This summary of the video was created by an AI. It might contain some inaccuracies.
00:00:00 – 00:07:59
The video tutorial covers how to transform a Raspberry Pi Pico into a "rubber ducky," a USB device that functions as a Human Interface Device (HID) capable of automated tasks. The instructor outlines essential materials, such as the Raspberry Pi Pico and a USB cable, and shows how to download firmware from the Deceptive Byte website and CircuitPython. The setup process includes copying specific files to the 'lib' folder on the CIRCUITPY drive and editing the 'code.py' file with Python code from GitHub. Additionally, a script file named 'payload.dd' is created to automate tasks like opening Notepad and typing "hello world." The video also demonstrates various modes for the device, including command execution, setup mode, and stealth mode, controlled via GPIO pins. The tutorial concludes with a request for viewer engagement.
00:00:00
In this part of the video, the creator introduces how to make a “rubber ducky” using a Raspberry Pi Pico. A rubber ducky resembles a USB flash drive but functions as a Human Interface Device (HID) like a keyboard or mouse when connected to a computer. The video demonstrates how to program the Raspberry Pi Pico to perform automated tasks, such as opening Notepad and typing “hello world.” The instructor guides viewers through the necessary materials—including the Raspberry Pi Pico and a USB cable—and shows how to download specific files from the Deceptive Byte website and CircuitPython for Raspberry Pi. The video explains how to connect the Pico to a computer, flash the downloaded firmware, and prepare the device for action.
00:03:00
In this part of the video, the process of setting up a specific project is explained step-by-step. The user needs to navigate to an extracted folder and locate the ‘lib’ folder, where only four necessary files need to be copied. These files include Adafruit debouncer and async IO, among others. After copying these files to the ‘lib’ folder on the CIRCUITPY drive, the user must then edit a ‘code.py’ file by obtaining Python code from GitHub and pasting it into the file using Notepad. Additionally, the user needs to create another file containing a script, such as a “Hello World” rubber ducky code, and save this file as ‘payload.dd’ in the CIRCUITPY drive. This setup will enable the Raspberry Pi Pico to automate opening Notepad and typing “hello world” when connected to a Windows computer.
00:06:00
In this part of the video, the speaker demonstrates how to connect and use different modes with a device. They show how connecting certain GPIO pins allows the device to run commands, enter setup mode without running a payload, and enable stealth mode where the device does not appear as a USB storage device. They test these configurations by connecting the device to a computer and confirming that it behaves as expected based on the pin connections. The video wraps up with a request for viewers to like, subscribe, and share.