
Unlock and root Android devices to install Kali NetHunter, enabling HID payloads and reverse shells, and learn to choose editions and flash recovery for a field-ready toolkit.
Discover Kali Linux NetHunter and its variants: rootless, Lite, full, and Pro, and learn that WiFi injection and HID attacks require a rooted phone and a custom kernel.
Unlock your phone’s bootloader by enabling developer options, OEM unlock, and USB debugging, then use ADB and fastboot commands to install, with a backup and possible data wipe.
Learn to boot a device into fastboot mode, flash a custom recovery, and navigate recovery options such as install, wipe data, backup, restore, and reboot, using adb and fastboot commands.
Update a OnePlus 6 to lineage os 19.1 using a pre-built or Kali Linux NetHunter image, then install via fastboot and recovery to unlock rooted access later.
Learn to extract the boot image from payload.bin using the payload dumper tool on a Linux host, patch it with Magisk, and flash the rooted boot image via fastboot.
Patch and flash a boot image using Magisk and fastboot to root an Android device, verify root status, and enable Magisk modules; next steps include Kali NetHunter installation.
Install Kali NetHunter by selecting the correct image for your device and Android version, create a custom image, flash it with Magisk, and verify the NetHunter boot.
Verify Kali NetHunter installation on a phone using a small Atheros R9 271 WiFi adapter to enable monitor mode, sniff nearby networks, and demonstrate a portable penetration testing setup.
Recover a bricked phone by booting into fastboot mode, connecting to platform-tools, and flashing vendor, vbmeta, system, and boot images from a payload using the dumper tool.
Learn to unbrick a oneplus phone by flashing a chosen android os version with the msm tool, after installing qualcomm drivers and connecting via com port.
Explore Kali Linux NetHunter overview and its four apps: NetHunter app, terminal app, NetHunter store, and NetHunter desktop. Access route manager, customize boot animations, and review settings and backups.
Explore Kali NetHunter services and focus on SSH setup, establishing an SSH session from a desktop, locating the local IP with ifconfig, and performing apt update and apt upgrade.
Learn to create and use custom commands in the NetHunter app to automate repeated terminal tasks, label commands, and send them to Kali or Android for embedded hardware.
Explore Kali NetHunter setup for HID attacks, including configuring USB Arsenal functions and using the Duck Hunter HID app to simulate a fake update on target Windows systems.
Demonstrates a live reverse shell from a phone attacker to a Windows 11 victim, using netcat and HID payloads to execute commands, browse directories, and transfer files.
Explore post-access actions on a reverse shell, including listing local users, computer info, ip tables, and managing processes, services, and basic file creation, reading, and deletion.
Set up a reverse shell environment on kali nethunter by installing the get reverse shell tool, establishing an ssh session, and configuring a netcat listener on port 32768.
Learn how to host a reverse shell script on a local server and deploy it to a victim machine using PowerShell, memory injection, and a covert remote connection.
Use tcp tunneling with ngrok to expose a remote service and deploy a reverse shell via a payload hosted on pastebin and injected into memory.
Explores how remote code delivery via static URLs relates to HID payloads and reverse shell concepts, and emphasizes defensive awareness and threat prevention.
Automate repeating tasks on Kali NetHunter with custom commands and one-click execution. Use ngrok, netcat, and reverse shell commands to streamline remote access workflows.
Demonstrates setting up Kali NetHunter HID payloads and reverse shells, using ngrok and netcat to establish a reverse shell, and validating a war-driving workflow.
Demonstrate custom HID scripts for Windows using Kali NetHunter, emulate rubber ducky payloads, and run PowerShell commands to change date and time, wallpaper, and more.
Explore a Windows reverse shell attack demonstrated with Kali NetHunter, PowerShell, ngrok, and netcat from a mobile device, revealing how an attacker gains remote access and executes commands.
Learn how to craft and deploy custom HID scripts for Linux using Kali NetHunter, automating terminal commands, GUI actions, web launches, wallpaper changes, and file creation.
Explore Linux reverse shell exploits via HID payloads, using Python 3 socket connections, Ngrok for remote access, and simple commands to control a target system.
Set up wireless HID attacks using Bluetooth by configuring an external Bluetooth adapter and a usb-c or micro usb female adapter to connect a HID device to a victim's machine.
Set up Bluetooth arsenal, start dbus and Bluetooth services, connect a victim device as a keyboard, and load HID scripts wirelessly with the Duck Hunter HID app.
Kali NetHunter Ninja: HID payloads and reverse shells highlights bluetooth HID attack limitations, showing long reverse shell scripts require a wired connection, while small scripts can run over bluetooth.
Implement a defense-in-depth approach with device- and network-level countermeasures to block HID attacks, isolating infected machines, using whitelists, patching, antivirus, firewalls, IPS, DNS monitoring, and incident response.
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Dive into the world of mobile penetration testing with Kali NetHunter Ninja: HID Payloads & Reverse Shells. In this comprehensive, hands‑on course, you’ll transform your Android device into a pocket-sized pentesting platform, mastering everything from initial setup and rooting to the creation and deployment of HID payloads and automated reverse shells. Whether you’re just getting started with Kali NetHunter or you’re an experienced pentester looking to level up your hardware‑based toolkit, you’ll find clear, step‑by‑step guidance, practical demonstrations, and real‑world scenarios that bridge the gap between theory and field‑ready execution.
Beginning with the fundamentals—unlocking your device, flashing custom recoveries, and installing Kali NetHunter editions (rootless, Lite, Full, and Pro)—you’ll build a rock‑solid foundation. You’ll learn to extract firmware images, patch and flash boot.img files, and recover from bricked or unresponsive devices. From there, we’ll dive deep into Kali NetHunter’s services and custom command framework, setting the stage for advanced HID that masquerade as legitimate human‑interface devices. You’ll learn how HID-based techniques and automated command execution can be used in authorized security testing environments to better understand system behavior and strengthen defensive security controls.
By the end of this course, you’ll not only possess the technical prowess to engineer and deploy HID payloads on demand, but also the critical troubleshooting skills to revive bricked devices and implement robust countermeasures. Each module is packed with demos, practical labs, and troubleshooting sections, ensuring you can apply what you learn in real penetration tests, red team assessments, or personal security projects.
Whether you’re aiming to upskill for professional red teaming engagements, deepen your personal knowledge of mobile pentest vectors, or simply push the limits of what Kali NetHunter can do, this course delivers field‑tested techniques, expert insights, and the confidence to execute payloads and reverse shells anywhere your next assessment takes you.
The course also covers essential defensive strategies, including how to detect HID-based attacks, restrict USB device access, monitor reverse shell activity, and configure endpoint protections—ensuring you're equipped to defend against real-world threats.
Disclaimer
This course is intended strictly for educational and ethical cybersecurity training purposes. All demonstrations are performed in controlled lab environments using devices and systems owned by the instructor. The techniques discussed in this course should only be applied to systems and networks where you have explicit authorization to perform security testing. Unauthorized access to computer systems, networks, or devices is illegal and unethical. The goal of this course is to help students understand security vulnerabilities, improve defensive strategies, and strengthen overall cybersecurity practices.