
Termux for pentesters and ethical hackers introduces using Termux as a Linux-like command line on Android, with no root required, enabling commands, programming (C/C++, Python, Ruby), and penetration testing tools.
Install termux on your android phone from google play and open the command line interface. Use captioned commands to search, install, upgrade packages, and manage sessions.
Learn the basics of Termux commands, including clear, pwd, mkdir, touch, echo, cat, mv, and cp, to navigate directories and prepare files for penetration testing.
Update and upgrade Termux with apt update and apt upgrade, then install packages with apt install and verify the environment with a test package, preparing for Termux API exploration.
Install Termux API and discover how it can control sensors on an Android phone to enhance penetration testing from the terminal.
Explore using the termux api to access android sensors from the terminal, including battery status, brightness, and camera details, and learn how to capture photos and manage permissions.
Learn to use the termux location command to access GPS and network locations, view last or updated coordinates, altitude, accuracy, and the provider.
Retrieve android device information in termux by listing sensors with -L and retrieving details such as operator and serial data for practical penetration testing.
Learn to use termux text editors vim and nano to create, edit, and save files; insert with i after escape, then exit or save.
Install and run the Apache web server on Termux, start the service, and access local network pages via the device IP to view the default site and index.html.
Install programming languages in termux to run information-gathering scripts for penetration testing, including python 3.9.2, python 2.7.18, php 8.0.2, ruby 3.0.0, c/c++, and git to clone scripts from GitHub.
Install and use nmap on termux to run basic scans, discover live hosts, and identify open ports and services while fixing the 24 bits of the IP and scanning 0–255.
Compare TCP's three-way handshake and UDP's connectionless model within the seven-layer OSI transport context, and link data communication to scanners and map-based testing workflows.
This lecture introduces Nmap scan types, showing how to scan an IP or range, scan the top thousand ports, and perform version and OS detection.
Discover how to use the OWScan tool for information gathering on web applications and servers in Termux, including installation, dependencies, and collecting IP, geolocation, link grabber, open ports, traceroute data.
Master HTTrack to clone any website onto your local machine for offline testing and passive information gathering. Learn to install HTTrack, choose clone options, and locate downloaded site data.
Install and run the nslookup tool to resolve domain names into IP addresses for information gathering in interactive and non-interactive modes across Windows, Kali, and Termux.
In this video, you learn to install the DarkFly tool from GetUp!, grant executable permissions, run it in termux, view the tool list, and install nmap via option 34.
install and run Red Hawk in Termux to perform basic recon and information gathering with permission, collecting the site title, IP address, and Apache server details for the tagging phase.
Install and use a web application firewall detection tool to identify the firewall on a target site, aiding information gathering for penetration testing.
Discover how to customize the termux screen by installing packages, updating and upgrading, deleting and modifying files, and editing the bash startup file to display your chosen text on startup.
Explore the termux text to speech api tool, install the api, and use the single available engine, the Google text to speech converter, to convert text to speech.
Learn to update termux, install a theming tool, clone the package, and customize theme, color, and font size by selecting options in the terminal.
install and run the gloc clock in termux, using -s for seconds and -X for broader formats, and -S for a screensaver mode; explore utc time options.
install the Kalsi package in Termux to display multiple shapes and characters on the terminal startup, using simple options to customize the welcome screen.
Discover a small but powerful Termux tool that displays a directory structure of folders and files. Install it, type 3, and view the entire directory map in one go.
Learn to record and replay terminal activity in termux by installing a recording package, starting a session, saving to a file, and playing back the commands for tutorials.
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Termux is a command line interface for android phone. We will cover all basic topics in Termux starting with installation of Termux on android phone. There is no prerequisite for this course you only need to have your normal android phone.
Termux is a CLI interface for your android phone and you can do all the things on Termux which you can do on your normal Linux based computer.
There is NO Root user requirement to run Termux you can use Termux like other applications on your android phone. We will see the basics of Termux and install all the prerequisite tools on Termux then we will look Termux API and how to control android phone sensors using Termux API. We will look GPS Location API, how to use Camera in Termux, how to get Device information in Termux etc.
After that we will cover some networking concepts on Termux. We will look Nmap in Termux and look basic Scanning Commands on Nmap and in Termux. Then we will look at some important penetration testing tools on Termux.
We will also look some other important tools such as Screen Recording in Termux, Directory Structure of Termux, Text to Speech API in Termux, at the end will see some fun and useful tools on Termux.
Disclaimer:
This course is intended strictly for educational and ethical cybersecurity research purposes. All demonstrations are performed in controlled laboratory environments on systems owned by the instructor or authorized for testing. The techniques shown are designed to help security professionals understand vulnerabilities and improve defensive security measures. Students are expected to follow all applicable laws and perform security testing only on systems they own or have explicit permission to test.