Banana

One setting to connect to rubber ducky payload creator and another for zeroing out my micro sd. ;)

So today I was messing around with the pineapple and realized that Googles's location based WIFI services logs all Mac Addresses and Associated BSID to better get a fix on anybody's location. Combined with GPS it allows Google (Also Apple) to pinpoint your position based off of WIFI BSSIDS and Mac Address around you. Now to opt out google has resorted to a pathetic patch and tells it's victims to just add "_nomap" onto the end of their SSID... Well that got me thinking, If wardriving around my city with the pineapple and spoofing the SSIDS as well as MAC's will throw googles little spying technology for a loop. Specificially spoofing the SSIDS and adding "_nomap" along with the name. http://support.googl...&answer=1725632 I'll be looking more into how to go about doing this correctly and see if it will actually act as intended. The only thing I would need is android phones to query locations from google. They will see the BSSID as well as the MAC and log it into Google as the opt-out service. This would most likely work best during peak day time hours as there would be more people with android phones looking for there location. Just a little food for thought. ;) Maybe the pineapple is the key to unlocking our freedom and privacy. (Condensed Edit of 2 posts) One way would be to war drive and grab all the SSIDS and MAC Adresses around the city. Generate a list from the csv file and go about adding "_nomap" to the BSSID. Set the pineapple next to a busy area, such as a freeway or road that gets alot of traffic. Alot of people driving with their phones especially using mapping technology which is location based services. Run through the list of the routers with MAC and BSSID with added "_nomap" displaying to each android phone driving by that the router should be logged as opt-out. You put your wlan up, You put your wlan down, You put your spoofed mac address in And you deauth it all about. You do the Hokey Rick-Roll And you troll your victim around, That's what it's all about.

I was thinking of using the solar-panel to power the pineapple. The drone is to energy intensive, possible trickle charge could be provided but would most likely weigh more than it's worth. The pineapple only needs 1-2 amps and consumes between 1000-2000 milliamps per hour. According to the handbook it can run from a 5-watt solar-panel. http://makeprojects.com/Project/Solar+USB+Charger/1115/1 Make your own solar-panel/usb charger links. Or its possible to just buy a prefabricated one online for $40-$100

This leaves you open to being yaggi'ed or someone jamming your drone. It's possible to use a plane, but you would really need a good antenna/amplifier to do anything, plus you would need a way to fly around the target thus generating alot of noise and being visible. Any copter formation is the ultimate form. If the pineapple could be powered by a smaller more efficient solar panel, then I'm positive it could be used as much as the drones motors/battery would last. If anybody can modify a solar-panel ontop of there quadro/hex/octo and see if you can generate enough electricity to prolong the pineapples/drones life. Mind you this would only be efficient in sunny locations, i.e. southern USA. I'm thinking 10-watt would be sufficient, I've seen some 10-watt dual(2) usb solar-panels on the market for under $100.

Yea that leaves 1 channel of 2.4 you can't sniff. Unless your frequency hopping for controls, otherwise the best bet would be to find another spectrum. Such as 400mhz or 5.8ghz. Generally 5.8 is usualy used for a FPV drones video, as video is data intensive and 5.8 offers the fastest speed but lacks distance. If you've got some smarts in the radio area you can just amplify the 5.8 signal for longer range. As well as using a special set of antenna's. Directional antenna combined with an antenna tracker ground station combined with gps telemetry from the drone = incredible distance.

Check out my post for more information pertaining to payload. Sebkinne is correct as far as the flight-time goes. Also the parrot AR Drone runs off of 2.4, so make sure you aren't attacking your own self with the pineapple :P Would also leave 1 channel unaffected as that would be for your drone connection :/

No prob. I've just got the tip in as far as running backtrack and the pineapple together. I'm considering purchasing or hacking apart a usb for the pineapple to have the USB storage and the Alfa NHA adapter as well. Just need to ensure I'm supplying everything with enough power (Still have to look over the forum for the electric usb). I've been dedicating most of my weekend to reading "The Debian Administrators Handbook". I'll see if I can gather the resources this week to ensure the pineapple runs autonomously and then go about mounting to one of my drones.

Awesome just what I needed!!! So in the FPV world most amateur sub $700 drones usually fly with a go-pro for hd video. The go-pro hero2 weighs 99 grams without casing, the go-pro hero3 weighs 79 grams. Seeing as 8400 MAH battery is over doing it and we only need the MKIV to be sky-driving for the flight-time we only need around 1200-3600 mah battery. Regular weight of a 1600 mah battery is around 130-150 grams. So combined with the MKIV thats around 230 grams, easily achievable: http://www.hobbyking...re/beerlift.asp Quadrocopters lifting 23,200 grams. The median seems to be around 2500-5000 grams of payload lift. It's absolutely possible. :) Once I get my MKIV autonomous then ill go about powering it with an rc battery. I have a fast charger so I'm able to charge up one battery while flying with the other. The only thing that will work against me is the motor temperature. Still exploring the wonderful world of pen-testing, and I have a lot to read and reread. Also FPV usually can fly in 400mhz , 2.4ghz, 5.8ghz. The best work around would be to control the flight via 400mhz and use FPV on 5.8ghz while having 2.4 to sweep and sniff.

Yea, I'm hoping to pick up a ubertooth soon to complete the spectrum. Just saw the hak5 episode with the open source usrp, can't wait to get my hands on one!!!

Hello everyone! Recently picked up a pineapple to support Hak5. I went with the "pro" package which consisted of a pineapple and the Hak5+Alfa NHA. The main reason I wanted to pick up the pro package besides kicking a few bucks to a local bay area business,was because of my main "Hack-book" had a default broadcam NIC (Network Interface Card) which didn't agree with open source linux kernels and images such as backtrack. The broadcam card is still able to receive wireless but just isn't able to go into monitor mode or act as I want it to. $425 EeePc netbook bootin Windows 7 / Kubuntu,Ubuntu / Backtrack Doesn't handle video well, but carries dual core and upgradeable Ram from the standard 2gig to 4gig (Plenty for 32bit systems) Also the reason I purchased the pineapple is mainly to support hak5, most of the open source firmware available for routers now-a-days such as OpenWRT, Tomator, DD-wrt all act in the same way as the pineapple (Linux). I've got an old lynksis with DD-wrt on it for pen-testing and I'm actually able to send and receive much further than the pineapple can.(Read in the forums it might be a loose internal antenna wire, have yet to open mine up to see if I'm a victim as well) Now on to the juicy stuff, after lurking the forums I've noticed most of the people buying pineapples are just getting into the hacking scene. I've got some background with FPV that I know most beginners will find useful. I pulled this video for anybody who has trouble understanding antenna's and radio: It's extremely informative, and also applies to FPV (Flying rc planes via first person). With this said, I'm still in the testing fazes as well as how to get more range from this thing without having to buy an amplifier. I was potentially thinking of using the famous "IB-crazy" antenna setup. http://www.rcgroups.com/forums/showthread.php?t=1377791 I also saw you guys just recently had the idea of strapping the pineapple to a drone. Which is incredibly feasible, as quadrocopter setups can usually lift around their own weight, Depending on setup (Motors, Amps Supplying, Prop-Size). But here's a link which I found back in March of this year, as I was doing research on my own system using quadrocopter's: http://www.cs.stevens.edu/~spock/skynet/ If your drone can lift the pineapple as well as a battery pack for it then you have Sky-Driving ;) Anybody willing to weigh out there pineapple and battery setup for me? :) Could possibly remove casing, as well as go for a more lightweight antenna. Most hobby drones only fly for 15-30 minutes, the battery would need to only supply enough power for the flight, as well as an extra 15 minutes for a buffer. Gotta go do some more grep, I'll be back soon to see if anybody has posted.