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Cambridge researchers have documented a worrying PIN cracking technique against the hardware security modules commonly used by bank ATMs.
Mike Bond and Piotr Zielinski have published a paper detailing how a complex mathematical attack can yield a PIN in an average of 15 guesses. By design, it shouldn't be possible to guess a four-digit pin in less than an average of 5,000 attempts.
The attack, documented in a paper published earlier this week, is directed against the decimalisation tables used to translate between a card PIN and the hexadecimal value of a PIN generated when the hardware security module checks the validity of a number.
The attack works not by going after the PIN number directly but by manipulating the contents of the decimalisation table in order to gain clues (such as which digits are or are not present in the PIN).
Refining the technique, which allows a PIN to determined in an average of 24 iterations, might allow an attack to succeed in 15 guesses. The methodology of the attack, too mathematically complex to be properly explained in the context of a news story, is explained here.
Mike Bond told us that the risk of attack comes from a corrupt insider, perhaps in computer operations and with access to sensitive manuals, who might be able to use the attack to refine what would otherwise be a brute force attempt to guess PIN numbers.
Fraud, in these circumstances, might still be possible. The attack is simply a more powerful, optimised means of cracking PIN numbers.
In their paper, Bond and Zielinski outline mechanisms banks might apply to guard against the attack.
In the short term, according to Bond, probably the best way to guard against the attack is to make sure it isn't possible to change the decimalisation table without permission. Longer term the researchers warn in their conclusions that 'support for decimalisation is not a robust approach to PIN verification'.
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'Unskewed randomly generated PINs stored encrypted on an online database, as already used by some banks, are significantly more secure,' Bond and Zielinski conclude.
As a stop gap an audit trail in ATM hardware security module will also allow the banks to spot when something suspicious occurs. This would allow banks to finger corrupt insider but it wouldn't necessarily protect customers, due to ongoing confusion in the UK's liability regulations for bank transactions.
Bond explained that UK case law does not as yet determine where liability lies in the case of disputed PIN-authorised transactions. With credit card purchases liability lies with merchants but in the question of liability has yet to be determined.
The wider consequences of the attack method documented by the Cambridge researchers once again spotlight this gap in UK law. ®
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The next time you choose a PIN number, make sure you put some imagination into it. Turns out, the four digit number combination you use for your bank and possibly other accounts may be much less secure than you think.
That’s the conclusion researchers at Data Genetics came to. The scientists at the data analysis firm gathered a list of previously released stolen passwords and filtered those that were four digits long to find which were the most and least predictable. Although many of these passwords were for online bank accounts and other websites, the researchers believed it isn’t a far stretch to assume people use the same passwords for their ATM PINs.
Nick Berry, founder of Data Genetics, said there is a “staggering lack of imagination” amongst the 3.4 million four-digit passwords his group analyzed. Here is what they found: Nearly 11% of the combinations listed “1234” as the password, making this combination the most popular PIN. The second most popular one was “1111,” making up 6% of the combinations, followed by “0000” at 2% of the combos.
The group also found that combinations that started with “19” were above the 80th percentile in popularity, with the highest numbers showing up most frequently. Not a very secure choice, either. As Berry points out, “People use years, date of birth — it’s a monumentally stupid thing to do because if you lose your wallet, your driver’s license is in there. If someone finds it, they’ve got the date of birth on there. At least use a parent’s date of birth.”
People also seem drawn towards repetition. Passwords such as “3333” or “1212” showed up often, as did those based on visual clues like “2580” – numbers that run down the middle of an ATM keypad or your phone.
Also worth nothing is that although there are 10,000 possible four-number combinations between zero and nine, the report found more than 10 percent of all bank accounts can be hacked with just one guess. And if you’ve got a smart thief who realizes that many people use birth years or simple combinations as PINs there’s an even higher chance of him cracking the code.
So what was the least common combo? The safest number was “8086,” which came up only 25 times. Knowing this does us no good now that the information is public, but what cues can we take from it? We can see that nothing stands out in this combo – There is no repeating pattern, it doesn’t indicate a birthday, “it’s not the year Columbus discovered America, [and] it’s not 1776” Berry points out. There is nothing significant about this and the other combinations that were at the bottom – something to remember when you think up your next PIN (or while changing the one you have right now).
A couple of other interesting things the study found: The 17th-most common 10-digit password was “3141592654” which, for those of you who never considered math your best subject, are the the first digits of Pi. Also, the fourth most popular seven-digit password was “8675309,” a popular 1980s song by Tommy Tutone.
To learn more and see the full study, click here.