8/13/2013 Hack WIFI PASSWORD now...

 

 

 

Step 1 : Install CommView for WiFi . It doesnt matter whether you install it in VoIP mode or Standard mode . I used VoIP . It automatically installs the necessary drivers . Allow it to install . 

 

Note :- You will not be able to connect to any Network using WiFi when using CommView .

Step 2 : Click on the PLAY ICON in the Left First

Step 3 : (Choosing the Network (a) ) : A new window should pop up now. Click on the START SCANNING button

Step 4 : (Choosing the Network (b) ) : Click on the WiFi network you want to hack in the Right Coulumn and Click on CAPTURE.

Step 5 : (Capturing the Packets) : The windows should close now and you should see that CommView has started Capturing Packets .

Step 6 : (Saving the Packets ) : Now that the Packets are getting captured you need to Save them. Click on Settings->Options->Memory Usage Change Maximum Packets in buffer to 20000.
Click on the LOGGING Tab .

Check AUTO-SAVING
 

In the Maximum Directory Size : 5000
 

Average Log File Size : 50

 

Now CommView will automatically Start Saving packets in the .ncp format at a size of 20MB each in the specified directory .

 

Step 7 : ( Concatenating the Logs ) : Since you are capturing a lot of logs you will need to concatenate them into once file . To do this go to Logging and click on CONCATENATE LOGS Choose all the files that have been saved in your specified folder and Concatenate them .Now you will have one .ncf file .

 

Step 8 : (Converting .ncf to .cap ) : Now that you have one file with all the packets you need to Convert it into .cap file for AIRCRACK to crack .

Click on File->Log Viewer->Load Commview Logs-> Choose the .ncf file. Now File->Export->Wireshark/TCP dump format .

Aircrack Part :Now for the Second Part Cracking this is very simple . Just open the Aircrack Folder->Bin->Aircrack-ng GUI.exe Choose the .cap file and you should be able to do the others .

If you have any questions or having problems post a thread il reply .


 ~Atul Purohit

8/04/2011 Wireless drone sniffs Wi-Fi, Bluetooth, phone signals

caption: Mike Tassey (l) and Rich Perkins (r) describe how they retrofitted a U.S. Army surplus target drone.

(Credit: Declan McCullagh/CNET)

LAS VEGAS--Forget Wi-Fi war driving. Now it's war flying.

A pair of security engineers showed up at the Black Hat security conference here to show off a prototype that can eavesdrop on Wi-Fi, phone, and Bluetooth signals: a retrofitted U.S. Army target drone, bristling with electronic gear and an array of antennas.

"Nobody's really looking at this from a threat perspective," said Mike Tassey, a security consultant who works for the U.S. government intelligence community. "There's some pretty evil stuff you can do from the sky."

The term war driving, meaning searching for Wi-Fi networks from a moving vehicle, was coined approximately a decade ago, of course (here's a CNET article from 2002). But aerial drones can gain access to places that might be off-limits to vehicles--and, in theory, can follow a moving signal surreptitiously from above.

Their prototype Wi-Fi drone, which was brought on stage yesterday but not flown, is made of reinforced foam and can carry 20 pounds. They added landing gear, a 2.5 horsepower motor powered by lithium polymer batteries, a telemetry link, an onboard computer running Ubuntu, and a payload of wireless sniffers and network-cracking tools.

"We can identify a target by his cell phone and follow him home to where enterprise security doesn't reach," Rich Perkins, a security engineer who describes his job as "supporting the U.S. government" and co-created the drone. "We can reverse engineer someone's life."

The drone--which they dubbed WASP, for Wireless Aerial Surveillance Platform--can stay aloft for about an hour. While it's an autonomous unmanned aerial vehicle, or UAV, in flight, the initial version requires manual operator control for takeoffs and landings. (It cost them between $6,000 and $7,000 to build in a garage, they said, not counting their own time.)

Their ulterior motive, however, is to do more than describe their wireless-sniffing prototype: it was to offer a warning about how terrorists and criminals can use UAVs in ways that traditional military and law enforcement may not be expecting.

"UAVs pose a couple of unique challenges to people who are responsible for protecting things," Tassey said.

Even the modest payload of UAVs could be devastating in biological or radiological attacks. Drug smugglers--or, perhaps, pharmaceutical entrepreneurs--could carry around $400,000 in heroin through one flight across a national border. And the small size of UAVs, and virtually nonexistent presence on radar, make them a challenge to detect and shoot down.

"There's no requirement for good intentions," Perkins said.

Read more: http://news.cnet.com/8301-31921_3-20088180-281/wireless-drone-sniffs-wi-fi-bluetooth-phone-signals/#ixzz1U7lRpBqC