advertisement
advertisement

JCPenney’s Breach: Differences From Feds, Gonzalez, JCPenney Itself

Written by Evan Schuman
April 1st, 2010

In November 2007, Albert Gonzalez’s crew was in the midst of hitting their laundry list of major retailers when they used their SQL attack on JCPenney. But just how deep they penetrated the $18 billion clothing chain is unclear, with the Justice Department, JCPenney and intercepted messages from Gonzalez IM conversations all painting very different pictures.

Gonzalez has pleaded guilty to placing a file called sqlz.txt—contained information from JCPenney’s network—on a Ukrainian server. Assistant U.S. Attorney Stephen Heymann said the government wasn’t sure what Gonzalez’s team got from JCPenney: “Although the protective system used by JCPenney had unquestioningly failed, the Secret Service had no evidence as to whether payment card numbers had been stolen.”

As for Gonzalez’s comments at the time, a series of ICQ messages in November and December 2007 gave some hints of the perceptions—at that time—of the cyberthieves. A Nov. 1 exchange said they were searching for weak passwords at the chain and that access wasn’t difficult: “They have most of (their) ports open. Wasn’t too hard.”

On Dec. 16, Gonzalez then asked his associate: “I’m curious how Hacker 2 moved around on jcp so quickly w/o making noise” and he was told “SQL Servers is his key to everything. Heh.” On Christmas Eve, Gonzalez declared “I got access to the JCP POS network.”

The government now says that Secret Service agents alerted JCPenney in May 2008 “that it had been attacked in or about October 2007. Prior to receiving that alert, (JCPenney) was wholly unaware that it had been previously victimized by computer hackers.”

(Lawyers and a federal judge go a few rounds over trying to keep JCPenney’s name out of the case. The Judge wins.)

Side note from various federal documents that were unsealed this week: If anyone had been trying to visit 7-Eleven’s site on Nov. 9, 2007, they would have discovered the site down. But it wasn’t a software glitch or excessive traffic. It was the convenience store chain’s attempt to block Gonzalez’s attack. “7-Eleven disabled its public-facing Internet site to disrupt the unauthorized access,” the government filing disclosed.

Back to JCPenney. The chain’s version of its attack is that credit cards were indeed taken, but only two of them, and both were the chain’s own branded cards. Most importantly, though, when the cyberthieves thought they had broken into JCPenney’s centralized POS database, they had actually penetrated something much less valuable: “The hackers did not access JCPenney’s POS network, as was assumed by the hackers in their chatter, but rather a POS server in a single store, where they retrieved two private label credit cards,” said Darcie M. Brossart, VP for corporate communications at JCPenney.

Brossart said the chain considers none of the data to have ever been at risk, given that the thieves never got close to the core payment card systems. “They had been in the system but they weren’t getting anywhere. They were nowhere near the POS system, they were nowhere near penetrating actual customer databases,” she said. “There was never a risk of customer information being revealed.”

“Based upon the detailed forensic investigation that was completed on JCPenney’s systems, we know exactly the methods employed to gain access into our system, the tools used and the probes conducted against machines in our network,” Brossart said. “Our assumption is that once the hackers accessed the SQL server, the complexity of our network and its set-up, made it extremely difficult for them to compromise data.”


advertisement

Comments are closed.

Newsletters

StorefrontBacktalk delivers the latest retail technology news & analysis. Join more than 60,000 retail IT leaders who subscribe to our free weekly email. Sign up today!
advertisement

Most Recent Comments

Why Did Gonzales Hackers Like European Cards So Much Better?

I am still unclear about the core point here-- why higher value of European cards. Supply and demand, yes, makes sense. But the fact that the cards were chip and pin (EMV) should make them less valuable because that demonstrably reduces the ability to use them fraudulently. Did the author mean that the chip and pin cards could be used in a country where EMV is not implemented--the US--and this mis-match make it easier to us them since the issuing banks may not have as robust anti-fraud controls as non-EMV banks because they assumed EMV would do the fraud prevention for them Read more...
Two possible reasons that I can think of and have seen in the past - 1) Cards issued by European banks when used online cross border don't usually support AVS checks. So, when a European card is used with a billing address that's in the US, an ecom merchant wouldn't necessarily know that the shipping zip code doesn't match the billing code. 2) Also, in offline chip countries the card determines whether or not a transaction is approved, not the issuer. In my experience, European issuers haven't developed the same checks on authorization requests as US issuers. So, these cards might be more valuable because they are more likely to get approved. Read more...
A smart card slot in terminals doesn't mean there is a reader or that the reader is activated. Then, activated reader or not, the U.S. processors don't have apps certified or ready to load into those terminals to accept and process smart card transactions just yet. Don't get your card(t) before the terminal (horse). Read more...
The marketplace does speak. More fraud capacity translates to higher value for the stolen data. Because nearly 100% of all US transactions are authorized online in real time, we have less fraud regardless of whether the card is Magstripe only or chip and PIn. Hence, $10 prices for US cards vs $25 for the European counterparts. Read more...
@David True. The European cards have both an EMV chip AND a mag stripe. Europeans may generally use the chip for their transactions, but the insecure stripe remains vulnerable to skimming, whether it be from a false front on an ATM or a dishonest waiter with a handheld skimmer. If their stripe is skimmed, the track data can still be cloned and used fraudulently in the United States. If European banks only detect fraud from 9-5 GMT, that might explain why American criminals prefer them over American bank issued cards, who have fraud detection in place 24x7. Read more...

StorefrontBacktalk
Our apologies. Due to legal and security copyright issues, we can't facilitate the printing of Premium Content. If you absolutely need a hard copy, please contact customer service.