A black BadUSB-C keystroke injection cable featuring a USB-A connector on one end and a USB-C connector on the other.
  • A black BadUSB-C keystroke injection cable featuring a USB-A connector on one end and a USB-C connector on the other.
  • A close-up view of the BadUSB-C Keystroke Injection Cable, highlighting its technical specifications such as the ATtiny85 chip, its physical design, and key capabilities.
  • A diagram illustrating the dual functionality of the BadUSB-C Keystroke Injection Cable. It shows how the cable is capable of injecting keystrokes into a device while also powering USB-C devices.
  • A promotional image showing the BadUSB-C Keystroke Injection Cable, highlighting its ability to launch keystroke injections on unsuspecting targets while also functioning as a USB-C charger.
  • An image illustrating the compatibility of the BadUSB-C Keystroke Injection Cable with devices that can input keystrokes, including Windows, macOS, Linux, Android, and other keyboard-enabled devices.
  • A close-up image of a BadUSB-C keystroke injection cable connected to a laptop's USB port, appearing identical to a regular charging cable.

BadUSB-C Keystroke Injection Cable

$29.99

– BadUSB chip fully integrated into cable.
– Looks identical to a normal charging cable.
– HID keystroke injection capabilities.
– Undetectable by antivirus software.
– 16.5 MHz 8-bit ATtiny85 with 8KB program space.
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Launch Keystroke injection / BadUSB attacks on unsuspecting targets with this inconspicuous USB-C charging cable.

 

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A top and side view of the zSecurity Cactus USB device, designed to perform keystroke injection attacks over Wi-Fi, featuring a sleek white design with red accents and the zSecurity logo.

ZSCactus WiFi Keystroke Injection BadUSB

This is a badUSB device on steroids! Why you ask? well it enables you to:
- Launch normal keystroke attacks when connected to a target machine.
- Get instant access, steal credentials, browser data and even Wi-Fi passwords with a few clicks using the ready payloads .
- Run your own payloads over Wi-Fi.
- Control the mouse or inject keystrikes into the target machine over Wi-Fi.
- Start a fake Wi-Fi network or Honeypot to hijack credentials.
- Direct extraction of information (e.g. credentials) by visiting a URL.
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BadUSB-C Keystroke Injection Cable

HID Keystroke Injection
Undetectable by Antivirus
Identical to a Charging Cable
Multi-Platform Compatibility
16.5 MHz 8-bit with 8kb space.

This is not your ordinary charging cable! This is a BadUSB Keystroke Injection cable, made for Ethical Hacking and Cybersecurity enthusiasts. This USB-C charging cable looks identical to a normal charging cable, the only difference is it can execute keystroke injection attacks when connected to a computer!

It automatically registers itself as a keyboard and sends pre-configured key-strikes (payloads) to the machine that it is connected to, allowing you to execute a large number of attacks to harvest information or even gain full control over the target device. The ATtiny85 is neatly disguised inside an ordinary looking USB-C charging cable.

A black BadUSB-C keystroke injection cable featuring a USB-A connector on one end and a USB-C connector on the other.
A black BadUSB-C keystroke injection cable featuring a USB-A connector on one end and a USB-C connector on the other.
A close-up view of the BadUSB-C Keystroke Injection Cable, highlighting its technical specifications such as the ATtiny85 chip, its physical design, and key capabilities.

Key Features

  • Stealth Mode: Operates undetected by antivirus software, allowing you to test and identify vulnerabilities in a controlled environment.
  • Multi-Platform Compatibility: Supports Windows, macOS, and Linux systems, ensuring versatility across different operating environments.
  • Customizable Payloads: Upload and configure your own scripts to simulate a wide range of attacks, providing a comprehensive security assessment.
  • Indistinguishable Design: Identical to a normal charging cable, providing covert operation without raising suspicion during testing.
  • Powerful Microcontroller: Equipped with a 16.5 MHz 8-bit ATtiny85 microcontroller with 8KB of program space, ensuring reliable performance and ample capacity for complex payloads.

Applications

  • Penetration Testing: Evaluate the security posture of your organization by simulating cyber-attacks.
  • Security Training: Enhance your team’s skills with practical, hands-on experience in identifying and mitigating threats.
  • Vulnerability Assessment: Identify weaknesses in your systems before malicious actors can exploit them.
An image illustrating the compatibility of the BadUSB-C Keystroke Injection Cable with devices that can input keystrokes, including Windows, macOS, Linux, Android, and other keyboard-enabled devices.
A black USB-C keystroke injection cable resting on a wooden surface. Text above the image highlights its ideal uses: Ethical Hacking, Cyber Security, Social Engineering, and Pentesting.
A close-up image of a BadUSB-C keystroke injection cable connected to a laptop's USB port, appearing identical to a regular charging cable.

Setting up your BadUSB-C cable in 3 steps!

Step 1

Download Arduino IDE & Libusb

Download and install the latest Arduino IDE for your Windows version. -> Double-click the downloaded file. -> Agree to the License Agreement -> Leave the default options checked in the Installation Options step and click Next. -> Install in the default Destination Folder -> During the installation you may receive a prompt to install the Arduino USB Driver. Click Install. Download and install libusb.Notes:The USB cover is easily removable to allow access to the chip. Grip the USB end carefully when inserting and removing. USB devices connected to the cable will not be able to send or receive data to or from the target computer.
Download the latest Arduino IDE AppImage for your Operating System. Make the downloaded file executable.Notes:The USB cover is easily removable to allow access to the chip. Grip the USB end carefully when inserting and removing. USB devices connected to the cable will not be able to send or receive data to or from the target computer.

Step 2

Adjust the Arduino IDE settings

Open the Arduino IDE from the Desktop / Start Menu.
Click File >> Preferences
Paste the following into the Additional Boards Managers URLs and click ok: http://drazzy.com/package_drazzy.com_index.json
Go to Tools >> Board >> Boards Manager and search for "ATTinyCore by Spence Konde".
Click install on the entry.
Tools >> Board >> ATTinyCore select "ATTiny85 (Micronucleus / DigiSpark).
The environment is now set up and ready.
Open the Arduino IDE.
Click File >> Preferences.
Paste the following into the Additional Boards Managers URLs and click ok: http://drazzy.com/package_drazzy.com_index.json
Go to Tools >> Board >> Boards Manager and search for "ATTinyCore by Spence Konde".
Click install on the entry.
Tools >> Board >> ATTinyCore select "ATTiny85 (Micronucleus / DigiSpark).
The environment is now set up and ready.

Step 3

Upload your own Payloads

Go to Sketch >> Upload. Once compiled, you will receive a prompt to plug in the device. Video Tutorial

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FAQ

What do you use this cable for?

Ethical Hackers and Cybersecurity Experts use BADUSBs/Cables for a variety of purposes including, Penetration Testing, Security Training, Incident Response Testing, Research and Development and Red Team Exercises to mention a few examples!

Does BADUSB-C Keystroke Injection Cable charge devices?

Yes the cable does charge devices that use USB-C cables. Note: this cable does support Fast Charging and above.

Additional information

Weight0.1 kg
Dimensions10 × 10 × 1 cm
Location

Estimate Delivery Time

USA

1 – 3 working days.

Europe

3 – 10 working days.

All over the world

We ship to all countries, delivery time varies, please contact us for estimate delivery time.

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