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The end of each summer always gets me excited, because one of my favorite events is taking place: the Internet Law Summer School organized by ELSA - The European Law Students' Association. This summer school is the perfect opportunity to meet young, smart and talented law students and discuss privacy, security or internet threats with them.
These students will become the lawyers, prosecutors and judges of tomorrow - so it's very important for them to get them in touch with the real world problems of fighting cyber-crime and ensuring the security and privacy of personal data.
Fighting cyber-crime through all means possible has always been our mission here at Kaspersky Lab. But we can't do this alone. Sure, our products and technologies are protecting hundreds of millions of users worldwide, but stopping cyber-crime is something we can not do just by ourselves.
Cyber-crime is a huge problem worldwide and it is always very frustrating to see that those persons responsible for cyber-attacks very rarely have to face the consequences of their actions. In the last 24 hours, we've discovered more than 300.000 new viruses, trojans and worms. How many cyber-criminals have received prison sentences in the same 24 hours period?
The reason why cyber-criminals usually get away with their crimes is that both law enforcement and judicial systems around the world are having a hard time trying to keep up with the evolution of technology, or threats on the internet specifically. This is why it's so important to train law enforcement officers. This is why it's so important to train judges and prosecutors. At the end of the day, they are the ones actually fighting cyber-crime by sending cyber-criminals to jail.
This year, the main focus of the summer school was on freedom of media and private life. I focused on the privacy and security side, of course - with a workshop titled "Private life in cyberspace - securing your personal data online".
My main message? Trust and use encryption in order to thwart prying eyes - but don't forget that no matter how good the encryption you're using is, an insecure operating system will always offer the attacker the chance of accessing your data before it gets encrypted. You can't have privacy without first having good security.
Very often new terms get over-hyped in the IT security industry. At the moment we can find articles about how hackers and researchers find vulnerabilities in for example cars, refrigerators, hotels or home alarm systems. All of these things go under the term IoT (Internet of Things), and it's one of the most hyped topics in the industry. The only problem with this kind of research is that we cannot really relate to it all: it's pretty cool, detailed research, but if you as a reader cannot relate to the attacks, the research is not understood in the proper way.
We often try to predict the future with proactive research, and I think it can be important to try to predict the future and conduct proactive security research. But I think it's even more important to talk about what's relevant, and talk about threats that people can relate to. I started to think about this topic, and figured that if we can't secure ourselves against current threats, what good will it do to identify potential new future threats?
Threats are around us right now, while you're reading this document. As users in a connected digital environment we need to ask ourselves; 'What's the current threat level?' and 'How vulnerable am I?' – Especially when we start building small home office networks. A typical modern home can have around five devices connected to the local network which aren't computers, tablets or cellphones. I'm talking about devices such as a smart TV, printer, game console, network storage device and some kind of media player/satellite receiver.
I decided to start a research project and conduct research which I thought was relevant, trying to identify how easy it would be to hack my own home. Are the devices connected to my network vulnerable? What could an attacker actually do if these devices were compromised? Is my home 'hackable?'. Before I started my research I was pretty sure that my home was pretty secure; I mean, I've been working in the security industry for over 15 years, and I'm quite paranoid when it comes to applying security patches, etc. I reckoned there must be other homes that are much more hackable than mine, because I don't really have a lot of 'hi-tech' kit at home.
During my research I didn't focus on computers, tablets or cellphones, but rather on all the other devices I have connected to my network at home. To my surprise it turns out that I actually have quite a lot of different things connected to my network. Most of them were home entertainment devices: smart TV, satellite receiver, DVD/Blu-ray player, network storage devices and gaming consoles. I'm also at the moment relocating to a new house, and I've been talking with my local security company. They're suggesting I get the latest alarm system, which connects to the network and can be controlled with my mobile device… After this research, I'm not so sure it's a good idea.
Some of the devices on my network were for example:
- Network-attached storage (NAS) from famous vendor #1
- NAS from famous vendor #2
- Smart TV
- Satellite receiver
- Router from my ISP
Before conducting the research I had all devices update with the latest firmware version. During this process I also noticed that not all devices had automated update checks, which made the entire process quite tedious. As a consumer I had to manually download and install the new firmware on some of the devices, which was actually not that simple because the new firmware files were not that easy to find, and the entire update process wasn't very suitable for a normal computer user. Another interesting observation was that most of the products were discontinued more than a year back or simply didn't even have any updates available. This got me thinking… do these home business and entertainment products only 'live' for about a year before they get discontinued?The goal
So what am I trying to prove with this research? Let me explain why I think this is important research. When I started this project I soon noticed that I could take several different approaches to the research, but for me the main goal I wanted to achieve was to see how vulnerable our homes really are, and also identify real, practical and relevant attack vectors to prove just that.
In general we're quite good at protecting our endpoints and use security software to help us do so. We also become aware from newspapers and blogs about how to raise our security level. Most people today know what a computer virus is, that we should have strong passwords, and that it's important to install the latest security patches; but do we really think about all aspects? It's quite common for a security researcher to talk about a locked door on a glass house, and I wanted to have a similar approach with this research. I wanted to demonstrate that even with an IT-security mindset we focus on protecting our endpoints, and tend to forget that there are other devices connected to our networks. We want to prevent people hacking or infecting our computers because we don't want our data to be stolen, but we then go home and do a full backup of our data to a device that's even more vulnerable than our computer.
The audience for this research is not only consumers but also companies. We need to understand that EVERYTHING we connect to the network might be a stepping stone for an attacker, or may even become an attacker's invisible 'base' that he/she will use to regain access to your network after its been compromised. Just imagine a scenario where you notice you've been compromised, you do everything in the book to bring it back to normal again, you backup your data, re-install your devices and make sure that the new installation is protected against malicious code and all updates are installed; but then six months later you get compromised again, and all your new data is stolen again… How would that even be possible?
The attacker might have compromised your network storage device and turned it into a backdoor. The malicious software is undetected because there's no protection against malicious code running on that device, and the malicious software cannot be deleted because you don't have permission to access the file system on the device; not even a factory reset would solve the problem. Or it might be that the attacker actually used your compromised smart TV to regain network access to your corporate network, since the TV is connected to the same network as your employees, and there are no network restrictions for the smart TV.
The goal with my research was to try to be the baddie, to use my home entertainment devices for malicious intentions, to actually compromise them and use them as either stepping stones to launch further attacks or as a backdoor in my own network.
What I did not try to do in this report is bash or criticize any vendor; the devices that were tested during this research were my own personal devices, and that's the reason those devices were chosen for this project. All vulnerabilities have been reported to the respective vendors, and they're working on solutions for these products. I will not disclose all the vulnerabilities that were identified in this research or any technical details about the vulnerabilities because that will only help the bad guys. If you want further technical details regarding the research project feel free to contact us.The impact
So, I had all these different devices connected to my network, but where was I to I start? I decided to begin by defining the different attack scenarios I would include in my research rather than just attacking these devices without any criteria. One or all of the following criteria had to be achieved to consider the test successful:
- To obtain access to the device; for example, to get access to files on the network storage devices;
- To obtain administrative access to the device, not just in the administrative interface, but also at the OS level;
- To be able to transform/modify the device for my personal interest (backdoor, stepping stone, etc.).
There are probably loads of other scenarios that could be useful to test, but my time was limited and I simply needed to prove a point. I started out by just fooling around with the web interfaces for the different devices and to my surprise it didn't take long before I had found remotely exploitable command execution vulnerabilities with full administrative permissions at the OS level on both network storage devices.
At this point I asked myself, 'is it really that easy?' I then thought about the two newly discovered vulnerabilities and realized both were in the administrative interface after authenticating as the administrative user. I needed to have the same preconditions as the attacker. So I tried to find vulnerabilities without using any of my access credentials. At this point it was a little bit harder, but after some poking around I found the main configuration file – it was available remotely to any user on the network. In the configuration file all the password hashes were stored, which made it real easy to obtain the administrative interface again and then use the vulnerabilities I found before to execute system commands on the device.
After further poking around I found more vulnerabilities, which could also be exploited without authentication to execute system commands as root (highest privileges) on the device. At this point it was more or less game over for both of the network storage devices; I didn't just have access to the entire file system of the devices, it was also very easy for me to infect the devices with some Trojan or backdoor that would turn the devices into zombies in a botnet – or give the attacker a backdoor to, for example, carry out further attacks from the device.
Both compromised devices where running a Linux 2.6.x kernel, and a lot of interpreters such as perl and python. One of them also had the GNU C compiler installed, which would make the attackers' life much easier. Since one of my attack scenarios was to transform the compromised device into a backdoor, I simply used one of the public IRC bots as my test case. Within seconds I had turned my network storage device into a zombie in a botnet.
This was extremely easy because the compromised network storage device is used to store files, so I could simply upload my malicious file and place it outside the shared folders somewhere else on the file system, which results in the owner of the device not being able to delete the file without using the same vulnerabilities we used to both upload and execute our IRC Trojan.
After researching the network storage devices I found over 14 vulnerabilities that would allow an attacker to remotely be able to execute system commands with the highest administrative privileges. The two devices did not just have a vulnerable web interface, but the local security on the devices was also very poor. The devices had very weak passwords, a lot of configuration files had incorrect permissions, and they also contained passwords in clear text.
To give you another example on how bad the local security was, I can tell you that on one of the storage devices the administrative root password was '1'. I do understand that these devices are not built with Fort Knox security in mind, but to have a one character-long password is against all reasonable rules.
Due to the poor security, and the fact that I had access to the file system, it was also very simple to identify several scripts which enabled features in the device that weren't documented anywhere. Functions which allowed an external user to enable services and other interesting things on the devices such as remote admin interfaces (telnetd, sshd). I might write more about these 'hidden' features in a different post because I need to conduct deeper research regarding these files.
During the research project I stumbled upon some other devices that had 'hidden' features; one of those devices was my DSL router which was provided by my ISP. After I logged in using the admin credentials I received from the ISP I could navigate around the web interface. The interface was pretty simple to use, and I quickly noticed how the URL changed when I navigated through the menu. Each function in the menu was assigned a number; the first function in the menu had the numeral 0, and then it incremented with one for each option. The interesting thing was that sometimes a function jumped to an unexpected number and a few numbers were missed, but when you then entered the missed numbers in the URL address bar you were prompted with a menu option that didn't exist in the menu list, but the name of that 'hidden' function was displayed in the web interface.
I started to brute force these numbers, and found that there were tons of functions I didn't have access to. I just assume that my ISP or the vendor have FULL CONTROL over the device, and can do anything they want with it and access all these functions I don't have permission to use. By just looking at the 'hidden' function names it seems that the ISP can for example create tunnels so as to connect to any device on the network. Just imagine if these functions fell into the hands of the wrong people? I understand that these functions are most likely supposed to be helping the ISP perform support functions, but when you log in using the administrative account you don't have full control over what you consider is your own device, and thus it becomes quite scary. Especially when some of the names have equally scary names like 'Web Cameras', 'Telephony Expert Configure', 'Access Control', 'WAN-Sensing' and 'Update'.
Below are some screenshots of these hidden functions.
I'm currently still researching these things to see what the functions really do. If I find anything interesting I'm pretty sure there'll be another blog post.
Meantime, I started to examine the other devices connected to my home network; for example, my Dreambox: it still had the default username and password, which was also the administrative root account on the device! The device runs Linux, which would be an easy target for an attacker. Most of the other devices were pretty secure but an entire audit of these kinds of devices would be difficult because you need to find alternative ways to determine if an attack was successful or not since you don't have full access to most of the devices.
After a few days of poking around I still hadn't found anything that would cover the three scenarios – nothing really worth mentioning. The research project was also quite difficult to perform because I was auditing my personal devices, and I didn't want to break anything. I had naturally paid for all these devices out of my own pocket!
I had to take a different approach and at this point I had to get creative. I had to play with the idea that I'm the attacker, and I've already compromised the two network storage devices, and so what can I do next?' My first thought was to see if I could do something with the media players (smart TV and DVD player) because they're most likely reading information from the storage devices (which I'd already compromised). At this point I was researching potential code execution vulnerabilities with the smart TV and DVD player, but due to the high price I paid for the devices I wasn't able to investigate this further. It wasn't only a question of the wasted money if I were to break my brand new LED smart TV, but also I had no idea of how I would explain my wrecking the telly to the kids; how were they going to watch Scooby Doo?
I decided to stop researching them, and spent some time contacting the different vendors to see if the vulnerabilities were actually exploitable and work together with the vendors to verify these potential security issues. It's much easier for them to do it since they have access to the source code and can confirm if the vulnerability is valid or not much quicker (and I guess they don't really care of they break any devices).
At first I had some trouble contacting these vendors because on the websites there's little useful contact information for the engineers or C-level people who would be able to help me get through to the appropriate people. After some lurking around and asking people in my professional network I was finally able to get in contact with the people I needed and they were very grateful for the information I could share regarding the vulnerabilities and research approaches.
We are now trying to identify if we would be able to transform the smart TV and DVD/Blu-ray player into the same type of stepping stone and backdoor as the compromised storage devices. More information will be shared on this topic later since this research project is ongoing.
For the most of my life I was a total security junkie, doing everything from working as a penetration tester to a public speaker and adviser for law enforcement agencies. IT security is really one of my biggest passions in life, but for the last few years I seem to have reached a point in my life where I'm actually quite tired of reading the same security bulletins year after year. It's time we start doing something about the problems, and one thing we can do is start talking about security threats that are relevant, and also in a language that will make everyone understand them. We as security experts need to take more responsibility and talk about threats that are relevant today – threats that affect you and me. We also need to come up with smart and simple suggestions, conclusions and solutions on how to mitigate those threats by using the software and technology that we already have.
I've always been fascinated by new vulnerabilities and exploitation techniques, but to be honest, what good does it do only releasing vulnerability information when we're not making people understand the bigger picture. We think that IT security is all about software vulnerabilities and I know that half of this post is only talking about vulnerabilities, but the goal with this research is not to brag about all the undiscovered vulnerabilities I found, or that there are big security problems in the home entertainment product line. There will always be vulnerabilities, and we need to understand that; however, by understanding I don't mean accepting. What I mean is that we need to actually do something about it; we need to know what the impact is and assume that our devices can be, or are already, compromised. We need to start assuming that products are vulnerable and that attackers can and will gain access to them.
I would like to conclude this research by saying that we as individuals and also companies need to understand the risks with network devices. We also need to understand that our information is not secure just because we have a strong password or are running some protection against malicious code. We also need to understand that there are so many things that we do not have control over, and that we are largely in the hands of the software and hardware vendors. It took me less than 20 minutes to find and verify extremely serious vulnerabilities in a device considered to be secure – a device we trust and on which we store all the information we don't want stolen.
I remember when I proposed this research to my boss; he asked me what I thought the outcome would be. I was not developing new security solutions for home entertainment devices; I was only identifying security problems, so the only answer I could give him was that I wanted to conduct this research to make people aware that there is a problem, and that we as individuals need to try and improve our personal security in different ways to how it was done in the past; we need to change our mindset and the whole game!
I would also like to give some feedback to all the vendors out there: we need to come up with a better way to support and secure your products. It's not really acceptable that a product is considered as discontinued after only 12 months; it's not okay to have one character passwords; and it's not okay to think of these devices just as 'entertainment' devices. It's not okay to have a readable configuration file containing all user credentials – especially on a network storage device.
We need to come up with alternative solutions that can help individuals and companies improve their security. This is not a problem you simply can fix by installing a product or security patch; therefore, I would like to end this post by saying that even though the home entertainment industry might not be focused on security, we at KL do, and with just a few simple tips I think we can raise the security level a little bit higher. Hopefully some of the vendors will read this research and improve their software security; but until then, here are some simple tips from my side:
- Make sure all your devices are up to date with all the latest security and firmware updates. This is a problem for a lot of home business and entertainment devices, but it is still the best thing you can do to avoiding being at the mercy of known vulnerabilities. It also gives you an indication of whether the devices have any updates at all to install, or if it's considered to be a 'dead' product.
- Make sure that the default username and password are changed; this is the first thing an attacker will try when attempting to compromise your device. Remember that even if it's a 'stupid' product such as a satellite receiver or a network hard drive, the administrative interfaces are often vulnerable to serious vulnerabilities.
- Use encryption, even on the files you store in your network storage device. If you do not have access to an encryption tool, you can simply put your files in a password-protected ZIP file; it's still better than not doing anything at all.
- Most home routers and switches have the possibility to set up several different DMZ/VLAN. This means that you can setup your own 'private' network for your network devices, which will restrict network access to and from this device.
- Use common sense and understand that everything can be hacked, even your hardware devices.
- If you're really paranoid you can always monitor the outbound network traffic from these devices to see if there's anything strange going on, but this does require some technical knowledge. Another good tip is to restrict network devices from accessing sites they're not supposed to access, and only allow them to pull updates and nothing else.
Some time ago, a Kaspersky Lab customer in Latin America contacted us to say he had visited China and suspected his machine was infected with an unknown, undetected malware. While assisting the customer, we found a very interesting file in the system that is completely unrelated to China and contained no Chinese coding traces. At first look, it pretends to be a Java related application but after a quick analysis, it was obvious this was something more than just a simple Java file. It was a targeted attack we are calling "Machete".What is "Machete"?
"Machete" is a targeted attack campaign with Spanish speaking roots. We believe this campaign started in 2010 and was renewed with an improved infrastructure in 2012. The operation may be still "active".
The malware is capable of the following cyber-espionage operations:
- Logging keystrokes
- Capturing audio from the computer's microphone
- Capturing screenshots
- Capturing geolocation data
- Taking photos from the computer's web camera
- Copying files to a remote server
- Copying files to a special USB device if inserted
- Hijjacking the clipboard and capturing information from the target machine
Most of the victims are located in, Venezuela, Ecuador, Colombia, Peru, Russia, Cuba, and Spain, among others. In some cases, such as Russia, the target appears to be an embassy from one of the countries of this list.
Targets include high-level profiles, including intelligence services, military, embassies and government institutions.How does "Machete" operate?
The malware is distributed via social engineering techniques, which includes spear-phishing emails and infections via Web by a fake Blog website. We have found no evidence of of exploits targeting zero-day vulnerabilities. Both the attackers and the victims appear to be Spanish-speaking.
During this investigation, we also discovered many other the files installing this cyber-espionage tool in what appears to be a dedicated a spear phishing campaign. These files display a PowerPoint presentation that installs the malware on the target system once the file is opened. These are the names of the PowerPoint attachments:
- Hermosa XXX.pps.rar
- El arte de la guerra.rar
- Hot brazilian XXX.rar
These files are in reality Nullsoft Installer self-extracting archives and have compilation dates going back to 2008.
A consequence of the embedded Python code inside the executables is that these installers include all the necessary Python libraries as well as the PowerPoint file shown to the victim during the installation. The result is extremely large files, over 3MB.
Here are some screnshots of the mentioned files:
A technical relevant fact about this campaign is the use of Python embedded into Windows executables of the malware. This is very unusual and does not have any advantage for the attackers except ease of coding. There is no multi-platform support as the code is heavily Windows-oriented (use of libraries). However, we discovered several clues that the attackers prepared the infrastructure for Mac OS X and Unix victims as well. In addition to Windows components, we also found a mobile (Android) component.
Both attackers and victims speak Spanish natively, as we see it consistently in the source code of the client side and in the Python code.Indicators of Compromise Web infections
The following code snippets were found into the HTML of websites used to infect victims:
Also the following link to one known infection artifact:
The following are domains found during the infection campaign. Any communication with them must be considered extremely suspicious
blogwhereyou.com (sinkholed by Kaspersky Lab)
grannegral.com (sinkholed by Kaspersky Lab)
Creates the file Java Update.lnk pointing to appdata/Jre6/java.exe
Malware is installed in appdata/ MicroDes/
Running processes Creates Task Microsoft_upHuman part of "Machete" Language
The first evidence is the language used, both for the victims and attackers, is Spanish.
The victims are all Spanish speaking according to the filenames of the stolen documents.
The language is also Spanish for the operators of the campaign, we can find all the server side code written in this language: reportes, ingresar, peso, etc.Conclusion
The "Machete" discovery shows there are many regional players in the world of targeted attacks. Unfortunately, such attacks became a part of the cyber arsenal of many nations located over the world. We can be sure there are other parallel targeted attacks running now in Latin America and other regions.
Kaspersky Lab products detect malicious samples related to this targeted attack as Trojan-Spy.Python.Ragua.
Note: A full analysis of the Machete attacks is available to the Kaspersky Intelligent Services customers. Contact: email@example.com
In recent times we've been seeing a lot of file-encrypting ransomware activity.
One of the new ones we've seen pop up in the last couple weeks is called ZeroLocker. There's indication the C&C configuration contains some errors which would prevent successful decryption. This is why we urge people not to pay up even more so than normal.
So far we've observed a limited amount of detections through our Kaspersky Security Network. The actors behind ZeroLocker are initially asking $300 worth of BTC for decrypting the files. This goes up to $500 and $1000 as time passes:
ZeroLocker adds a .encrypt extension to all files it encrypts. Unlike most other ransomware ZeroLocker encrypts virtually all files on the system, rather than using a set of pre-defined filetypes to encrypt. It doesn't encrypt files larger than 20MB in size, or files located in directories containing the words "Windows", "WINDOWS", "Program Files", "ZeroLocker" or "Desktop". The malware gets executed at boot from C:\ZeroLocker\ZeroRescue.exe.
Though there's a Bitcoin wallet hardcoded inside the binary the malware tries to fetch a new wallet address from the C&C. This is most likely done to make it more difficult to trace how successful the operation is and where the money goes.
We've gathered several Bitcoin wallet addresses and at the time of writing none had any transactions associated with them. As the C&C server is providing the Bitcoin wallet information it's possible the attackers are able to use a unique wallet for each victim.
The malware generates one random 160-bit AES key to encrypt all the files with. Due to the way the key is generated the key space is somewhat limited, though still large enough to make general brute forcing unfeasible. After encryption the malware runs the cipher.exe utility to remove all unused data from the drive, making file recovery much harder. The encryption key, together with a CRC32 of the computer's MAC address, and the associated Bitcoin wallet is sent to the server.
Interestingly enough, the encryption key along with the other information is sent through a GET request, rather than a POST. This results in a 404 on the server. This could mean that the server is not storing this information. That means victims who pay up may likely not see their files restored.
Several other URLs that the malware tries to get result in 404s as well, which indicates this particular operation may still be in its infancy. When those errors are fixed we may see ZeroLocker deployed on a larger scale. These operations rely on people paying up. Don't do it. Make sure you have backups instead.
We detect current ZeroLocker samples as Trojan-Ransom.MSIL.Agent.uh.
The geopolitical conflicts in the Middle East have deepened in the last few years. Syria is no exception, with the crisis there taking many forms, and the cyberspace conflict is intensifying as sides try to tilt the struggle in their favor by exploiting cyber intelligence and using distortion.
The Global Research & Analysis Team (GReAT) at Kaspersky Lab has discovered new malware attacks in Syria, using some techniques to hide and operate malware, in addition to proficient social engineering tricks to deliver malware by tricking and tempting victims to open and launch malicious files. The malware files were found on activist sites and social networking forums, some other files were also reported by local organizations like CyberArabs and Technicians for Freedom.
The full report detailing the attacks and related activities can be found here.A glance at what was discovered
The number of attacks and malicious files being distributed is constantly increasing as the attackers become more organized and proficient. The samples are all based on Remote Administration Trojan Tools (RATs)
The number of malicious files found: 110
The number of domains linked to the attacks: 20
The number of IP addresses linked to the attacks: 47
Masquerading as a reportedly "Government leaked program" that has the names of all wanted people in Syria, the National Security Program conceals a full featured RAT client to steal all sorts of information under one of its buttons.
برنامج الأمن الوطني.exe (The national security program)Using shockingly disturbing videos to distribute malware
A disturbing video showing injured victims of recent bombings was used on YouTube to appeal to people's fear and prompt them to download a malicious application available on a public file sharing website. After initial analysis, the file named "فضائح .exe" (Scandals.exe) proved to be heavily obfuscated with the commercial utility "MaxToCode" for .NET in order to avoid early detection by antivirus solutions.
If you thought the era of fake antiviruses was over, here comes this newly developed Syrian sample to challenge your beliefs. With the innocent title of "Ammazon Internet Security", this malicious application tries to mimic a security scanner, even including a quite thorough graphical user interface and some interactive functionality.
Total Network Monitor (which is a legitimate application) is inside another sample found, being used with embedded malware for spying purposes. Offering security applications to protect against surveillance is one of the many techniques used by malware writing groups to get users desperate for privacy to execute these dubious programs.
It's also the case with other samples, where social engineering does all the heavy work. Instant messaging applications for desktop operating systems have been used in the past to spread malware and it seems Syrian malware authors have jumped on the bandwagon.
Another of the attacks using social engineering tricks, the sample named Kimawi.exe (Arabic for Chemicals) with a JPG icon, is a RAT file bound to the image Kimawi.jpg. The picture is a previously leaked paper supposedly from the regime in Syria warning military units to prepare for Chemical Attacks. The file is being sent by email to selected victims.
The threat actors are becoming more organized, the number of attacks is increasing and the samples being used are becoming more sophisticated, while also relying extensively on powerful social engineering tricks that many people fall for.Where are the victims and the attackers?
The victims infected when accessing the hacked forums and social networking sites tend to be ordinary users or activistshey were, or specific targets if they receive the malware via email, Skype, or messages on social networking sites.
The victims are also located outside Syria. We have seen victims of Syrian-based malware in:
- Saudi Arabia
- United Arab Emirates
- United States
The attackers' command and control centers were tracked to IP addresses in Syria, Russia, Lebanon, the US and Brazil.How many have fallen victim?
We believe the number of victims exceeds 10,000, with some of the files being downloaded more than 2000 times.
The attackers' malware samples and variations have increased dramatically from only a few in Q1 2013 to around 40 in Q2 2014.What is the impact on victims?
Remote Administration Trojans tools are used to fully compromise the system on victim devices. RATs are capable of stealing user credentials in addition to activating camera and microphone functionalities...Are users protected?
Kaspersky detects and blocks all the samples that have been found. They are detected as follows:
More details and analysis of the attacks and malware samples can be found in the full report here.