Download Android App Hacking - Black Belt Edition

What you would learn in Android App Hacking - Black Belt Edition course?

In this course, you'll discover everything there is to know about Android app hacking. This course will teach you ethical guidelines and allows you to become the best professional in your business when it comes to app security. We will learn about the most complex attacks in the funniest way possible: hacking into mobile games.

Legal note:

The game we're going to play is licensed under GNU GPL, which means we can modify the game in this manner. Hacking applications without permission from the creator is strictly prohibited! The lessons you will learn are connected to research on security. I will teach you everything ethically and legally.

Course Structure:

Within the installation section, we will look at various smartphone settings with their strengths and weaknesses. When we unlock our smartphones, we utilize certain features to begin hacking our very first apps. We will be taught how to analyze low-energy bluetooth connections and become familiar with Android Debug Bridge (ADB). Android Debug Bridge (ADB).

The next step is the android structure of the app. This is where we get a solid understanding of the main elements of an android application. We will study the AndroidManifest.xml and find out how to exploit these activities that are broadcast, as well as the content provider. We will develop small applications to use SQL injections and path traversals.

Afterward, we take a deep dive into reverse engineering. We will be taught how to decompile an Android application and reconstruct the Java code. We will look at various decompilers and build flow- and call graphs to tackle complicated applications. Then, a great application is ready for us to test all the lessons we've learned thus far.

Then, we get the best part of this course The chapter on SMALI. Chapter. The SMALI language is similar to an assembly language used in the android app and grants users unlimited power when hacking the system. We test our abilities by altering our mobile game so that it can have unlimited lives, disappear, or be invincible. We can add multiple player shots, alter the firing rate, and many others.

In the man-in-the-middle chapter, we will discover how to analyze the traffic on the network of a mobile application. We will be able to gain a better understanding of HTTPS and the methods to analyze the connections. We will understand the process of pinning certificates and how to bypass various types.

The other thing that's lacking is FRIDA, which is an incredible framework that allows modifications to runtime within apps. We will connect to it to use the random number generator (PRNG) to modify an application that uses dice. We will discover how to look through the memory for specific instances and communicate with the app's UI threads. We will develop new objects and then practice the entire process by creating our trainer for a game application. The highlight will be studying a c native function using Ghidra and modifying and manipulating the function using FRIDA.

After you have completed all these chapters, you'll be the most expert in Android app security for your business. What are you waiting for? :)

Course Content:

• A deep understanding of the Android structure of the app
• How can you exploit activities, BroadcastReceiver as well as ContentProvider (SQL injection and Path Traversal)
• Through the use of bypassing rooting Detection (SMALI as well as FRIDA)
• Bypassing Certificate Pins (SMALI as well as FRIDA)
• A man-in-the-middle attack
• Making changes to the network traffic of mobile apps
• Making calls- and flow graphs that reverse engineer powerful obfuscated applications
• The manipulation of Java or C/C++ techniques (FRIDA and the SMALI)
• Reading-Writing-SMALI code
• Injecting personal (custom) program code into existing software
• Understanding of the Android permission model
• Editing games (infinite lives high score, invisible or invincible) writing an instructional program
• Bluetooth low energy connection that is amplification
• Different encryption types (e.g., AES)
• Legal and ethical rules

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