Plesk 0Day For Sale As Thousands of Sites Hacked

July 10, 2012

Hackers in the criminal underground are selling an exploit that extracts the master password needed to control Parallels’ Plesk Panel, a software suite used to remotely administer hosted servers at a large number of Internet hosting firms. The attack comes amid reports from multiple sources indicating a spike in Web site compromises that appear to trace back to  Plesk installations.

A hacker selling access to a Plesk exploit.

A miscreant on one very exclusive cybercrime forum has been selling the ability to hack any site running Plesk Panel version 10.4.4 and earlier. The hacker, a longtime member of the forum who has a history of selling reliable software exploits, has even developed a point-and-click tool that he claims can recover the admin password from a vulnerable Plesk installation, as well as read and write files to the Plesk Panel (see screen shot at right).

The exploit is being sold for $8,000 a pop, and according to the seller the vulnerability it targets remains unpatched. Multiple other members appear to have used it and vouched for its value.

It’s unclear whether this claimed exploit is related to a rash of recent attacks against Plesk installations. Sucuri Malware Labs, a company that tracks mass Web site compromises, told SC Magazine that some 50,000 sites have recently been compromised as part of a sustained malware injection attack, and that a majority of the hacked sites involved Plesk installations.

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How to Break Into Security, Grossman Edition

July 9, 2012

I recently began publishing a series of advice columns for people who are interested in learning more about security as a craft or profession. For the third installment in this series, I interviewed Jeremiah Grossman, chief technology officer of WhiteHat Security, a Web application security firm.

A frequent speaker on a broad range of security topics, Grossman stressed the importance of coding, networking, and getting your hands dirty (in a clean way, of course).

BK: How did you get started in computer security?

Grossman: For me it was…I could hack stuff and I did it in my spare time and someone offered me a job — which was Yahoo. But before that, I was just a UNIX admin. I was thinking about this question a lot, and what occurred to me is that I don’t know too many people in infosec who chose infosec as a career. Most of the people who I know in this field didn’t go to college to be infosec pros, it just kind of happened. They followed opportunity.

BK: You might have seen that the last two experts I asked had somewhat different opinions on this question, but how important is it that someone interested in this field know how to code?

Grossman: It’s tough to give solid advice without knowing more about a person. For instance, are they interested in network security or application security? You can get by in IDS and firewall world and system patching without knowing any code; it’s fairly automated stuff from the product side. But with application security, it is absolutely mandatory that you know how to code and that you know software. So with Cisco gear, it’s much different from the work you do with Adobe software security. Infosec is a really big space, and you’re going to have to pick your niche, because no one is going to be able to bridge those gaps, at least effectively.

BK: So would you say hands-on experience is more important that formal security education and certifications?

Grossman: The question is are people being hired into entry level security positions straight out of school? I think somewhat, but that’s probably still pretty rare. There’s hardly anyone coming out of school with just computer security degrees. There are some, but we’re probably talking in the hundreds. I think the universities are just now within the last 3-5 years getting masters in computer security sciences off the ground. But there are not a lot of students in them.

BK:  What do you think is the most important qualification to be successful in the security space, regardless of a person’s background and experience level?

Grossman: The ones who can code almost always [fare] better. Infosec is about scalability, and application security is about scalability. And if you can understand code, you have a better likelihood of being able to understand how to scale your solution. On the defense side, we’re out-manned and outgunned constantly. It’s “us” versus “them,” and I don’t know how many of “them,” there are, but there’s going to be too few of “us “at all times.  So whatever your solution is or design criteria, you’re going to have to scale it. For instance, you can imagine Facebook…I’m not sure many security people they have, but…it’s going to be a tiny fraction of a percent of their user base, so they’re going to have to figure out how to scale their solutions so they can protect all those users.

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Court Ruling Could Be Boon to Cyberheist Victims

July 6, 2012

A decision handed down by a federal appeals court this week may make it easier for small businesses owners victimized by cyberheists to successfully recover stolen funds by suing their bank.

The U.S. Federal Court of Appeals for the First Circuit has reversed a decision from Aug. 2011, which held that Ocean Bank (now People’s United) was not at fault for a $588,000 cyberheist in 2009 against one of its customers — Sanford, Me. based Patco Construction Co. The appeals court sent specific aspects of the earlier decision back to the lower court for review, but it encouraged both parties to settle the matter out of court.

The appeals court in Boston called the bank’s security systems “commercially unreasonable,” reversing a lower court ruling that Ocean Bank’s reliance on passwords and secret questions was in line with guidance set out by federal banking regulators. A copy of the decision is here (PDF).

Charisse Castagnoli, a bank fraud expert and independent security consultant, said the decision could open the door lawsuits from small businesses that have been similarly victimized with the help of outdated security procedures at their banks.

“What this opinion offers is a strong basis for victims to challenge the security implementations of their banks regardless of whether they agreed that the implementation was ‘commercially reasonable’ at a single point in time in a ‘shrink wrap’ type contract,” Castagnoli said.

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New Java Exploit to Debut in BlackHole Exploit Kits

July 5, 2012

Malicious computer code that leverages a newly-patched security flaw in Oracle’s Java software is set to be deployed later this week to cybercriminal operations powered by the BlackHole exploit pack. The addition of a new weapon to this malware arsenal will almost certainly lead to a spike in compromised PCs, as more than 3 billion devices run Java and many of these installations are months out of date.

I first learned about the new exploit from a KrebsOnSecurity reader named Dean who works in incident response for a financial firm. Dean was trying to trace the source of an infected computer in his network; he discovered the culprit appeared to be a malicious “.jar” file. A scan of the jar file at Virustotal.com showed that it was detected by just one antivirus product (Avira), which flagged it as “Java/Dldr.Lamar.BD”. The description of that threat says it targets a Javas vulnerability tagged as CVE-2012-1723, a critical bug fixed in Java 6 Update 33 and Java 7 Update 5.

The attack may be related to an exploit published for CVE-2012-1723 in mid-June by Michael ‘mihi’ Schierl. But according to the current vendor of the BlackHole exploit pack, the exact exploit for this vulnerability has only been shared and used privately to date. Reached via instant message, the BlackHole author said the new Java attack will be rolled into a software update to be made available on July 8 to all paying and licensed users of BlackHole.

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Who Says Email Is Eating at Postal Revenues?

July 3, 2012

Shadowy online businesses that sell knockoff prescription drugs through spam and other dodgy advertising practices have begun relying more heavily on the U.S. Postal Service to deliver prescription drugs to buyers in the United States direct from warehouses or mules within the U.S. The shift comes as rogue online pill shops are seeking ways to lower shipping costs, a major loss leader for most of these operations.

An ad for Rx-Parners pill shop that ships from the US.

Traditionally, a majority of the counterfeit pills advertised and sold to Americans online have shipped from India. But the process of getting the pills from India to customers in the United States is so expensive and fraught with complications that it has proved to be a big cost center for the largest rogue pharmaceutical operations, according to a study I wrote about last month.

“One of the surprising things we found was that shipping dominates program costs,” said Stefan Savage, one of the lead authors on the study, and a professor in the systems and networking group at the University of California San Diego.

The researchers discovered that most rogue pharmacy operations spend between 11 to 12 percent of their annual revenue on shipping costs. Part of the reason for the high cost is that pill shipments from India and elsewhere outside of the United States frequently get delayed or confiscated by U.S. Customs officials. This forces the rogue pharmacies to either refund the customer’s money, or to eat the costs of re-shipping the pills.

Increasingly, however, some of the largest spam affiliate programs are delivering some of their most popular drugs — including erectile dysfunction pills and everything from Accutane to Cipro and Diflucan and Plavix — direct to U.S. buyers from shipping locations within the United States.

“This is why you see pharmacy outfits like RX-Partners, Mailien and Stimulcash picking the most popular drugs and warehousing them in the United States so they can do USPS shipping through mules,” Savage said.

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How to Break Into Security, Schneier Edition

July 2, 2012

Last month, I published the first in a series of advice columns for people who are interested in learning more about security as a craft or profession. In this second installment, I asked noted cryptographer, author and security rock star Bruce Schneier for his thoughts.

Schneier: I regularly receive e-mail from people who want advice on how to learn more about computer security, either as a course of study in college or as an IT person considering it as a career choice.

First, know that there are many subspecialties in computer security. You can be an expert in keeping systems from being hacked, or in creating unhackable software. You can be an expert in finding security problems in software, or in networks. You can be an expert in viruses, or policies, or cryptography. There are many, many opportunities for many different skill sets. You don’t have to be a coder to be a security expert.

In general, though, I have three pieces of advice to anyone who wants to learn computer security:

  • Study: Studying can take many forms. It can be classwork, either at universities or at training conferences like SANS and Offensive Security. (These are good self-starter resources.) It can be reading; there are a lot of excellent books out there — and blogs — that teach different aspects of computer security. Don’t limit yourself to computer science, either. You can learn a lot by studying other areas of security, and soft sciences like economics, psychology, and sociology.
  • Do: Computer security is fundamentally a practitioner’s art, and that requires practice. This means using what you’ve learned to configure security systems, design new security systems, and — yes — break existing security systems. This is why many courses have strong hands-on components; you won’t learn much without it.
  • Show: It doesn’t matter what you know or what you can do if you can’t demonstrate it to someone who might want to hire you. This doesn’t just mean sounding good in an interview. It means sounding good on mailing lists and in blog comments. You can show your expertise by making podcasts and writing your own blog. You can teach seminars at your local user group meetings. You can write papers for conferences, or books.

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Secunia’s Auto-patching Tool Gets Makeover

June 29, 2012

Vulnerability management firm Secunia has shipped a new version of its auto-patching tool — Personal Software Inspector 3.0 – a program for Windows users that can drastically simplify the process of keeping up-to-date with security patches for third-party software applications.

The final release of PSI 3.0 supports programs from more than 3,000 software vendors, and includes some key changes that address shortcomings identified in the beta version that I highlighted back in February.

The 3.0 version of PSI still keeps auto-patching on by default at installation, although users can uncheck this box and choose to manually install all available updates for third-party programs. Unlike the beta version — which was radically devoid of tweakable options and settings — the version released this week provides a more configurable interface that should be more appealing to longtime users of this tool.

Users also can review the history of installed updates, and select which hard drives should be scanned, options absent from the beta release. PSI 3.0 also lets users create rules that tell the software to ignore updates for particular programs.

Overall, the new PSI strikes a fair balance between configurability and ease-of-use, and is a notable improvement over the beta version. However, I had trouble with the program after installing it on my test machine — a Windows 7 64-bit machine with 8 GB of memory. The program seemed to get stuck on scanning for updates, and for an excruciating eight minutes or so the software sucked up most of my machine’s available memory and processing power. The only way I could get my system back to normal was to reboot the system.

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DNSChanger Trojan Still in 12% of Fortune 500

June 28, 2012

In about two weeks, hundreds of thousands of computer users are going to learn the hard way that failing to keep a clean machine comes with consequences. On July 9, 2012, any systems still infected with the DNSChanger Trojan will be summarily disconnected from the rest of the Internet, and the latest reports indicate this malware is still resident on systems at 12 percent of Fortune 500 companies, and roughly four percent of U.S. federal agencies.

DNChanger chronology. Source: InternetIdentity

In a bid to help users clean up infections, security experts won court approval last year to seize control of the infrastructure that powered the search-hijacking Trojan. But a court-imposed deadline to power down that infrastructure will sever Internet access for PCs that are not rid of the malware before July 9, 2012.

According to Internet Identity, 12 percent of all Fortune 500 companies and four percent of “major” U.S. federal agencies are still infected (a link to Internet Identity’s full infographic is here). The latest stats from the DNSChanger Working Group, an industry consortium working to eradicate the malware, more than 300,000 systems are still infected.

That number is likely conservative: The DCWG measures infections by Internet protocol (IP) addresses, not unique systems. Because many systems that are on the same local network often share the same IP address, the actual number of DNSChanger-infected machines is probably quite a bit higher than 300,000.

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‘Carderprofit’ Forum Sting Nets 26 Arrests

June 26, 2012

The U.S. Justice Department today unveiled the results of a two-year international cybercrime sting that culminated in the arrest of 26 people accused of trafficking in hundreds of thousands of stolen credit and debit card accounts. Among those arrested was an alleged core member of “UGNazi,” a malicious hacking group that has claimed responsibility for a flood of recent attacks on Internet businesses.

The carding forum Carderprofit.cc was an FBI sting operation.

Federal officials are calling the operation the largest coordinated international law enforcement action in history directed at “carding” crimes, in which the Internet is used to traffic in and exploit the stolen credit card, bank account and other personal information of hundreds of thousands of victims.

According to documents released by the Justice Department, the sting — dubbed “Operation Card Shop” — began in June 2010, when the FBI established an undercover carding forum called “CarderProfit” (carderprofit.cc) to identify users who were buying and selling stolen credit card accounts and goods purchased with stolen accounts.

The FBI kept track of Internet addresses used by forum members, and used members’ login information to gather additional information about registered users. The agency tightened the noose in May 2012, when it began imposing new membership requirements to restrict site membership to individuals with established knowledge of carding techniques or interest in criminal activity.

“For example, at times, new users were prevented from joining the site unless they were recommended by two existing users who had registered with the site, or unless they paid a registration fee,” the government said in a statement about today’s arrests. “New users registering with the [undercover] site were required to provide a valid e- mail address as part of the registration process. The e-mail addresses entered by registered members of the site were collected by the FBI.”

Carderprofit.cc as it appears now.

Meanwhile, the feds were collecting stolen credit and debit card accounts that were being traded by forum members, and feeding the information back to issuing banks. The Justice Department said it contacted affected financial institutions regarding more than 411,000 compromised credit and debit cards, and notified 47 companies, government entities, and educational institutions of the breach of their networks.

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Bank Settles With Calif. Cyberheist Victim

June 26, 2012

A California escrow firm that sued its bank last year after losing nearly $400,000 in a 2010 cyberheist has secured a settlement that covers the loss and the company’s attorneys fees. The settlement is notable because such cases typically favor the banks, and litigating them is often prohibitively expensive for small- to mid-sized businesses victimized by these crimes.

In March 2010, organized computer crooks stole $465,000 from Redondo Beach, Calif. based Village View Escrow Inc., sending 26 consecutive wire transfers from Village View’s accounts to 20 individuals around the world who had no legitimate or previous business with the firm. The escrow firm clawed back some of the stolen funds — $72,000 — but that still left Village View with a $393,000 loss, forcing the company’s owner to take out a personal loan at 12 percent interest to cover the loss of customer funds).

In June 2011, Village View sued its financial institutionProfessional Business Bank — arguing that the bank was negligent because it protected customer accounts solely with usernames and passwords. Last week, Village View announced that it had reached a settlement with its bank to recover more than just the full amount of the funds taken from the account plus interest for Village View Escrow.

Kim Dincel, a shareholder at Silicon Valley Law Group, which represented the plaintiffs, said the Uniform Commercial Code and its corresponding California Commercial Code limits the damages resulting from wire transfer fraud to only the actual amount of money lost plus interest – nothing more.  Common law claims such as negligence, breach of contract and fraud, and the damages that attached to them, are generally precluded from being asserted by a victim of wire transfer fraud in a lawsuit involving wire transfer fraud, he added.

“Banks typically deny liability for the cyber-theft which forces small businesses to spend money they do not have on legal fees and regulatory expenses in order to recover a limited and defined set of damages under the Uniform Commercial Code (UCC),” Dincel said in a prepared statement released Monday.

The Bank of Manhattan, which acquired Professional Business Bank last month, did not return calls seeking comment.

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