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My options were further limited to my desire to keep the switch as low profile as possible so that the device was not too bulky. My options were really limited to what is available at Jaycar. The next thing I needed to do was add a switch. I had an old 1GB USB Drive laying around which no longer worked, So i desoldered the head off the drive and soldered it to the connection points on the underside of the Raspberry Pi. I first set about adding a male USB adapter to allow me to plug the Raspberry Pi directly to my computer with the need for a cable. So the answer was to modify the Raspberry Pi to make it more Bash Bunny like. Also, the P4wnP1 only allows you to only have one payload whereas the Bashbunny has a three way switch that allows you to set two payloads an an arming mode. The Bash Bunny is built like a USB Drive that can be easily plugged in and out. However, connecting a mico-usb cable with a Raspberry Pi Zero hanging off it is very easy and this is where the Bash Bunny wins out. This allows it to be powered and to send data. HardwareĪs it is, the P4wnP1 connects to a computer using the Raspberry Pi Zero’s data micro-usb port.
![ecm tools fat32 ecm tools fat32](https://www.icare-recovery.com/images/icare/raw-file-system.jpg)
This makes it easily to convert already existing Bash Bunny scripts into the format that is required for P4wnP1. The P4wnP1 also utilises the Duck Encoder that allows it to read in and process Ducky Script. This has obvious advantages such as getting access to Air Gapped machines from within range of the Raspberry Pi’s wifi capabilities.
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The P4wnP1 also takes advantage of the Wifi and bluetooth features of the Raspberry Pi Zero W and allows you to create a backdoor to a PC with a shell via Wifi.
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The result was the ability of the P4wnP1 to obtain a simple Windows 10 hash, crack it, enter it into the password prompt and access the locked computer (as demonstrated by this YouTube video). The real highlight of the project was the development of the Windows Lockpicker payload, which took advantage of Mubix’s stealing creds from a locked machine exploit and combined it with a hash crack using John the ripper. The project is based of Rasbian Jesse or Stretch and payloads are developed utilising pure Bash. Like the Bash Bunny, the P4wnP1 can emulate HID, USB Mass Storage and RNDIS/ECM.
![ecm tools fat32 ecm tools fat32](https://i.ytimg.com/vi/v988rciCtKo/maxresdefault.jpg)
The P4wnP1 project utilises a Raspberry Pi zero and weaponsises it into a USB Attack Platform. A rubber ducky can be built using a Malduino Bad USB, but the Bash Bunny was something that eluded me until I discoverd the P4wnP1 project by MaMe82.
![ecm tools fat32 ecm tools fat32](https://wethegeek.com/wp-content/uploads/2021/06/Apply.jpg)
You can create a Wifi Pineapple from a Raspberry Pi, a few Alfa cards and FruityWifi.
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But, at $99USD + international postage it is a big expense that I just couldn’t justify.Ī Mentor once said to me ‘Real hackers make their own tools’ and this I believe is true as it allows you to fully understand how the hardware and software work to produce the effects you are after. This was a linux computer that enabled physical attacks via USB that could emulate a HID device, RNDIS/ECM and USB storage. When they introduced the Bash Bunny earlier this year I was even more intrigued. I have also been curious about the various tools they have produced, from the Wifi Pineapple to the Rubber ducky they are well built and do their job well. I have long been a fan of Hak5, I enjoy their videos and their content is informative and entertaining.