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Next talk will be on the Arm-Mounted Weaponized Platform, an anime viewer by Corbin Villa.

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My name is Corbin Villa, and I can see all the Bluetooth devices in the area, whether they're in discoverable mode or not.

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So this is my Arm-Mounted Bluetooth Wi-Fi sniffer.

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I've been working on it for a few weeks now.

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And you can come up after the presentation, talk to me, you can check it out in person.

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But I'll be showing how I did it, how you can start a project like this, and the code of how it works.

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So to begin, just to fill you in, this screen is VNC'd into the Raspberry Pi.

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Because I know it's kind of hard to see the little screen down here.

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So anything that shows up down here will show up.

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So to start off, I'm going to tell you how I got this project working so that when you guys have a cool project that you want to start, you'll know where to go.

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So first of all, I wanted to know how to sniff Bluetooth packets.

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So I did a little bit of research, found out that the Ubertooth one is a pretty cheap solution to do that.

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So once I knew about that, I go.

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I went ahead, I went to Google, and did a little bit of research.

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That's what you'll want to do first, so that you have an idea of what you're looking at, and just get a general overview of what you're doing.

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So I just went to the wiki, went over some basic documentation, watched a few videos.

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And once I had that down, then I knew kind of what I needed to do.

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So the next step was to be able to read the input from these buttons on the display, and to be able to trigger things to happen once I have that.

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So I did a little bit of research on the display, installed the drivers, started working with Python to get it so that I could read when button one was pressed, button two, and button three.

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That's the code.

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That's all that you need to be able to read what's happening when you press each button.

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So it's just a little bit of GPIO ports.

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Those are the ports on the Raspberry Pi, and a few if statements to see which one's being pressed.

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But as you can see.

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Once I run that script, here, you can see exactly which button is being pressed.

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And from there, that's how I started to connect the two projects of the Ubertooth and the

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display.

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So, a few late nights of coding and a few Dr. Peppers later, I came out and I coded

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this script.

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So what this does is this reads what's going on.

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It starts up all the applications.

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It looks complicated.

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It's really not.

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Let me resize a little bit.

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Down here, you can see that's the same code that I had running before.

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Just a little bit more.

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But what this is doing, just to basically walk through, you've got a few debug things.

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Then this is running a function that opens up the Bluetooth.

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Spectrum.

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It just shows a graph.

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As you can see, when you start that, you can see all of the Bluetooth communication that's

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going on in the area.

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And so, using that Python script, I start up this application and it shows up on the

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little screen.

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You can walk around.

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It turns it on for you.

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Then, if you hit it again, it comes up to here.

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It just does a little bit of automation.

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But, I can see every device that's here, the manufacturers, how close it is, the MAC addresses…

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It's covering up part of the MAC address, so we don't reveal all your information.

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But as you can see, you can see searches, you can see Fitbits.

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Pretty much the names of any Bluetooth devices.

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It doesn't have to be in discoverable mode.

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the uber tooth can see it uh funny thing funny story actually we were walking out of here

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yesterday and um it saw something called jonathan's macbook and so we walked by and we saw someone out

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with a macbook and we're like hey is this your macbook or like is your name jonathan is this

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your macbook and he's like yeah so you can see pretty much everything in the area um so that's

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the bluetooth portion of it then the wi-fi portion you hit this middle button it closes out of that

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program and switches into kismet which is a monitoring tool um just wait a second for it

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to connect to the server there you go it sees all the wi-fi networks it captures those packets

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and once you have that then you'll be able to take it into wireshark and see um

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um

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what you can get out of that information so there's that portion of the um there's the wi-fi

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portion and then the final portion is anime because priorities right so and it actually

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the anime doesn't show up through vnc but as you can see it does show up through here

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you can come up and see it after the presentation i think it's probably just

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with the drivers to run it but yeah that's how i made my arm mounted uber tooth

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sniffing wi-fi sniffing and uh anime watching

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um does anyone have any questions