Your BMW can be stolen by any idiot with a $30 hacking kit

October 17th, 2012, posted in Naked Security, English-Italian Translations

BMW key On-board diagnostics (OBD) security bypass kits, replete with reprogramming modules and blank keys, are reportedly enabling low-intelligence thieves to steal high-end cars such as BMWs in a matter of seconds or minutes.

According to The Register, the $30 bypass tools are being shipped from China and Eastern Europe in kit form to unskilled criminals.

It looks like it’s not just BMWs, mind you.

A post on the car enthusiast site Pistonheads suggests that devices similar to those used to steal BMWs are also available for Opel, Renault, Mercedes, Volkswagen, Toyota and Porsche Cayennes.

UK police are also seeing fancy cars whisked away by criminals believed to be using the kits, with the deprived owners still having the keys in their possession.

It’s becoming so prevalent, in fact, that Warwickshire police released a press release warning BMW owners to take extra precautions, stating that 154 of the high-end cars have been stolen since January.

BBC WatchdogIn August, London’s Metropolitan Police left leaflets under windscreens, warning BMW owners their cars were likely to be targeted, according to a recent BBC Watchdog investigation into the thefts.

The tool was originally designed for garages and car recovery agents to get into different cars after owners had lost their keys. The kits have since been packaged up by criminal hackers, who have picked apart the security weaknesses of the OBD network.

To use the tool, car thieves first need to intercept the transmission between a valid key fob and a car before they can then reprogram the blank key, which they can then use to start or open the car via the OBD network.

The BBC rolled its camera skyward while its news reporters were using the key in its Watchdog investigation, but I found online videos showing how easy it is to use the tool – or, at least, a device that fits the tool’s description.

If the video I found is an accurate depiction, even the village idiot could be behind the wheel of a fine ride with a $30 investment and a few minutes.

Still from OBD tool video

(By the way, Naked Security has chosen not to embed the video because it may encourage criminal activity, and we have no wish to promote sales of such tools to unauthorised parties)

BMW last week put out a statement saying it’s aware of the new method of car thievery and is looking into how to mitigate it.

One way is to not own a BMW built before September 2011, apparently:

"After extensive research we are clear that none of our latest models - new 1 Series Hatch, 3 Series, 5 Series, 6 Series and 7 Series - nor any other BMW built after September 2011 can be stolen using this method. However, as a responsible manufacturer we are looking at ways of mitigating against this new kind of attack."

Customers worried about theft of targeted models can call their local BMW dealer.

BMW’s offering extra technical measures that it says will keep cars from getting ripped off with the hacking kits, although, it says, “there is no such thing as an unstealable car.”

So what are the security holes in OBD?

As pointed out by Rob VandenBrink in a presentation (PDF) delivered at a SANS Technology Institute security conference in July, OBD looks like “a slower, dumber Ethernet (sorta).”

For details on those weaknesses, check out his paper.

Rob VandenBrink's presentation

In summary, VandenBrink says:

"Unfortunately, the On Board Diagnostic (OBD) network in our cars is completely open, completely documented, and is being pushed more and more to open, documented and unauthenticated wireless access."

But wait, there’s more. Short of allowing your ride to be stolen, security researchers at the University of Michigan and the University of Washington have shown that OBD shortcomings allow these other automotive WiFi shenanigans:

  • Locking and unlocking doors
  • Honking the horn
  • Wireless attack through tire pressure sensors
  • Trojan delivered via music CD

This stuff isn’t new. The CD Trojan piece goes back to 2011.

What’s new is how erudite hacker knowledge of OBD’s limitations has been commoditized and marketed in these easy-to-use, cheap kits.

Should you shake down your car manufacturer to get better defences?

Unfortunately, it probably won’t do you much good if you do, between the need for mechanics to have some type of tool to get into your car and competition laws requiring open standards.

Here’s what the Pistonheads post had to say about it:

"The reason this form of theft is currently so rife … - is that European competition rules require diagnostic and security reprogramming devices to be available to non-franchised garages. As we understand it, this effectively means that car companies cannot restrict access to or use of OBD ports."

"Unfortunately it also means that, to a certain extent, the hands of car companies are tied..."

What you can do: contact your car dealer to see if they have mitigation techniques that will help, as BMW promises.

The Warwickshire Police also offer these safety tips, although they are unlikely to be much of a deterrent to a determined ODB hacker who gains access to your vehicle:

  • Try the door handle after using your key to lock your car, to double check that it is actually locked.
  • Take a good look around when leaving the vehicle to see if you can spot anyone waiting nearby or in a vehicle in the vicinity, especially if you check and find the door to still be open.
  • Report anything suspicious to the police: they want to nab these guys.

Ultimately, it’s worth remembering – as BMW admits – that there’s “no such thing as an unstealable car”.

Hat-tip: The Register

Source: Your BMW can be stolen by any idiot with a $30 hacking kit

ZeuS Ransomware Feature: win_unlock

May 24th, 2012, posted in F-Secure, English-Italian Translations

Earlier today, while doing our daily data mining, we came across a new variant of ZeuS 2.x. It includes a new backdoor command called: win_unlock. Very interesting, turns out this slightly modified ZeuS 2.x includes a ransomware feature.

When this particular variant is executed, it opens Internet Explorer with a specific page (lex.creativesandboxs.com/locker/lock.php) and prevents the user from doing anything else with the infected system. The webpage that was opened presumably showed some type of extortion message, but it’s currently unavailable because the site is offline.

The most straightforward way to unlock the system is to simply delete the trojan. This can be a bit tricky since the trojan prevents doing anything with the infected system, luckily the locking itself can be easily disabled first.

Looking at the code that corresponds with a received win_unlock command, it’s clear the unlock information is stored to the registry.

ZeuS, ransom feature

Unlocking can therefore be performed quite easily with a registry editor:

  1. boot the system in safe mode
  2. add a new key named syscheck under HKEY_CURRENT_USER
  3. create a new DWORD value under the syscheck key
  4. set the name of the new DWORD value to Checked
  5. set the data for the Checked value to 1
  6. reboot

SHA1: 03f0c26c6ba77c05152a1e0cc8bc5657f0c83119

Analysis by — Mikko S. and Marko

Source: ZeuS Ransomware Feature: win_unlock

No Reservations – Remote Access Trojan Pilfers Credit Cards from Hotels

April 21st, 2012, posted in English-Italian Translations, Trusteer

Our intelligence center researchers recently uncovered a fraud “package” being sold in underground forums that uses a remote access Trojan to steal credit card information from a hotel point of sale (PoS) application. This scheme, which is focused on the hospitality industry, illustrates how criminals are planting malware on enterprise machines to collect financial information instead of targeting end users devices.

In this particular scenario, a remote access Trojan program is used to infect hotel front desk computers. The malware is able to steal credit card and other customer information by capturing screenshots from the PoS application. According the seller, the Trojan is guaranteed not to be detected by anti-virus programs.

No reservations

This fraud package is being offered for $280. The purchase price includes instructions on how to set-up the Trojan. The sellers even offer advice on how to use telephone social engineering techniques via VoIP software to trick front desk managers into installing the Trojan.

To prove the effectiveness of the fraud package, the seller uses a screenshot (above) taken by the remote access Trojan from the PoS system at one of the world’s largest hotel chains. The screenshot shows the PoS application populated with customer information gathered at check-in.

As we have mentioned in recent posts, criminals are increasingly expanding the focus of their attacks from online banking targets to enterprises. One of the reasons for this shift is that enterprise devices can yield high value digital assets when compromised.

Source: No Reservations – Remote Access Trojan Pilfers Credit Cards from Hotels

Android malware poses as Angry Birds Space game

April 17th, 2012, posted in Naked Security, English-Italian Translations

Angry Birds Space Android malware authors have seized an opportunity to infect unsuspecting smartphone users with the launch of the latest addition to the immensely popular “Angry Birds” series of games.

SophosLabs recently encountered malware-infected editions of the “Angry Birds Space” game which have been placed in unofficial Android app stores. Please note: The version of “Angry Birds Space” in the official Android market (recently renamed “Google Play”) is *not* affected.

The Trojan horse, which Sophos detects as Andr/KongFu-L, appears to be a fully-functional version of the popular smartphone game, but uses the GingerBreak exploit to gain root access to the device, and install malicious code.
The Trojan communicates with a remote website in an attempt to download and install further malware onto the compromised Android smartphone.

Android phone with Trojan posing as Angry Birds Space

Interestingly, the malware hides its payload – in the form of two malicious ELF files – at the end of a JPG image file.

Hidden code at end of JPG file

With the malware in place, cybercriminals can now send compromised Android devices instructions to download further code or push URLs to be displayed in the smartphone’s browser.

Effectively, your Android phone is now part of a botnet, under the control of malicious hackers.

It feels like we have to keep reminding Android users to be on their guard against malware risks, and to be very careful – especially when downloading applications from unofficial Android markets.

Source: Android malware poses as Angry Birds Space game

Law Enforcement Forensics Tools Against Smart Phones

April 4th, 2012, posted in Bruce Schneier, English-Italian Translations

Turns out the password can be easily bypassed:

XRY works by first jailbreaking the handset. According to Micro Systemation, no ‘backdoors’ created by Apple used, but instead it makes use of security flaws in the operating system the same way that regular jailbreakers do.

Once the iPhone has been jailbroken, the tool then goes on to ‘brute-force’ the passcode, trying every possible four digit combination until the correct password has been found. Given the limited number of possible combinations for a four-digit passcode — 10,000, ranging from 0000 to 9999 — this doesn’t take long.

Once the handset has been jailbroken and the passcode guessed, all the data on the handset, including call logs, messages, contacts, GPS data and even keystrokes, can be accessed and examined.

One of the morals is to use an eight-digit passcode.

Source: Law Enforcement Forensics Tools Against Smart Phones

Android: “Wipe” feature can leave data

March 23rd, 2012, posted in Hatforce, English-Italian Translations

The Android “factory data reset” feature is supposed to remove all private data from a device. But does it? As the IT security company “Hatforce” discovered, it is possible to recover the deleted data on many Android phones. When a phone is sold, the buyer could thus gain access to the private data of the previous owner, like photographs, application data or stored passwords – even if the previous owner “wiped” the device as recommended by many web sites.



While the “deleted” data is not accessible through regular means anymore, it is still present in the memory of the device. Using special software, the new owner can access the memory and read its contents. Hatforce describes the technical details in the company blog [1]. “Unfortunately, this means that there is no easy way to securely delete all personal data on many android phones”, says Jan Schejbal, the Hatforce team member who discovered the issue.



Hatforce has informed the Android security team regarding the issue. It is unclear which devices are affected – the test was performed on a Google/Samsung Nexus S running Android 2.3.6. The source code indicates that the newer versions Honeycomb and ICS (3.x and 4.x) do securely wipe the memory on factory data reset. However, these newer systems currently represent only around 5% of the devices [2].



Hatforce (https://www.hatforce.com) is the first crowd-sourced security testing startup world-wide. The services comprise web- and mobile application pentests. Since its launch, Hatforce got extensive positive feedback, especially from the Forbes magazine: “This service is stroke of genius! [...] This is a great business concept and one that could make a huge difference in how safe your application, and brand, is.”



Best regards,

The Hatforce Team



[1] https://www.hatforce.com/blog/android/wipe

[2] http://developer.android.com/resources/dashboard/platform-versions.html

Source: Android: “Wipe” feature can leave data

New utility that creates a log of Bluetooth devices detected on your area

March 19th, 2012, posted in NirBlog, English-Italian Translations

BluetoothLogView is a new utility that monitors the activity of Bluetooth devices in your area, and displays a log of Bluetooth devices on the main window. Every time that a new Bluetooth device arrives to your area and when the device leaves your area, a new log line is added with the following information: Device Name, Device Address, Event Time, Event Type (‘Device Arrival’ or ‘Device Left’), Device Type, and the company that created the device. BluetoothLogView also allows you to specify a description for every Bluetooth device (according to its MAC address) that will appear under the ‘Description’ column.

BluetoothLogView requires a bluetooth dongle and works with the standard Bluetooth stack of Windows XP/SP2, Windows Vista, and Windows 7.

BluetoothLogView

BluetoothLogView

You can download this new utility from this Web page.

Source: New utility that creates a log of Bluetooth devices detected on your area

Anonymous Anonymous Claims Anonymous is Not Anonymous

December 28th, 2011, posted in F-Secure, English-Italian Translations

You’ve probably heard about the stratfor.com hack by now. Anonymous claimed responsibility.

Then Anonymous denied being responsible.

pastebin.com/8yrwyNkt

But then today, “Anonymous” claimed that the earlier anonymously posted pastebin post wasn’t Anonymous, but was really Stratfor employees claiming to be Anonymous.

pastebin.com/4KeCkGUF

Wait… doesn’t Anonymous claim that “we are all Anonymous”? If that’s true, then maybe it was Anonymous after all.

Does anybody care anymore?

Appears the public doesn’t. Google’s instant results for “anonymous is” and “anonymous are” contain few compliments for the group.

In other news: Anonymous promised another data dump today.

pastebin.com/q5kXd7Fd

Pending denials by Anonymous of course.

Source: Anonymous Anonymous Claims Anonymous is Not Anonymous

Apply Security Online to Protect Yourself Offline

November 26th, 2011, posted in English-Italian Translations, Trusteer

As part of this week’s ‘Get Safe Online’ campaign in the United Kingdom, Trusteer have issued a warning that fraudulent phone calls are increasing in popularity amongst the criminal community to commit ID theft and that everyone needs to be on their guard to avoid falling victim – on or offline. One possible use for these bogus ‘bank’ calls is to utilise personal identification information stolen using malware to give fraudsters credibility as they collect the missing information required to ‘pull off’ their scams.

The phenomenon of stealing data using one channel such as the web and using it in a different channel or context such as social engineering attacks is often overlooked. Trusteer has found that data collected by Man in the Browser attacks can be used for other purposes than automated transaction fraud. Defending against the new wave of hybrid attacks requires both technology to detect MitB malware and vigilance from the users of online services.

Traditional financial malware fraud starts off by identifying the targeted bank and learning how their online banking service functions. Once fraudsters understand the online banking flows and security processes, a fraudulent scheme is designed and the corresponding malware attack is configured (e.g. a MitB security training scam discussed in previous blog posts http://www.trusteer.com/blog). Lastly, bank clients are infected with the malware and fraud starts its execution sequence.

Other forms of financial malware fraud work in reverse – First malware is placed on victims’ machines and malware logs online activity and banking credentials, fraudsters use credential data fished from malware logs to access online banking sites and perpetrate fraud. Trusteer Research has even identified fraudsters selling Zeus malware logs in the open market – the going price is between 1$ to 60cents per 1GB.

However, the problem with this method is, in many cases, the data collected by the malware is insufficient to commit the actual fraud:

  • The one time password (OTP) authentication credentials originally collected are no longer valid
  • Banks require Transaction Signing to transfer money
  • Additional authentication data is required by the bank when logging in from a new IP address

‘Professional caller services can be used by fraudsters to obtain the missing data required to complete a successful online fraud. A forum advertisement, discovered by Trusteer, offers a phone service with professional callers, fluent in English and European languages, who can impersonate male and female, as well as old and young voices. As with any business the service states its regular ‘operating hours’ as available during American and European working hours. The price is a rather reasonable 10$ per call. These criminals were offering calls to private customers, banks, shops, post offices and any other organisations according to the customers’ specific requirements. They’ll even prepare the phone numbers to accept calls in case victims should want to call back for any reason. Trusteer’s additional security verification reveals that the group has been operational since 2009.

Although the actual caller’s scripts are not shared in the forum advertisement we can imagine scripts used to collect the missing data would look something like:

Step 1: Caller Establishing Credibility

The caller would use data collected by the malware to gain credibility, for example the caller will ask “Are you John Smith, living at their address, with credit card number ending in 2345?”

Step 2: Caller Collect Missing Data

Once the caller has established credibility, they will go on to collect:

a) The SMS OTP – for example “We have just sent you an SMS with an OTP so we can make sure you are John Smith, can you please read it for me?”

b) Collect any other additional authentication information, for example “For verification, can you please give me the last four digits of your SSN?”

c) They can even get the user to generate a transaction signing code with fraudulent payee and amount information, for example “We need to calibrate your transaction signing reader so could you please enter the following details online and then tell us what happens.”

While everyone’s attention is focused on protecting themselves in the ‘virtual’ world, they’re still very much at risk back here in the ‘real’ world. Fraudsters are turning to phone call services in an endeavour to trick people into disclosing their confidential information, sourcing professional callers to impersonate representatives from financial organisations. The sad truth is that it is actually far easier to perpetrate social engineering over the phone than many realise.

It’s rather disturbing how professional the group’s marketing is. It claims to have extensive experience working with bank customers, banks and shops. It even highlights their financial expertise, bragging that in the majority of cases they complete bank transfers and transactions.

For individuals, Trusteer advises they:

  • make sure to use up-to-date anti-malware solutions, especially any recommended by their bank, to prevent data theft in the first instance;
  • treat all unsolicited phone calls with caution, irrespective of any validation information the caller may offer;
  • use contact numbers provided by the bank, not the caller, to verify the authenticity of the contact.

Source: Apply Security Online to Protect Yourself Offline

World of Warcraft Confession Uncovers Teen Murderer

November 12th, 2011, posted in DFI News, English-Italian Translations

World of Warcraft promo image A World of Warcraft confession as well as myriad other pieces of digital evidence allowed the Vancouver Island Major Crime Unit and the Royal Canadian Mounted Police to solve the murder of Kim Proctor, a Canadian high schooler whose burnt remains were found under a bridge.

For cases involving teens, the online world is “more valuable than ever,” says Corporal Darren Lagan, spokesperson for the British Columbia Island District R.C.M.P. “People tend to be freer online, especially young people—they don’t feel any repercussions or anyone watching.”

Kim’s supposed friends, Kruse Wellwood and Cameron Moffat, lured her to Kruse’s house where they bound, beat, and raped her before dumping the body. A text message sent from the site they disposed of the body served as crucial evidence.

Investigators monitored Facebook, including a public memorial page her family and friends set up in her honor, culling potential witnesses there as well as on other publicly available Facebook pages—none of which necessitated a warrant.

Soon, police had enough evidence to secure the necessary judicial authorization to monitor and analyze Kruse’s and Cam’s online activities. Keeping Kruse and Cam under close surveillance, the police bugged their homes, their cell phones, and even the gazebo where they hung out in the park. Through forensic analysis of the boys’ computers and cell phones, they dug up their Google and Wikipedia searches, as well as old transcripts of texts and instant messages. In total, the Tech Crimes Unit amassed the equivalent of 1.4 billion sheets of paper on the two.

When the boys were finally arrested, the two pleaded guilty to first-degree murder and indignity to human remains and were sentenced to life imprisonment with no possibility of parole for 10 years.

Source: Vanity Fair

Source: World of Warcraft Confession Uncovers Teen Murderer