Hacking & Security

VMware vydal záplaty kvůli chybě v Apache Flex BlazeDS

CSIRT.cz - 19 Listopad, 2015 - 21:19

Společnost VMware vydala záplaty pro několik z jejích produktů, kvůli zranitelnosti zneužitelné vzdáleným útočníkem k neoprávněnému získání informací ze serveru pouze s pomocí speciálně připraveného XML požadavku. Zranitelnost se týká komponenty Flex BlazeDS.

Kategorie: Hacking & Security

VirusTotal now Scans Mac OS X Apps for Malware

The Hacker News - 19 Listopad, 2015 - 18:02
Do Mac Computers Get Viruses? Yes, Of Course, they do!  According to stats, malware for MAC OS X has appeared five times more in 2015 alone than the previous five years combined. As malware for Macs is becoming more common, Google has decided to add support for Mac  OS X malware detection to its VirusTotal web-based service. VirusTotal — launched in 2004 and acquired by Google in
Kategorie: Hacking & Security

Android adware can install itself even when users explicitly reject it

Ars Technica - 19 Listopad, 2015 - 17:52

(credit: Lookout)

Two weeks ago, Ars reported on newly discovered Android adware that is virtually impossible to uninstall. Now, researchers have uncovered malicious apps that can get installed even when a user has expressly tapped a button rejecting the app.

The hijacking happens after a user has installed a trojanized app that masquerades as an official app available in Google Play and then is made available in third-party markets. During the installation, apps from an adware family known as Shedun try to trick people into granting the app control over the Android Accessibility Service, which is designed to provide vision-impaired users alternative ways to interact with their mobile devices. Ironically enough, Shedun apps try to gain such control by displaying dialogs such as this one, which promises to help weed out intrusive advertisements.

From that point on, the app has the ability to display popup ads that install highly intrusive adware. Even in cases where a user rejects the invitation to install the adware or takes no action at all, the Shedun-spawned app uses its control over the accessibility service to install the adware anyway.

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Kategorie: Hacking & Security

VirusTotal Adds Sandbox Execution for OS X Apps

Threatpost - 19 Listopad, 2015 - 17:00
Google-owned online malware scanner VirusTotal this week announced the availability of sandbox execution for Mac OS X apps.
Kategorie: Hacking & Security

Federal Legislation Targets “Swatting” Hoaxes

Krebs on Security - 19 Listopad, 2015 - 16:25

A bill introduced in the U.S. House of Representatives on Wednesday targets “swatting,” an increasingly common and costly hoax in which perpetrators spoof a communication to authorities about a hostage situation or other violent crime in progress in the hopes of tricking police into responding at a particular address with deadly force.

The Interstate Swatting Hoax Act of 2015, introduced by Rep. Katherine Clark (D-Mass.) and Rep. Patrick Meehan (R-PA), targets what proponents call a loophole in current law. “While federal law prohibits using the telecommunications system to falsely report a bomb threat hoax or terrorist attack, falsely reporting other emergency situations is not currently prohibited,” reads a statement by the House co-sponsors.

To address this shortcoming, the bill “would close this loophole by prohibiting the use of the internet telecommunications system to knowingly transmit false information with the intent to cause an emergency law enforcement response.”

“In recent years, swatting has become a widely used tool for online harassers to attack journalists, academics, domestic violence survivors, and celebrities,” the lawmakers wrote. “Perpetrators locate victims’ private information online and use technology to conceal their identity as they contact emergency responders.”

Fairfax County Police outside my home on 3/14/13

As the target and victim of multiple swatting hoaxes, I support efforts to crack down on this dangerous crime, which wastes public resources, unnecessarily endangers lives, and diverts first responders away from real emergencies.

However, the bill doesn’t and can’t address a big part of the swatting problem: A huge percentage of those involved in swatting are under the age of 18, and the federal justice system simply isn’t built to handle juvenile offenders. As a result, most cases of youths detained for swatting are handled by state and local authorities. Thus, unless more states pass anti-swatting laws, many of these crimes likely will continue to go unpunished.

California, for example, has a law on the books that requires convicted swatters to repay any costs associated with the incident, which can range as high as $10,000. Under the California law, which took effect Jan. 1, 2014, convicted swatters can face up to a year in jail.

Kategorie: Hacking & Security

Jako Pat a Mat: Piráti omylem dali do viru i dešifrovací klíč

Novinky.cz - bezpečnost - 19 Listopad, 2015 - 16:05
Vyděračské viry z rodiny ransomware terorizují uživatele po celém světě již několik let. Jeho nová verze, která cílí na počítače s operačním systémem Linux, se tvůrcům ale opravdu nepovedla. Obsahuje totiž chybu, díky níž se lidé dostanou opět ke svým datům. Pirátům tak nemusí zaplatit ani korunu.
Kategorie: Hacking & Security

Forget BadBIOS, here comes BadBarcode…

Sophos Naked Security - 19 Listopad, 2015 - 16:00
BadBarcode is a securiy problem with barcode scanners that has made some dramatic headlines - but what is it, and what can be done about it?

Chipotle’s human resources emails made job applicants phishing bait

Sophos Naked Security - 19 Listopad, 2015 - 15:25
Chipotle, the giant Mexican fast food restaurant chain, was sending emails to new job applicants from a domain - chipotlehr.com - it didn't own. What could go wrong?

LinkedIn Fixes Persistent XSS Vulnerability

Threatpost - 19 Listopad, 2015 - 15:00
LinkedIn fixed a persistent cross site scripting vulnerability in its site this week that could have spread a worm on the service's help forums.
Kategorie: Hacking & Security

Facebook finally lets a woman named Isis back into her account

Sophos Naked Security - 19 Listopad, 2015 - 14:08
No, I am not a terrorist, said the San Francisco engineer, sending a copy of her passport that eventually convinced somebody.

The Cybersecurity Information Sharing Act of 2015 (CISA): Is It the Right Answer?

InfoSec Institute Resources - 19 Listopad, 2015 - 14:00

In attempt to further cybersecurity efforts for the nation, a brand new cybersecurity bill, the S. 754, has just been discussed: the Cybersecurity Information Sharing Act of 2015. The bill was introduced in the 114th Congress and quickly rose to the top of its agenda. Some relevant provisions of S.754 have already appeared in other […]

The post The Cybersecurity Information Sharing Act of 2015 (CISA): Is It the Right Answer? appeared first on InfoSec Resources.

Kategorie: Hacking & Security

Mark Zuckerberg Just Quits his Job at Facebook — Check Yourself!

The Hacker News - 19 Listopad, 2015 - 13:58
Yes, you heard it right. Mark Zuckerberg has left his job at Facebook. Don’t believe me? I can prove it to you. — Check this Facebook Post by yourself — This is weird, Isn’t it? But, don’t be surprised or shocked, because what you just saw was only an illusion. <!-- adsense --> This is actually a minor bug in the popular social media website that allows anyone to manipulate the
Kategorie: Hacking & Security

Hey ISIS! Check Out How 'Idiot' Anonymous Hackers Can Disrupt your Online Propaganda

The Hacker News - 19 Listopad, 2015 - 13:00
The online Hacktivist group Anonymous declared War against the Islamic State militant group (ISIS) that claimed responsibility for the horrific terrorist attacks that rocked Paris last week. In response to the Anonymous’ warning of launching their "biggest operation ever" against the terrorist group, ISIS militants called Anonymous – "IDIOTS". It seems like Anonymous has taken ISIS
Kategorie: Hacking & Security

Is Telegram Really Secure? — 4 Major Privacy Issues Raised by Researcher

The Hacker News - 19 Listopad, 2015 - 12:52
The terrorist groups are encouraging its followers to use Telegram to make their propaganda invisible from law enforcement, but some security experts believe that Telegram may not be as secure as jihadi advocates may like to believe. Telegram is an end-to-end encrypted messaging service that has been adopted by a lot more people than ISIS — as of last year, the company claimed more than
Kategorie: Hacking & Security

Drone makers put their devices on a geofenced leash

Sophos Naked Security - 19 Listopad, 2015 - 12:10
Two companies are getting out in front of calls for no-fly zones with geofencing that will warn operators or even render UAVs inoperable.

Russian financial cybercrime: how it works

Kaspersky Securelist - 19 Listopad, 2015 - 11:57

 Download PDF version


The Russian-language cybercrime market is known all over the world. By ‘Russian-language market’ we mean cybercriminals who are citizens of the Russian Federation and some former USSR countries, predominantly Ukraine and the Baltic states. Why is this market known worldwide? There are two main factors: the first of these is frequent global media coverage of the activity of Russian-language cybercriminals. The second is the open accessibility of online platforms used by the cybercriminal community for communications, promoting a variety of “services” and “products” and discussing their quality and methods of application, if not for making actual deals.

Over time, the range of “products” and “services” available through this underground market has evolved, becoming more focused on financial attacks, and with an ever-increasing level of sophistication. One of the most common types of cybercrime was (and still is) the turnover of stolen payment card data. With the emergence of online stores and other services involving e-payment transactions, DDoS-attacks and financial cybercrime have become especially popular with the fraudsters whose main targets are users’ payment data or the theft of money directly from user accounts or companies.

Attacks on users’ and companies’ e-wallets were initiated by the Trojan ibank in 2006; then came ZeuS (2007) and SpyEye (2009) followed by the groups Carberp (2010) and Carbanak (2013). And this list is incomplete; there are more Trojans out there, used by criminals to steal users’ money and data.

With online financial transactions becoming more common, the organizations supporting such operations are becoming more attractive to cybercriminals. Over the last few years, cybercriminals have been increasingly attacking not just the customers of banks and online stores, but the enabling banks and payments systems directly. The story of the Carbanak cybergroup which specializes in attacking banks and was exposed earlier this year by Kaspersky Lab is a clear confirmation of this trend.

Kaspersky Lab experts have been monitoring the Russian hacker underground since it first emerged. Kaspersky Lab regularly issues reports on financial cyber-threats which track changes in the number of financial malware attacks carried out over time. Information on the number of attacks may indicate the extent of the problem but does not reveal anything about who creates them and how. We hope that our review will help to shed light on this aspect of financial cybercrime.

Between 2012-15, law enforcement agencies arrested over 160 Russian-speaking cybercriminals


The data presented in this article is compiled from dozens of investigations that Kaspersky Lab experts have participated in over the last few years, as well as their many years’ experience observing the Russian cybercrime market.

Situation overview

According to Kaspersky Lab, between 2012 and 2015, law enforcement agencies from a number of different countries, including the United States, Russia, Belarus, Ukraine and the EU arrested over 160 Russian-speaking cybercriminals who were members of small, medium-sized and large criminal groups. They were all suspected of being engaged in stealing money using malware. The total damage resulting from their worldwide activity exceeded $790 million dollars. (This estimate is based both on the analysis of public information about the arrests of people suspected of committing financial cybercrime in the period between 2012 and 2015 and on Kaspersky Lab’s own data.) Of this sum, about $509 million dollars was stolen outside the borders of the former USSR. Of course, this figure only includes confirmed losses, the details of which were obtained by law enforcement authorities during the investigation. In reality, cybercriminals could have stolen a much larger amount.

The number of arrests of Russian-speaking cybercriminals as officially announced during the period 2012 to 2015

Since 2013, Kaspersky Lab’s Computer Incidents Investigation team has participated in the investigation of more than 330 cybersecurity incidents. More than 95% of these were connected with the theft of money or financial information.

Although the number of arrests of Russian-language criminals suspected of financial cybercrime increased significantly in 2015 compared with the previous year, the cybercriminal market is still “crowded.” According to Kaspersky Lab experts, over the last three years Russian-language cybercrime has recruited up to a thousand people. These include people involved in the creation of infrastructure, and writing and distributing malware code to steal money, as well as those who either stole or cashed the stolen money. Most of those arrested are still not in prison.

We can calculate fairly precisely the number of people who make up the core structure of an active criminal group: the organizers, the money flow managers involved in withdrawing money from compromised accounts and the professional hackers. Across the cybercriminal underground, there are only around 20 of these core professionals. They are regular visitors of underground forums, and Kaspersky Lab experts have collected a considerable amount of information that suggests that these 20 people play leading roles in criminal activities that involve the online theft of money and information.

The exact number of groups operating across Russia and its neighboring countries is unknown: many of those involved in criminal activities participate in several thefts and then, for various reasons cease their activity. Some participants of known but apparently disbanded groups continue their criminal activities as part of new groups.

Kaspersky Lab’s Computer Incidents Investigation Department can now confirm the activity of at least five major cybercriminal groups specializing in financial crimes. These are the groups whose activities have been monitored by the company’s experts over the last few years.

All five groups came to the attention of the company’s experts in 2012-2013, and are still active. They each number between ten and 40 people. At least two of them are actively attacking targets not only in Russia but also in the USA, the UK, Australia, France, Italy and Germany.

There are ~20 of people, who make up the core structure of an active criminal group


Since the investigation into these groups has not been completed, it is not possible to publish more detailed information on the activities of these groups. Kaspersky Lab continues to investigate their activity and is cooperating with the law enforcement agencies of Russia and other countries in order to curb their cybercriminal business.

Investigation into the activities of these groups has allowed Kaspersky Lab experts to form an idea about their methods of operation and the structure of the cybercriminal market.

The structure of the Russian-language cybercriminal market “A Range of products and services”

The cybercriminal market usually comprises a set of “services” and “products”, used for various illegal actions in cyberspace. These “products” and “services” are offered to users of dedicated online communities, most of which are closed to outsiders.

The “products” include:

  • Software designed to gain unauthorized access to a computer or a mobile device, in order to steal data from an infected device or money from a victim’s account (the Trojans);
  • Software designed to take advantage of vulnerabilities in the software installed on a victim’s computer (exploits);
  • Databases of stolen credit card data and other valuable information;
  • Internet traffic (a certain number of visits to a customer-selected site by users with a specific profile.)

The “services” include:

  • Spam distribution;
  • Organization of DDoS attacks (overloading sites with requests in order to make them unavailable to legitimate users);
  • Testing malware for antivirus detection;
  • “Packing” of malware (changing malicious software with the help of special software (packers) so that it is not detected by antivirus software);
  • Renting out exploit packs;
  • Renting out dedicated servers;
  • VPN (providing anonymous access to web resources, protection of the data exchange);
  • Renting out abuse-resistant hosting (hosting that does not respond to complaints about malicious content, and therefore does not disable the server);
  • Renting out botnets;
  • Evaluation of the stolen credit card data;
  • Services to validate the data (fake calls, fake document scans);
  • Promotion of malicious and advertising sites in search results (Black SEO);
  • Mediation of transactions for the acquisition of “products” and “services”;
  • Withdrawal of money and cashing.

Payments for such “products” and “services” on the cybercriminal market are generally made via an e-payment system such as WebMoney, Perfect Money, Bitcoin and others.

All of these “products” and “services” are bought and sold in various combinations in order to enable four main types of crime. These types can also be combined in various ways depending on the criminal group:

  • DDoS attacks (ordered or carried out for the purpose of extortion);
  • Theft of personal information and data to access e-money (for the purpose of resale or money theft);
  • Theft of money from the accounts of banks or other organizations;
  • Domestic or corporate espionage;
  • Blocking access to data on the infected computer for the purpose of extortion;

According to Kaspersky Lab experts, the theft of money is currently the most widespread type of crime. The rest of this report therefore focuses on this segment of the Russian-language cybercrime market.

The “labor market” of financial cybercrime

The variety of skills required for the creation of “products” and the provision of “services” has given rise to a unique labor market of professionals involved in financial cybercrime.

The list of key roles is almost exactly the same as that seen in any IT-related company:

  • Programmers / encoders / virus writers (for the creation of new malicious software and modification of existing malware);
  • Web designers (for the creation of phishing pages, emails, etc.);
  • System administrators (for the construction and support of the IT infrastructure);
  • Testers (to test the malicious software);
  • “Cryptors” (responsible for the packing of malicious code to bypass antivirus detection).

The list does not include the heads of the criminal groups, the money flow managers engaged in withdrawing money from compromised accounts, and the heads of money mules supervising the process of cashing the stolen money. This is because the relationship between these elements of the criminal groups is not an employer-employee one, but more of a partnership.

Depending on the type and extent of the criminal enterprise, the heads of the groups either employ “staff” and pay them a fixed salary or work with them on a freelance basis paying for a particular project.

An offer of employment posted on a semi-closed forum inviting a programmer to join a cybercriminal group. The job requirements include experience in writing complex bots.

“Employees” are recruited either via sites where those involved in criminal activity traditionally gather or via resources for those interested in non-standard ways of making money online. In some cases, the ads are placed on mainstream job search sites or on the labor exchanges for remote employees.

We can confirm the activity of at least 5 major cybercriminal groups specializing in financial crimes


In general, employees involved in cybercrime can be divided into two types: those who are aware of the illegality of the project or the work they are offered, and those who (at least in the beginning) know nothing about it. In the latter case, these are usually people performing relatively simple operations such as copying the interface of banking systems and sites.

By advertising “real” job vacancies, cybercriminals often expect to find employees from the remote regions of Russia and neighboring countries (mostly Ukraine) where problems with employment opportunities and salaries for IT specialists are quite severe.

A fraudster has advertised a job vacancy for java / flash specialists on a popular Ukrainian website. The job requirements include a good level of programming skills in Java, Flash, knowledge of JVM / AVM specifications, and others. The organizer offers remote work and full employment with a salary of $2,500.

The idea of searching for “employees” in these regions is simple – they carry a saving because staff can be paid less than employees based in large cities. Criminals also often give preference to candidates who have not previously been involved in cybercrime activity.

Often, such job offers are presented as legitimate work, with the true purpose of the work only becoming clear once the task is received.

In this example, the organizer of the criminal group offers a job to a javascript programmer, masking it under a vacancy at a “Web-innovation studio specializing in the development of highly sophisticated Internet applications.”

In the case of illegal job search sites, less-experienced candidates are expected.

This vacancy invites a C ++ developer to develop “custom” software. In this context “custom” software means malicious software.

The second reason in favor of remote “personnel” is the organizer’s aim of making the activity of the group as anonymous as possible, and to ensure that no single contractor possesses complete information about the group.

Options for organizing a criminal group

Criminal groups involved in stealing money or financial information that will enable them to get access to money, differ in the number of participants and scope of activities. There are three main types of involvement:

  • Affiliate programs
  • Single dealers, small and middle-sized groups (up to ten members)
  • Large organized groups (ten or more participants)

This division is nominal. The scale of the group’s activity depends on the skillfulness of its participants, their ambition and the overall level of organizational abilities. In some cases, Kaspersky Lab experts came across relatively small criminal groups performing tasks that usually require a greater number of participants.

Affiliate programs

Affiliate programs are the easiest and least expensive method of getting involved in cybercrime activities. The idea behind an affiliate program is that the organizers provide their “affiliates” with almost all the tools they need to commit a crime. The task of the “affiliates” is to generate as many successful malware infections as possible. In return, the owner or owners of the affiliate program share the income received as a result of these infections with the affiliates. Depending on the type of fraudulent scheme this could be a share of:

  • The sums stolen from the accounts of Internet banking users;
  • The money paid by the user as a ransom when cybercriminals use ransomware Trojans;
  • The money stolen from the “prepaid” accounts of mobile device users by sending out SMS messages to premium mobile numbers with the help of a malicious program.

Creating and supporting an affiliate program for the purpose of stealing money is a cybercrime committed, as a rule, by a group of users. However, such projects are often carried out by large organized groups whose activity is analyzed later in this document.

This advertisement announces the launch of the beta testing of an affiliate program used to distribute encrypting ransomware. Judging by its characteristics, the group’s activity is focused on companies located in the US and the UK. This is indicated by the comment saying that the malware distributed via the partner network is able to encrypt files with 80 different extensions, many of which are files of applications used in companies. The text on requirements for candidates to participate in testing includes a demonstration of the presence of traffic or downloads from the United States and the United Kingdom.

According to Kaspersky Lab experts, affiliate programs are becoming less popular with Russian-language cybercriminals. The main driver of their popularity had been fraudulent schemes used to infect users’ mobile devices with malicious programs which then sent out SMS messages to premium numbers. However, in the spring of 2014, the Russian regulator introduced new requirements for the organization of such services, which included a need to secure additional confirmation of subscription to a particular paid mobile service. This change was instrumental in reducing the number of malicious mobile partner programs to practically zero. Nevertheless, this type of joint cybercriminal activity is still used by groups specializing in the distribution of encrypting ransomware.

Small Groups

What distinguishes this form of cybercriminal activity from an affiliate program is that in this instance the criminal or criminals organize their own fraudulent scheme. Most of the components needed for the attack, such as malware and its modifications (“re-packed” malware), the traffic, the servers, etc., are bought on the black market. Often, members of such groups are not experts in the field of computer and network technologies; they learn about the components and organization of financial attacks from public sources, usually forums. The abilities of such groups can be restricted by a number of factors. Specifically, the use of widely-available malware results in rapid detection by security solutions. This, in turn, makes cybercriminals invest more money in the distribution of malware and in its “re-packing” to bypass detection. The end result is a significant drop in profits for the attacker.

Mistakes made by this type of cybercriminal often result in their identification and arrest. However, as a relatively low cost entry into the world of cybercriminal activity (from $ 200), this “amateur” format continues to attract new dealers.

An example of such an “amateur” criminal organization is the group that in 2012 was convicted by the Russian court for stealing more than 13 million rubles (then worth about $422,000) from a Russian bank’s online customers. During a comprehensive investigation Kaspersky Lab experts were able to collect the information that allowed law enforcement authorities to identify those behind the theft.

The court sentenced two members of the criminal group, giving each a suspended sentence of four and a half years. However, this verdict did not stop the criminals, and they continued to commit crimes, stealing almost as much again over the next two and a half years. They were re-arrested in May 2015.

Large organized criminal groups

Large criminal groups differ from the other players, both through a larger scale of activity and through a more thorough approach to the organization and operation of criminal schemes. Such groups can comprise up to several dozen people (not including money mules used for cashing and “laundering” money.) The targets of their attacks are not limited to individual online banking customers: they also attack small and medium-sized companies, while the largest and most sophisticated of them, such as Carbanak focus mostly on banks and e-payment systems.

The operational structure of large groups differs significantly from smaller groups. To a certain extent, the structure reflects that of an ordinary, average-sized company engaged in software development.

In particular, large groups have some form of regular staff – a group of associates who perform organizational tasks in return for a regular, fixed payment. However, even in these large, professional groups some of the tasks are passed to third-party contractors. For example, the “re-packing” of malware can be performed by the staff or hired virus writers or via third-party services where the process is automated with the help of special software. The same is true for many other elements of the IT infrastructure required for committing crime.

Examples of large, organized criminal groups are Carberp, whose members were arrested in Russia and Ukraine in 2012 and 2013 respectively, and Carbanak, unmasked by Kaspersky Lab in early 2015.

Although the damage from the activity of partner programs and small groups can run into hundreds of thousands of dollars, the large criminal groups are the most dangerous and destructive. The estimated damage caused by Carberp reaches several hundred million dollars (up to a billion). In this regard, studying how these groups function and the tactics they use is extremely important, as it strengthens our ability to effectively investigate their activity and – ultimately – to suppress it.

Distribution of roles in a large cybercriminal group

A major financial cybercrime undertaken by criminal “experts” in security and the finance sector can result in multi-million dollar losses for attacked organizations. As a rule, such crimes are preceded by many months of preparation. This preparation includes constructing complex infrastructure, and selecting and developing malicious software, as well as a thorough study of the target organization in order to clarify the details of its internal operations and security vulnerabilities. Each member of the criminal group has their own responsibilities.

The following role distribution is typical for a criminal group involved in stealing money. The distribution of roles in groups that specialize in other types of cybercrime may be different.

Virus writer/Programmer

A virus writer or programmer is responsible for creating malicious programs, i.e. the programs that allow the attackers to gain a foothold in the corporate network of the target organization, download additional malware that will help to obtain the necessary information, and ultimately steal money.

The significance of this group member and the nature of their relationship with the organizers may vary from group to group. For example, if the group uses ready-made malware taken from open sources or bought from other virus writers, their functions may be limited to setting and modifying malicious programs to work in the infrastructure created specifically for a certain cybercrime, or to adapt it for attacks on specific institutions. The most advanced groups, however, tend to rely on their own “developments” since it makes a malicious program less visible to most security solutions and provides more opportunities for malware modification. Where this is the case, the virus writer’s role becomes more important as they are responsible for the architecture and feature set of a malicious program.

A virus writer can also take on responsibility for malware “re-packing”. But this happens only when the organizer wants to keep the maximum number of tasks within the group, and where original software is used for malware “re-packing”. In most cases, however, this procedure is shifted to third-party contractors or packing-services.


The function of testers in a criminal group is not that different from testers working in legal IT companies. In both cases, testers receive from their managers the specifications for testing programs in different environments (different versions of operating systems, different sets of installed applications, etc.) and execute them. If a fraudulent scheme involves fake interfaces of remote banking or e-payment systems, the task of testers also includes monitoring the correct operation of these fakes.

Web designers and Web programmers

Typically, web designers and web programmers are remote employees, whose tasks include creating phishing pages and websites, fake application interfaces and web injects, all of which are used to steal data to get access to e-payment and e-banking system.


Distributors aim to ensure the download of malicious software on as many devices as possible. The result is achieved by using several tools. Generally, the group organizer determines the profile of the users to be infected and buys the required type of traffic from the so-called traffic providers (services to attract users with certain characteristics to a particular website).

An advert offering to buy traffic. Cybercriminals are willing to pay only for the successful installation of malicious software at $ 140 per 1000 “call-backs” (a message that is sent by the malware to the command server after a successful infection).

The organizer can choose and order a spam mailing that will contain either an infected attached file or a link taking a victim to a malicious website. The organizers can also choose the site with the necessary target audience; involve hackers in breaking into it and placing the exploit pack on it. Of course, all these tools can be used in combination with each other.


Often, in the course of an attack, the exploits and other malicious software the organizer has to hand is not enough to infect all the computers necessary for the attack and to anchor in them. It may become necessary to hack into a specific computer or site. In such cases, the organizers involve hackers, people who have considerable skills in information security and are able to perform non-standard tasks. In many of the cases examined by Kaspersky Lab experts, hackers were occasionally involved and were paid on a fee-for-service basis. However, if hacking is required regularly (e.g., for targeted attacks on financial institutions), a hacker becomes a “team member” and is often one of the cybercriminal group’s key participants, along with the organizers and money flow managers.

System administrators

System administrators in cybercriminal groups perform near-identical tasks to their counterparts in legitimate businesses: they implement the IT infrastructure and maintain it in working condition. Cybercriminal system administrators configure management servers, buy abuse-resistant hostings for servers, ensure the availability of tools for anonymous connection to the servers (VPN) and resolve other technical challenges, including the interaction with remote system administrators hired to perform small tasks.

Call services

Social engineering is important for the success of the cybercriminal business. Especially when it comes to attacks on organizations that result in the theft of huge sums of money. In most cases, even if the attackers are able to establish control over the computer from which the transaction could be performed, confirmation of its legitimacy is required to successfully complete the operation. This is what the “call service” is for. At the specified time, its “employees” play the role of an employee of the attacked organization or a bank with which the organization works, and confirm the legitimacy of the transaction.

“Call services” can participate in a particular cybercrime both as a subdivision of the criminal group, or as a third-party organization, performing a specific task on a fee-for-service basis. The forums that users involved in cybercrime use to communicate with each carry plenty of ads offering such services.

This advertisement offers “call services” in English, German, Dutch and French. The group specializes in calls to Internet stores and banks, as well to duped mules. Also, the group offers the quick creation of local toll-free numbers used to imitate support services in fraudulent schemes, receiving SMS messages, and receiving and sending faxes. The criminals ask from $10 to $12 for one call, $ 10 for receiving SMS and from $ 15 for creating toll-free numbers.

According to Kaspersky Lab, large cybercriminal groups prefer to have their own “call services” so they hardly ever turn to third-party providers.

Money flow managers

Money flow managers are members of the cybercriminal group who come into play when all the technical tasks for organizing the attack (choosing and infecting the target and anchoring in its infrastructure) are fulfilled, and everything is ready to commit the theft. Money flow managers are the people who withdraw money from compromised accounts. However, their participation is not limited to pressing the keys; they play a key role in the whole process.

The list of key roles in financial cyber gangs almost mirrors IT-companies


Money flow managers usually thoroughly understand the internal rules of the attacked organization (they even know the lunch hours of the employee from whose computer the fraudulent transaction will be made). They know how the automated anti-fraud systems operate and how to bypass them. In other words, in addition to their criminal role of thieves, money flow managers perform “expert” tasks that are difficult or impossible to automate. Perhaps because of this special status, money flow managers are one of the few members of the criminal group who receive a percentage of the stolen money rather than a fixed “salary”.

Money flow managers often perform as botnet operators. i.e. members of the criminal group who analyze and classify the information obtained from infected computers (the access to the remote banking services, availability of money on the accounts which could be accessed, the organization where the infected computer is located, etc.).

Besides money loaders, these “working conditions” are only shared by the leaders of mule projects.

Head of Mules (Mule “project” leader)

Head of mules is a representative of the criminal group working closely with the people involved in the process of stealing money. The function of the mules is to get the stolen money, cash it and transfer to the criminal group its due share. To do this, the head of mules builds their own infrastructure, which consists of legal entities and individuals with their own bank accounts, to which the stolen money is transferred and from which it is later withdrawn and moved into the pockets of the fraudsters. The mule project leader cooperates with the organizer of the criminal group, and provides them with the numbers of the accounts to which the money loader sends the stolen money. Both mule project leaders and money flow managers work on commission which, according to the information obtained by Kaspersky Lab during the course of investigation, can amount to half the sum stolen.

Mule “projects”

Mule projects are a vital component of any financial cybercrime. Such groups comprise one or more organizers and up to several dozen individual mules.

A mule (or drop) is a holder of a means of payment who, on command from the money mules manager, cashes the money received into their/an account, or transfers it to another account as specified by the money mules manager.

Mules can be divided into two types: duped and non-duped. Duped mules are people who, at least at the beginning of their cooperation with the money mules manager, do not realize they are involved in a criminal scheme. As a rule, the task of getting and transferring money is presented to them under some plausible pretext. For example, the money mules manager can establish a legal entity and appoint to an executive position (the general or financial director, for example) a person who will perform the functions of the duped mule: such as signing corporate documents which will, in fact serve as a legal screen for withdrawing stolen money.

Non-duped mules are well aware of the real purpose of the money mules manager’s tasks.

The options used by the mule projects to withdraw money are manifold. Depending on the amount of money stolen, they may include individual credit card holders ready to cash money and give it to the representative of the money mules manager for a small fee, or specially created legal entities, whose representatives open “salary projects” (credit cards for transferring the salaries of company employees) at their corporate bank.

Yet another common method for constructing a mule scheme is for non-duped mules to open dozens of accounts at different banks.

This advert offers sets of payment cards (the card, the documents based on which the card was authorized, the SIM card with which the bank account of the card is associated) that can be used for cashing stolen money. For sale is the card issued by Russian banks and banks from neighboring countries, as well as banks from the countries of Europe, Asia and the United States. The Momentum-type set is costs 3000 rubles (less than $50), the set with the Platinum card – eight thousand rubles (about $120).

When the theft occurs outside of Russia, the role of the non-duped mules is performed by a citizen or group of citizens of an Eastern Europe country, who within a short period of time visit several countries on the continent and in each of them open accounts in their names. Then the non-dupe mules provide the money mules manager with the data to access all these accounts. These accounts are used later to withdraw the stolen money.

An example of an ad offering for sale a list of companies registered in the Russian Federation and in the offshore zone. The services of cybercriminals cost from $560 to $750.


The word “stuffer” comes from the word “stuff” (a colloquial word for “goods”). One way to withdraw stolen money is by buying goods in e-stores with the stolen money, reselling them and returning to the fraudsters their due percent. This is done by the stuffers, members of the cybercriminal groups engaged in spending money from compromised accounts on purchasing goods in online stores.

In fact, a stuffer is a variation of the money flow manager. Withdrawing money by purchasing goods is generally practiced if the stolen sums are relatively small. As a rule, the stuffers work in a team with the fences. Working “in tandem” often involves purchasing a certain type of goods, sometimes from a specific manufacturer or a clearly-defined model.


If we consider cybercrime as a project, the organizer of the criminal group is its general manager. Their duties usually include financing the preparatory phase of the attack, allocating tasks to executors, monitoring their performance and interacting with third-party agents such as mule projects and call services (if the group does not have its own). The organizer determines the targets for attacks, selects the necessary “specialists” and negotiates with them.

Stages of the attacks

It should be noted that the above classifications are not set in stone. In some cases, a single member of the criminal group can combine several roles. Nevertheless, regardless of how many people execute them, each of the roles described can be found when investigating almost every money-related cybercriminal incident. Here’s how they work in “real time.”

  1. Exploration. When it comes to targeted attacks on a specific company, the organizer first instructs the contractors to collect information about the company, which will help to develop a plausible social engineering scheme for the first stage of attack. If we are talking about an attack on individual users, the preliminary exploration stage is skipped or limited to choosing a “target audience” for the attack (for example, the users of the online banking service of a specific bank) and creating phishing emails and phishing sites with relevant content.

  2. Infection. Penetration of the corporate network is performed by spear-phishing or a phishing mass-mailing that contains an attachment with the special document or a malicious web-link. Opening the attachment or following the link leads to malware infection. Often, infection occurs automatically without the user’s awareness or participation – after clicking on the link, a malicious program is automatically downloaded on the user’s computer (drive-by download) and runs on it.

    In other cases, infection is carried out via compromised popular sites on which a tool is placed that invisibly redirects users to a third-party site containing a set of exploits. Once on this site, the user will be infected with malware.

    Once inside the system cybercriminals use a number of malicious tools to consolidate their presence. For example, to ensure that internal sites of compromised organizations have the malware reinstalled when the organization’s security software deletes the previous version. In addition, attackers are often set up within the infrastructure software of the attacked organization, enabling easy access to the internal corporate network from outside.

  3. Exploration and implementation. The programs for remote, hidden administration and management are downloaded onto compromised computers. They are used by cybercriminals to gain system administrators’ credentials. Legal programs for remote management and administration whose functionality is known to many users are often used for this.

  4. Money theft. In the final stage, cybercriminals access the financial systems of the targeted organization and transfer money from its accounts to the accounts of the mule projects or withdraw money directly at ATMs.


Financial cybercrime backed by Russian-speaking criminals has become widespread in recent years and this growth is due to a number of causes. The main ones are:

  • Not enough qualified staff in law enforcement agencies;
  • Inadequate legislation allowing criminals in many cases to avoid responsibility or to receive a lighter sentence;
  • A lack of established procedures for international cooperation between law enforcement agencies and expert organizations in different countries.

Unlike the real world, a robbery in cyberspace usually goes unnoticed and there is a very small window for collecting digital evidence after the crime. Further, criminals have no need to stay in the country where the crime is committed.

Unfortunately, for Russian-speaking cybercriminals current conditions are more than favorable: the risk of prosecution is low while the potential rewards are high. As a result, the number of crimes and the damage caused by them is growing, and the market for cybercriminal services is increasing momentum.

A relatively low cost of entry ($ 200) to cybercrime attracts new dealers


The lack of established mechanisms for international cooperation also plays into the hands of criminals: for example, Kaspersky Lab experts know that the members of some criminal groups permanently reside and work in Russia’s neighbors, while the citizens of the neighboring states involved in criminal activity often live and operate in the territory of the Russian Federation.

Kaspersky Lab is doing everything possible to terminate the activity of cybercriminal groups and encourages other companies and law enforcement agencies in all countries to cooperate.

The international investigation of Carbanak’s activity, initiated by Kaspersky Lab, is the first example of successful international cooperation. If the world is to see a serious and positive change there should be more such cases.

Reference. What is Kaspersky Lab Computer Incidents Investigation?

Kaspersky Lab is a well-known developer of anti-malware security solutions. But the company provides comprehensive protection, and this also includes services for computer incidents investigation.

Evidence of an incident, mainly presented in the form of digital data, needs to be collected and recorded so that there are no grounds for doubt in the investigation and trial when a victim makes a court application.

Kaspersky Lab Computer Incidents Investigation is responsible for:

  • Responding to IT security incidents and providing a quick analysis of the situation;
  • Collecting digital evidence and determining the circumstances of IT security incidents in accordance with established procedures;
  • Analyzing the evidence collected, searching the information related to the circumstances of the incident on the Internet and fixing them;
  • Preparing materials for the victim’s application to law enforcement agencies;
  • Providing expert support to investigative operations.

A huge amount of data is processed when responding to IT security incidents and supporting investigative operations. The analysis of this data, in combination with statistics on malicious objects detected identifies the trends of criminal behavior in cyberspace.

The Kaspersky Lab Computer Incidents Investigation Department was established in 2011 and involves six forensic experts.

Telegram — Secret Messaging app — Shuts Down 78 ISIS Channels

The Hacker News - 19 Listopad, 2015 - 11:11
The terrorist groups affiliated with the Islamic State have an extensive presence not only on social media accounts but also on the popular end-to-end encrypted messaging app Telegram through which they communicate with their followers and spread terror propaganda materials. Telegram has always been terrorist's favorite, but ISIS had been using the app since October, when Telegram introduced an
Kategorie: Hacking & Security

ISIS Calls Anonymous "IDIOTS" and Issues 5 Lame Tips for its Members to Avoid Getting Hacked

The Hacker News - 19 Listopad, 2015 - 04:30
The Anonymous Hacking group on Sunday declared Total War against the ISIS, the Islamic State terror organization that claimed responsibility for the Paris attacks on Friday that killed 129 people and hundreds more injured. In a sinister video posted on YouTube, the Cyber Hacktivists said they will launch their "biggest operation ever" with the warning that "Anonymous from all over the world will
Kategorie: Hacking & Security

Web-application vulnerabilities: no light at the end of the tunnel

Positive Research Center - 18 Listopad, 2015 - 23:50

There has been significant growth in web applications, from official sites and ERP systems, to e-commerce and e-banking platforms, and portals providing government services. These applications have increasingly become a target for hackers attempting to target enterprise information systems. Positive Technology conducted a study in 2014 to assess the state of web application security. The key findings are discussed below.

Cases and Methodology

During the 2014 calendar year, our specialists reviewed around 300 web applications. From this pool, the experts chose 40 systems for in-depth study using the most thorough testing methods. These 40 systems belong to companies from different industries – e-commerce (30%), banking (22%), manufacturing sector (17%), IT (15%), and telecoms (13%). The study also includes one government-owned institution.

The study contains data on external web applications available on the Internet. The vulnerability assessment was conducted via black-, grey- and white-box testing with the aid of automated tools. Detected vulnerabilities were categorized according to the WASC TCv2 system, and the severity of vulnerabilities was estimated in accordance with CVSSv2. The findings only include vulnerabilities caused by code errors and configuration flaws.

Most of the web applications examined were written in PHP (58%) and ASP.NET (25%). The most common server used in 2014 was Nginx (37%), followed by Apache (26%), and ISS (24%). The majority of the web applications, 85%, are production systems, but there were some test platforms still in development or acceptance when tested.


All 40 of the web applications studied suffered from some type of security flaw. The total number of vulnerabilities found across the 40 systems is 1,194. 68% of the systems are plagued by high severity level vulnerabilities, 6% more than in 2013. In addition, in 2013, there were 15.6 vulnerabilities per application on average; in 2014, this number almost doubled to 29.9. Most of these vulnerabilities are caused by code errors (89%) and the rest are due to malformed configuration (11%).

Percentage of websites by vulnerability severity level
In 2014, the most common and least dangerous vulnerability was Fingerprinting, present in 73% of the systems, followed by the Cross-site Scripting flaw, most common in 2013. If either of these flaws are exploited, an attacker could gain access to someone’s personal details.

More than a half of the web sites have vulnerabilities pertaining to Credential/Session Prediction exploits and the incidents of critical SQL Injection flaw also increased as they are found in 48% of the web-applications. These exploits allow for unauthorized access to sensitive information stored in application databases and could also lead to an attacker gaining full control of a target server.

Vulnerabilities by Language

The results in 2014 are similar to those of 2013 as 81% of PHP systems suffer from dangerous vulnerabilities, compared to 76% in 2013, making it the most vulnerable language. ASP. NET applications, by contrast, became less vulnerable, dropping from 55% in 2013 to 44% in 2014. An average PHP application contains 11 critical vulnerabilities while an ASP.NET application contains 8.4. These statistics are heavily skewed by one outlier, an ASP.NET system that had 60 high severity level flaws. If this outlier case is excluded, the average number of critical vulnerabilities found drops to only 2 vulnerabilities per application.

It is also worth noting that the amount of PHP resources exposed to XSS is drastically higher (95%) than the corresponding data for ASP.NET (44%). This might be due to the ASP. NET built-in basic defense mechanisms against such attacks (Request Validation).

Vulnerabilities by Server

86% of web applications run by Nginx servers contain high severity level vulnerabilities. The web applications run on Microsoft ISSbased resources had similar vulnerabilities in 44% of cases, a decrease from 2013 where the incidents occurred in 71% of cases. By contrast, the vulnerabilities in Apache sites increased dramatically from 2013 to 2014, from 10% to 70%.

The most common administrative error is Fingerprinting, which was present in 8 out of 10 Apache-based resources. The cause of this vulnerability is that standard configuration of the examined servers allows for disclosure of information about a server version through error messages (for example, when calling to a nonexistent resource).

Vulnerabilities by Industry

The banking industry featured 89% of all high severity level vulnerabilities. This might be caused in part by the testing pool used. The majority of the resources tested were not e-banking services or other systems that handle money transactions, so they may not feature the highest levels of data security. The telecoms industry also had an 80% high severity level vulnerability, followed by the manufacturing sector, 71%, IT, 67%, and e-commerce, 42%.

Judging by the average number of vulnerabilities per system, the least protected sites are in the manufacturing industry with 18 critical flaws per application. It is worth noting that the aforementioned application with 60 vulnerabilities was from the manufacturing sector. If that outlier is removed, the average number drops to 13.1, which mimics the rate in banking.

In 2014, SQL Injection, XML Injection and Directory Traversal vulnerabilities were most common vulnerabilities. Similar to the previous year, SQL Injection flaw was present in web application from all industries.

Percentage of vulnerable websites by industry
Vulnerabilities in Production and Test Sites

71% of the production web resources and 50% of the test sites surveyed contained critical vulnerabilities. The average number of the high level severity vulnerabilities detected in the test systems, 12.8, is almost twice as high compared to the production ones, 7; however, the latter contain larger number of medium severity vulnerabilities (20.6 vs 14.3).

Comparison of Testing Methods

Positive Technologies experts compared the results of white-box testing (using internal system data including source codes) and the results that came from black- and grey-box testing (using privileges identical to those a potential attacker might have). The number of sites containing high and medium severity level vulnerabilities was similar across all three testing methodologies. Even if an attacker does not have access to source code, web applications are not necessarily secure.

By contrast, source code analysis, rather than black- and grey-box testing, allows for better quality vulnerability assessment for each application. In particular, white-box testing discovers 3.5 times more medium severity flaws on average compared to black- and grey-box testing methods. For example, each site tested with black- and grey-box testing methods uncovered 4 XSS vulnerabilities compared to 29 when employing a white-box testing method.

Number of vulnerabilities per system by their type and testing method

The 2014 results demonstrate a decrease in protection levels of web applications from 2013. Only one site tested had a web application firewall, so that product is not normally being used to protect web applications.

Read the full report here: www.ptsecurity.com/library/whitepapers/

Telegram encrypted messaging service cracks down on ISIS broadcasts

Ars Technica - 18 Listopad, 2015 - 23:47

Messages sent today to Telegram users explaining what the service had done to block ISIS propaganda channels.

In the wake of revelations that groups affiliated with the Islamic State were using the Telegram messaging service to communicate and spread propaganda materials, the nonprofit organization running the service announced that it had moved to block terror-related content from being spread through its servers.

"We were disturbed to learn that Telegram's public channels were being used by ISIS to spread their propaganda," a Telegram spokesperson posted in the service's Telegram News channel. "We are carefully reviewing all reports sent to us at abuse@telegram.org and are taking appropriate action to block such channels. As a result, this week alone we blocked 78 ISIS-related channels across 12 languages." The channels were identified and blocked in part because of abuse reports filed by Telegram users.

Channels allow Telegram users to subscribe to broadcast content published through a permanent URL and allow the channel publisher to reach an unlimited number of users. While the channels are connected to a specific profile by the service, the user can post content—including files, images, and messages—anonymously from a mobile device or PC.

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Kategorie: Hacking & Security
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