Visa Credit Card Hack

Some credit cards even have higher earn rates on recurring bills, like the Scotia Momentum Visa Infinite Card. This way, you can get rewarded for your Netflix addiction. I mean, who doesn’t want to watch two seasons of Friends in one day? Use multiple credit cards to maximize your rewards. Most major credit card issuers and card networks have them, including American Express, Mastercard and Visa. Discover used to have a virtual card number perk, but discontinued it in favor of $0 fraud liability and their “Freeze It” security feature. Log into your online credit card account and go to your account settings.

Visa Credit Card Hacked
Visa Credit Card Hack
Visa Credit Card Hacking Number And Name
Free Credit Card Information Hack
Visa Credit Card Hack

Get ready for a facepalm: 90% of credit card readers currently use the same password.

The passcode, set by default on credit card machines since 1990, is easily found with a quick Google searach and has been exposed for so long there's no sense in trying to hide it. It's either 166816 or Z66816, depending on the machine.

With that, an attacker can gain complete control of a store's credit card readers, potentially allowing them to hack into the machines and steal customers' payment data (think the Target(TGT) and Home Depot(HD)hacks all over again). No wonder big retailers keep losing your credit card data to hackers. Security is a joke.

This latest discovery comes from researchers at Trustwave, a cybersecurity firm.

Administrative access can be used to infect machines with malware that steals credit card data, explained Trustwave executive Charles Henderson. He detailed his findings at last week's RSA cybersecurity conference in San Francisco at a presentation called 'That Point of Sale is a PoS.'

The problem stems from a game of hot potato. Device makers sell machines to special distributors. These vendors sell them to retailers. But no one thinks it's their job to update the master code, Henderson told CNNMoney.

'No one is changing the password when they set this up for the first time; everybody thinks the security of their point-of-sale is someone else's responsibility,' Henderson said. 'We're making it pretty easy for criminals.'

Trustwave examined the credit card terminals at more than 120 retailers nationwide. That includes major clothing and electronics stores, as well as local retail chains. No specific retailers were named.

The vast majority of machines were made by Verifone(PAY). But the same issue is present for all major terminal makers, Trustwave said.

A spokesman for Verifone said that a password alone isn't enough to infect machines with malware. The company said, until now, it 'has not witnessed any attacks on the security of its terminals based on default passwords.'

Just in case, though, Verifone said retailers are 'strongly advised to change the default password.' And nowadays, new Verifone devices come with a password that expires.

In any case, the fault lies with retailers and their special vendors. It's like home Wi-Fi. If you buy a home Wi-Fi router, it's up to you to change the default passcode. Retailers should be securing their own machines. And machine resellers should be helping them do it.

Trustwave, which helps protect retailers from hackers, said that keeping credit card machines safe is low on a store's list of priorities.

'Companies spend more money choosing the color of the point-of-sale than securing it,' Henderson said.

This problem reinforces the conclusion made in a recent Verizon cybersecurity report: that retailers get hacked because they're lazy.

The default password thing is a serious issue. Retail computer networks get exposed to computer viruses all the time. Consider one case Henderson investigated recently. A nasty keystroke-logging spy software ended up on the computer a store uses to process credit card transactions. It turns out employees had rigged it to play a pirated version of Guitar Hero, and accidentally downloaded the malware.

Visa Credit Card Hacked

'It shows you the level of access that a lot of people have to the point-of-sale environment,' he said. 'Frankly, it's not as locked down as it should be.'

CNNMoney (San Francisco) First published April 29, 2015: 9:07 AM ET

Hello Friends, today I will explain you how a credit card hack works: how to hack credit cards using packet sniffing and session hijacking. In this tutorial, we will discuss how we can exploit the vulnerability in credit or debit card functionality to hack the card’s password. Nowadays, fund transfers and online shopping are done using primarily internet banking and credit cards. Interestingly, those methods utilize SSL (click here to learn more about SSL). People tend to believe that their accounts cannot be hacked because their transactions are secured by extra security layer, SSL, but it’s actually quite easy to break the SSL. It is always better to secure your computer and internet connection rather than depend on payment sites. So first, we should know how credit cards work and how transactions are performed. Please read on.

First, know that it’s virtually impossible to see the actual data that is transferred during a transaction, but by using session hijacking and packet sniffing we can achieve see the data in an encrypted form.

What really is attacked?

The fatal flaw that enables sensitive information to be stolen occurs when an end-user is not properly educated on the easily executable, well-known SSL exploit: SSL MITM. Hackers take advantage of that to get access to your sensitive data. A great saying applies here: PREVENTION IS BETTER THAN A CURE. The only thing required to block the loopholes in the system is a properly educated end user. I have already shared two articles with you about how to secure yourself. The first is “Make your computer 100% hacker proof” (Click here to read) and other is “10 easy tips to secure your computer” (click here to read).

How the hack works and how to do it:

Visa Credit Card Hack

PLEASE NOTE THAT hacking credit or debit cards is illegal and will result in serious consequences, including imprisonment. This tutorial is for educational purposes only. I am explaining this tutorial to make you aware of how it works.

Suppose you use a WiFi connection to connect to internet. A hacker will hack your WiFi network and connect to it. He will then run a series of utilities to redirect other user data through his machine, followed by more utilities to sniff the data, acting as an SSL Certificate Server to be the Man-the-Middle.

The following diagram shows a very simplified graphic of how your SSL banking session should work under normal conditions, then how it would work during an attack:

It is important to know that a certificate is used to establish the secure SSL connection. This is a good thing if you have the right certificate and are connecting directly to the website you intended to use. Then all your data is encrypted from your browser to the SSL website where the bank’s website will use the information from the certificate it gave you to decrypt your data/credentials. If that is truly the case, then it is pretty darn hard for a hacker to decrypt the data/credentials being transmitted, even if he is able to sniff your data.

This is a bad thing if you have a “fake” certificate being sent from the hacker and are actually connecting to his machine, not directly to the bank’s website. In this case, your credentials are being transmitted between your browser and the hacker’s machine. The hacker is able to grab that traffic, and, because he gave you the certificate to encrypt the data/credentials, he can use that same certificate to decrypt your data/credentials.

Visa Credit Card Hacking Number And Name

EXACT STEPS TO HACK CREDIT CARDS OR DEBIT CARDS

His first step would be to turn on Fragrouter, so that his machine can perform IP forwarding

After that, he’ll want to direct your WiFi network traffic to his machine, rather than your data traffic going directly to the Internet. This enables him to be the “Man-in-the-Middle” between your machine and the internet. Using Arpspoof, a simple technique, he determines your IP address is 192.168.1.15 and the Default Gateway of the WiFi network is 192.168.1.1:

The next step is to enable DNS Spoofing via DNSSpoof:

Since he will be replacing the bank or online store’s valid certificate with his own fake one, he will need to turn on the utility to enable his system to be the Man-in-the-Middle for web sessions and to handle certificates. This is done via webmitm:

At this point, he is ready to go. Now he needs to begin actively sniffing your data passing through his machine, including your login and credit card information. He opts to do this with Ethereal, then saves his capture:

He now has the data, but it is still encrypted with 128-bit SSL. No problem, since he has the key. What he needs to do now is simply decrypt the data using the certificate that he gave you. He does this with SSL Dump:

He runs a Cat command to view the now decrypted SSL information. Note that the username is “Bankusername” and the password is “BankPassword.” Conveniently, this dump also reveals the banking site as National City. FYI, the better, more secure banking and online store websites will have you first connect to another, preceding page via SSL, prior to connecting to the page where you enter sensitive information such as bank login credentials or credit card numbers. The reason for this is to stop the MITM-type attack. This helps because if you were to access this preceding page first with a “fake” certificate the next page where you were to enter the sensitive information would not display. The page gathering the sensitive information would be expecting a valid certificate, which it would not receive because of the Man-in-the-Middle. While some online banks and stores do implement this extra step/page for security reasons, the real flaw in this attack is the uneducated end-user, as you’ll soon see:

With this information, he can now log into your online bank account with the same access and privileges as you. He could transfer money, view account data, etc.

Below is an example of a sniffed SSL credit card purchase/transaction. You can see that Elvis Presley was attempting to make a purchase with his credit card 5440123412341234 with an expiration date of 5/06 and the billing address of Graceland in Memphis, TN (He is alive!). If this was your information, the hacker could easily make online purchases with your card.

Bad News for SSL VPN Admins

This type of attack could be particularly bad for corporations, because Corporate SSL VPN solutions are also vulnerable to this type of attack. Corporate SSL VPN solutions will often authenticate against Active Directory, the NT Domain, LDAP, or some other centralized credentials data store. Sniffing the SSL VPN login then gives an attacker valid credentials to the corporate network and other systems.

What an End-User Needs To Know

There’s a big step an end-user can take to prevent this from taking place. When the MITM Hacker uses the “bad” certificate instead of the “good,” valid certificate, the end-user is actually alerted to this. The problem is that most end-users don’t understand what this means and will unknowingly agree to use the fake certificate. Below is an example of the Security Alert an end-user would receive. Most uneducated end-users would simply click “Yes”… and this is the fatal flaw:

By clicking “Yes,” they have set themselves up to be hacked. By clicking the “View Certificate” button, the end-user would easily see that there is a problem. Below are examples of the various certificate views/tabs that show a good certificate compared to the bad certificate:

Left One Good Certificate and right one fake certificate

How an End-User Can Prevent This

Again, the simple act of viewing the certificate and clicking “No” would have prevented this from happening.
Education is the key for an end-user. If you see this message, take the time to view the certificate. As you can see from the examples above, you can tell when something doesn’t look right. If you can’t tell, err on the side of caution and call your online bank or the online store.
Take the time to read and understand all security messages you receive. Don’t just randomly click yes out of convenience.

How a Corporation Can Prevent This

Free Credit Card Information Hack

Educate the end-user on the Security Alert and how to react to it.
Utilize One Time Passwords, such as RSA Tokens, to prevent the reuse of sniffed credentials.
When using SSL VPN, utilize mature products with advanced features, such as Juniper’s Secure Application Manager or Network Connect functionality.

Visa Credit Card Hack

To get our free books emailed to you and more detailed information on these credit and debit card hacking concepts on an ongoing basis you can join our list. Please remember that this is all for educational purposes only and you should never hack someones debit or bank cards. This wrong morally and illegal as well.