Welcome to the “Android Apps and Devices Hacking For Beginners” course. In this course, you will learn Android Hacking Tips and Ticks.

are you looking to learn how to hack Android applications? If so, you have come to the right place! This set of videos outlines the basic foundations of Android hacking and Tips and Ticks. By the end of this course, you will have an understanding of how to setup a test environment, how to decompile apks, how to detect common types of vulnerabilities. This course is great for anyone looking to learn more about Android application hacking.

I am an experienced security researcher who specializes in Android-based security. My goal in this course is to demonstrate some of the well known Android security flaws, to allow you to detect and patch them in your own applications, and any others you may be testing.

This course is designed for everyone out there who want to learn how to learn ethical hacking in new and fun way with Android devices.

Android development is a software creation process that focuses on applications, better known as apps, that are compatible with devices running the Android operating system (OS). Because Android is an open-source project, developers have easy access to the Android software development kit (SDK). Many use this kit in conjunction with Kotlin, Java, and C++ programming languages to make their apps. The Android SDK tools compile your code along with any data and resource files into an APK, or Android package, which is an archive file that uses an .apk suffix. One APK file contains all Android app contents used by devices to install your app. When the app is complete and ready for release, Android developers can upload their apps to the Google Play Store for users to download. That's way in this course, we also focused on android Hacking, android Hack, hack android, android ethical hacking and android hacking.

Chances are, you’ve heard of Android many times. You may even have an Android smartphone, tablet, watch, or TV. But what is Android? Android is a mobile operating system (OS) that was designed and developed by Google. The Android OS is Linux kernel-based. So, what’s “Linux kernel,” and why is that such an essential detail about Android Development?

In a nutshell, Linux kernel is an OS, well, sort of — it’s partially an OS. More like a small part of an OS, but an important one. The Linux kernel is the layer responsible for interfacing with the device’s hardware and managing the device’s CPU and memory. The Android OS is Linux kernel-based because the Linux kernel allows for a more open and customizable OS, which is what Android promotes — any device manufacturer can take the Android OS and make it their own.

Imagine how bad it would be if, say, resources from application A read information from another application’s files and vice versa with no constraints — malicious, insecure interactions would take hold and bring the whole system to a halt.

The sharing of information (data) between applications is an essential part of building inter-connected applications, so the android OS requires developers to set permissions that users must grant to do certain things. For example, for an application to access the phone’s File System (internal files), the user must give access first. This means the app developer must let the user know, in advance, what the app they are installing wants to access. For example, when a user installs an android app that needs to access the photo gallery or the phone’s camera, the app will ask for permission to access the gallery or the camera. The app user has the power to either grant or deny permission. App permissions in Android ensure the user’s protection from malware and software viruses.




Android is the world's most popular mobile operating system and as a result there are potentially millions of smartphone users at risk of data theft and other cyber attacks. That's way in this course, we only focused on Android hacking.

Mobile phones, tablets, computers and more have become an essential part of our daily life. People using the phones could be hit by bugs that are distributed widely and can be exploited by hackers relatively easily. These devices store critical information that needs to be protected from those who want to access it without our knowledge such as our contact list, passwords, emails etc.

This is where the importance of the mobile phone's security comes into play