Build a Secure Android Pentesting Lab on Kali Linux

Smartphones have become essential daily tools, making them attractive targets for attackers; this tutorial shows how to set up a controlled Android pentesting lab using Kali Linux.

Step 1: Prepare the Terminal

Install Kali Linux on your machine and open a terminal session.

Step 2: Install Required 32‑bit Libraries

Run the following command to add the necessary libraries for Android emulation:

apt-get install lib32stdc++6 lib32ncurses5 lib32z1

Step 3: Install the Android SDK

Download the Android SDK (Linux package) from the official Android developer site using the browser bundled with Kali, then extract it either via the graphical tool or the command line.

Step 4: Navigate to the SDK Tools Directory

Change to the tools folder inside the SDK:

cd /android-pentest-framework/sdk/tools

Step 5: Use the AVD Manager to Create Virtual Devices

Open the Android Virtual Device Manager (Tools → Manage AVDs) and create two devices:

Android 4.3 (API 18) named Android4.3

Android 2.2 (API 8) named Android2.2

Choose the Nexus 4 skin, enable "Skin with dynamic hardware controls", and set the SD‑card size to 100 MiB.

Step 6: Launch the Emulators

Select each virtual device and click Start . The emulator will boot and display a UI similar to the screenshots.

Step 7: Clone the Smartphone Pentest Framework

Retrieve the framework from GitHub:

git clone https://github.com/georgiaw/Smartphone-Pentest-Framework.git

Step 8: Start Required Services

Activate the web server and MySQL database:

service apache2 start

service mysql start

Step 9: Edit the Framework Configuration

Navigate to the console directory and edit config (e.g., with leafpad config) to set the correct IP address and shell IP address obtained via ifconfig.

Step 10: Launch the Pentest Framework

Run the framework script: ./framework.py The menu interface appears, allowing you to execute various smartphone penetration tests.

Following these steps provides a reproducible, isolated environment for safely exploring how attackers compromise Android devices.