Buy Clone Cards: The Best Place to Order Clone Cards

In the United States, the transition from insecure magnetic stripe credit and debit cards to enhanced chip-and-PIN cards, regulated by the EMV standard, marked a significant step in transaction security and a reduction in card fraud. One might assume that this advancement would spell the end for card cloning; however, our researchers recently uncovered that a group of cybercriminals in Brazil has found a way to steal card data and successfully clone cards with chip-and-PIN technology.

Our experts presented their findings at the Security Analyst Summit 2018, and here we aim to summarize their complex work.

Jackpotting ATMs and Beyond

While investigating malware used for ATM jackpotting by a Brazilian group known as Prilex, our researchers encountered a modified version of this malware. This variant was designed to infect point-of-sale (POS) terminals and capture card data. The malware could manipulate POS software, allowing third parties to intercept data transmitted from the POS to a bank. Essentially, when a customer pays at a local shop with an infected POS terminal, their card data is relayed directly to the criminals.

However, obtaining the card data is only half the challenge. To steal funds, the criminals needed a method to clone cards, a process complicated by the security features of chip technology and multiple authentications. The Prilex group developed an entire infrastructure that enables its “customers” to create cloned cards, a feat that theoretically shouldn’t be possible.

To understand why it is, a brief overview of how EMV cards function is essential.

How the Chip-and-PIN Standard Works

The chip on an EMV card is not merely flash memory but a miniature computer capable of running applications. When the chip is inserted into a POS terminal, a sequence of operations initiates:

1. Initialization: The terminal receives basic information, including the cardholder’s name, expiration date, and a list of applications that the card can run.
2. Data Authentication: In this optional step, the terminal verifies the authenticity of the card using cryptographic algorithms, a process too complex to detail here.
3. Cardholder Verification: Here, the cardholder must provide a PIN code or signature (depending on the card’s programming). This step ensures that the individual attempting to make a payment is the rightful owner of the card.

In conclusion, understanding the vulnerabilities in current systems is crucial for safeguarding against fraud.

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