
Explore Crazy Radio variants; 2.0 with NRF 24 Lu one plus chipset works with firmware, while 1.0 is unavailable and PA is recommended, with 2.0 not supported by firmwares.
Learn how unencrypted 2.4GHz wireless keyboards and mice are vulnerable to mouse jacking HID attacks, where a dongle sniffs traffic and injects keystrokes remotely without physical access.
Explore creating HID scripts for Windows targets via a 2.4ghz exploit HID 2.0v, including scripts to change date/time, wallpaper, reboot, and empty the recycle bin on a victim machine.
Install Python 3 and Visual Studio Code on Windows, install PlatformIO, and set up a USB mouse project using GitHub resources to compile, upload, and use the serial monitor.
Explore the RF-nano v3 module—a compact Arduino Nano with nrf24l01, featuring built-in and external antennas, and learn the installation process, required files, and how to run attacks with this device.
Explains a reverse shell attack using Flipper Zero to gain remote access to a victim's machine, including PowerShell execution and memory injection of malicious code.
Wireless Systems are widely used for their convenience, but they often come with hidden vulnerabilities. In "Ethical Hacking Wireless Systems", you will explore the fascinating world of 2.4GHz frequency and master advanced HID (Human Interface Device) attack techniques. This course is designed to provide a comprehensive, hands-on approach to understanding, exploiting, and securing wireless peripherals.
Starting with an introduction to the tools of the trade, including CrazyRadio, RF-NANO, UcMouseJacker, and the Flipper Zero with NRF24, you will learn to configure these devices for powerful HID attacks. From there, we’ll dive into live demonstrations of reverse shell attacks on Windows and Linux systems, showing how vulnerabilities in wireless devices can be exploited in real time.
Through step-by-step modules, you will gain the skills to prepare, configure, and use devices like CrazyRadio for mouse jacking, build your own UcMouseJacker using NRF24L01 and Arduino components, and execute HID exploits with RF-NANO and Flipper Zero. Each section is packed with practical techniques and hands-on exercises, including how to create custom HID scripts for precise attacks and how to execute reverse shell exploits effectively.
Whether you are an ethical hacker, cybersecurity researcher, or wireless security enthusiast, this course provides valuable insights into the mechanics of 2.4GHz wireless communication and its vulnerabilities. By the end of this course, you will have the knowledge to both exploit and secure these devices, making you a skilled professional in HID-based wireless security.
Enroll today and unlock the power of HID 2.0v exploitation to elevate your skills in wireless security!
Disclaimer:
Important: All demonstrations and exercises in this course are conducted in controlled lab environments and are intended strictly for educational and ethical research purposes. Students must adhere to all applicable laws and regulations. Unauthorized interception, transmission, or manipulation of live devices, networks, or signals is strictly prohibited. This course focuses on defensive security, signal analysis, and research-based experimentation only.