The bots Unveillance had sinkholed are Qakbot-infected machines as well as some Mariposa-infected machines, which could have been a treasure trove of botnet firepower for the hacking group, security experts say. Qakbot is a Trojan that spreads like a worm, and its goal is to steal financial accounts and ultimately help siphon money. The botnet has been spotted on the rise, most recently infecting 1,500 Massachusetts state PCs and possibly exposing personal information of some 250,000 state residents.
Karim Hijazi, CEO and president at Unveillance, which uses sinkhole servers to pose as botnet servers that capture communique from orphaned bots, says his firm controls a large portion of the Qakbot botnet's command-and-control infrastructure via its sinkhole servers. "I believe [LulzSec] wanted it for use for a variety of reasons," Hijazi says. "Fraud, information-stealing, reverse-proxy, [etc.]."
In addition, Unveillance sinkholed some Mariposa bots, which LulzSec was also interested in obtaining. Although law enforcement controls the Mariposa command-and-control servers themselves, there are still plenty of machines worldwide infected with the bot malware. "We still see over 4 million events/communications from infected machines part of Mariposa per hour and over 100,000 unique IP addresses an hour," Hijazi says.
LulzSec wanted Mariposa for DDoS purposes, says Pedro Bustamante, senior research adviser for Panda Security. "It’s important to note that even if LulzSec [was able] to completely hack Unveillance and take over their systems, this will not have an impact on LulzSec getting access to the Mariposa botnet," Bustamante says. "The reason is that the DNS records for the Mariposa command-and-control servers are under the control of law enforcement, and are only being redirected to Unveillance for sinkholing purposes ... we can change the DNS records for the main C&C domains and point them somewhere else as to minimize the impact" of any theft of those existing Mariposa bots, he says.
Clues to LulzSec's botnet intentions began to surface last month, when Unveillance discovered some unusual traffic patterns around its network. On May 25, Hijazi noticed something funny was going on with his email account as well. "An email I saw on my phone was showing as already-read on my computer," even though he had not opened the message yet, he recalls.
Minutes later, he witnessed an email in his inbox go from "unread" to "read" and then back to "unread" again. "That was a really compelling event," he says. Between that and the unusual traffic trying to get past Unveillance's firewalls, something was definitely going amiss: "It was lockdown time," he says.
In the wee hours of the morning, Hijazi received an email with his Infragard password in the subject line, and a message asking if he wanted "to talk," and signed "Love, Friends." He gathered his team at 4:30 a.m., and they began brainstorming and shoring up security.
It wasn't until later in an online chat with the hackers that Hijazi learned what the attackers really wanted: "They ... [were] saying, 'We want your botnet information' or they would 'dox' us," he says. Among their demands was Qakbot information and its sinkholes: "They wanted [me] to convey ownership of the domain for DDoS'ing. They wanted command and control of those DDoS botnets," Hijazi says.
When Hijazi refused, they demanded money, but he replied that his firm was a start-up and didn't have any money. "On Friday, they dumped my emails online, and InfraGard was taken down," he says.
While Anonymous -- from which LulzSec originally spun off -- has been best known for using "crowdsource" distributed denial-of-service (DDoS) attacks using the Low Orbit Ion Cannon (LOIC) tool, the group also has relied on established botnets to take down websites it targets.
Meanwhile, Hijazi says the AntiSec operation headed by Anonymous is hosting a new hacker training school via an IRC chat room for new recruits. "New information about their 'new' AntiSecPro hacker training school shows intent to use the ZeuS source code to train new recruits [bot-herders] how to compile and deploy a ZeuS botnet," Hijazi says.
Aside from the Zeus training and offering source code for Zeus 2.0.8.9, the "#school4lulz" training includes language injection via HTTP, IDS evasion, SQL injection techniques, botnet C&C protocol selection, takeover mitigation, social engineering skills, war-driving, and how to find an individual's personal information online, Unveillance says.
Have a comment on this story? Please click "Add Your Comment" below. If you'd like to contact Dark Reading's editors directly, send us a message.
| To upload an avatar photo, first complete your Disqus profile. | View the list of supported HTML tags you can use to style comments. | Please read our commenting policy. |
How Did They Get In? A Guide to Tracking Down The Source of an APT
If you think that your organization hasn't been affected by an advanced persistent threat, you probably haven't looked hard enough. Identifying that your organization is under attack is difficult enough; determining the scope of infiltration and damage presents a whole new level of challenge. To effectively protect against APTs, security pros will need to employ an arsenal of tools in a coordinated fashion, as well as develop new understandings of and approaches to system and data exploits. Here's a short and simple guide to this challenge.
Detecting and Defending Against Advanced Persistent Threats
APTs are a growing problem for enterprises big and small. Protecting your organization from these targeted threats
requires constant vigilance, ongoing employee training and a concerted effort to align security systems to address
every phase of an APT. Companies also need to develop a remediation and response plan if, despite best efforts, defenses are breached.
Smarter, Stealthier, Sneakier Malware
Increasingly sophisticated and targeted attacks are making it more difficult for organizations to detect
and defend against the latest malware. In this compendium of recent coverage from Dark Reading, you?ll get a look at some of the newest -- and most dangerous -- malware on the Web, and what you can do to stop it.
Other reports from the Advanced Threats Tech Center:
| Sponsored by: |
MOBILE SECURITY - Mapping an Ecosystem of Risk
This white paper highlights the various considerations for defending mobile applications-from the mobile application architecture itself to the myriad testing technologies needed to properly assess mobile applications risk.
Software Security Delivered in the Cloud
This Solution Guide details the automated, turnkey service that requires no special security assessment expertise. It details HP's market-leading static and dynamic analysis technologies that help organizations worldwide gain insight into the security state of their essential business applications.
SANS Mobility/BYOD Security Survey
This survey, which includes input from more than 500 IT professionals, explores how organizations are managing risk around their end user mobile devices as well as what level of policies and controls enterprises have around mobile usage.
Expert Guide to Application Security - Real-time Hybrid Analysis
Explore the next generation of hybrid security analysis - what it is, how it works, and its benefits. This white paper details how hybrid application security enables organizations to resolve critical software security issues faster and at a lower cost than any other available technology.
A Mainstay Partners Study: Does Application Security Pay?
Measuring the Business Impact of Software Security Assurance Solutions: a study of 17 organizations that implemented solutions from Fortify Software, combining industry research and benchmark analysis to identify, qualify, and quantify the full range of benefits seen from their SSA investments.
MORE NEWSFEED >>>