor, a backup sanctuary awaits. It offers an alternate boot option in times of need, safeguarding the system's integrity and providing a path to recovery.

  4. /cache: Strolling along, we find the /cache directory, a repository of frequently accessed app data and components. This dynamic space ensures swift access to resources, enhancing the device's performance.

  5. /misc: Venturing into the /misc area, we uncover a trove of miscellaneous system settings. These hidden configurations fine-tune the Android engine, ensuring optimal functionality.

  6. /sdcard: Our exploration leads to the expansive /sdcard realm—a user's haven. This space is available for users to store their files, documents, media, and cherished memories.

  7. /data: As we reach the core of our journey, we encounter the /data directory—a treasure trove of user and app data. It contains the essence of apps, preferences, settings, and user-generated content that make each device unique.

    • /data/data: Within this enclave, individual apps store their private data, offering a glimpse into the digital lives of users.

    • /data/app: Here, we find the APKs—application packages—housing the installable app files that bring functionality to devices.

    • /data/system: In this chamber, vital system files like gesture.key and password.key are safeguarded, ensuring security and authentication.

    • /data/local/tmp: This writable haven hosts temporary files, allowing apps to fulfill their tasks and ensuring smooth operations.

Peering into these digital corridors, Android Pentesters uncover vulnerabilities, analyze file structures, and scrutinize data storage practices. This exploration helps ensure the security and integrity of Android devices, making the hidden corridors a testament to the intricate balance between functionality and protection in the Android universe.

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Last updated 1 year ago

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