Tag Archive for Malware

5 Odd Tech Predictions

5 Odd Tech Predictions 2013  Julie Bort at the BusinessInsider found some really interesting ideas buried within this avalanche of humdrum thoughts. She shared them in the hope they will become self-fulfilling prophecies.

Hacking as a service1. Bad guys start offering “hacking as a service” – Security company McAfee says that criminal hackers have begun to create invitation-only forums requiring registration fees. The author speculates that these forums could become some sort of black-market software-as-a-service. Pay a monthly fee and your malware is automatically updated to the latest attack. Don’t pay, and it would be a shame if something happened to your beautiful website …

Smartphone ransomware2. Bad guys try to kidnap your smartphoneHackers have become fond of a form of malware called “ransomware.” It’s a popular way to harass people who view Internet porn. While visiting a porn site, bad guys plant malware on a computer that threatens to report the computer user to the police unless they pay up.

In 2013, the article says the trend will be to hold your smartphone hostage. Hackers will sneak malware onto smartphones and then make you pay if you don’t want all the data on your phone destroyed or leaked. So thinks Chiranjeev Bordoloi, the CEO of security vendor Top Patch.

Fake meat3. Fake meat becomes a real thing – Vegetarians have been manipulating vegetable protein to make it look a little like meat and taste nothing like it. But now BusinessInsider says the race is on to produce fake meat like bacon in much more technically advanced ways.

Dutch researchers have found a way to “grow hamburger” in the laboratory from just a few bovine stem cells. Tech investors have funded companies that will create food from plants. Stealthy startup Sand Hill Foods is one such company on investors’ watch list. Beyond Meat, a startup funded by Twitter cofounders Ev Williams and Biz Stone, makes realistic fake chicken and will ramp up availability in 2013.

smartphone healtcare4. Your smartphone will be like a personal nurse - Ms. Bort reports there is a healthcare revolution headed to your smartphone. IBM (IBM) has promised that one day soon doctors will use tech that will scan your body. They will send that data to the cloud for a diagnosis. Companies are developing smartphones with biosensors that do everything from check your blood sugar to detect the flu. Apple (AAPL) has promoted the iPhone as a platform for health technology since 2009, but some new devices are just coming to fruition.

Happy tablet5. The technology you use for work will be as much fun as the stuff you use at home – Most of us are so used to tech at work being a source of frustration that we can’t imagine a different world. But the author predicts that’s changing. In 2013, tablets will lead software to be redesigned for touch interfaces—which will make it fun and easy to use, more like a game than a spreadsheet. Best of all, more companies are adopting tech that lets you download a “virtual work desktop” on any device, simply by logging in on a Web browser or launching a mobile app.

Protecting Print Devices from Malware

Protecting Print Devices from MalwareXerox and McAfee revealed new protection against malware and viruses with the first networked multifunction printer to use McAfee Embedded Control software, a filtering method that allows only approved programs to get through to protect print devices from malware.

Xerox and McAfee“When a multifunction device receives data and processes it for printing, copying, scanning or faxing, it becomes susceptible to malware attacks a susceptibility that often is overlooked,” said Tom Moore, vice president, Embedded Security, McAfee told Help Net Security in a recent article.

The Xerox and McAfee security solution simplifies processes for IT administrators with software embedded into a multifunction device’s controller to give an immediate alert and audit trail to track and investigate the time and origin of security threats – and take action. The blog says this eliminates the need for IT administrators to constantly stay on top of malware threats and proactively block them.

PrinterSurvey data from Xerox (XRX) and McAfee underscores the need for embedded security in networked printers and multifunction devices. In a poll of office workers taken earlier this year: 33% say they either don’t always follow their company’s IT security policies; 21% aren’t aware of company’s IT security policies.

The survey also showed 39 percent of employees who copy, scan or print confidential information at work say they wonder whether the information like customer credit card numbers, financial reports, human resource and tax documents will remain secure networked device.

“IT administrators Self-Defending Networkdon’t always consider printers as a threat – and with the Embedded Control software, we’ve put up even more defenses in our products so they don’t have to,” said Rick Dastin, president, Xerox Office and Solutions Business Group.

Xerox devices protected and managed by McAfee Embedded Control and McAfee Embedded Management software will become available beginning in 2013, with products in the Xerox WorkCentre and ColorQube product lines.

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Finally, some tangible results from Intel‘s (INTC) acquisition of McAfee. We use McAfee where I manage shared technical services, and just we just rolled out version 8.8 which says Intel on it.

I have covered the risks of putting multifunction devices on your network here,here and here. This is not what I expected, maybe this is the first evolution before Intel builds McAfee anti-virus into a chip that goes on the main board or even right into the processor as a way to protect print devices from malware.

The History of Mac Malware: Part 2

Apple computer malwareGraham Cluley at Sophos recently wrote an excellent history of Apple Macintosh malware. He points out that malware on the Mac is a subject which raises strong emotions. There are some who believe that the problem is overhyped and others who believe that the malware problem on Macs is underestimated by the Apple-loving community. The author writes that hopefully this short history will go some way to present the facts, and encourage sensible debate. (rb- We have just taken on a new customer which is 85% Mac and 15% PC. I have had this very conversation with my Apple certified tech who does the field support.)

Sophos logoClick here to read part 1 of the History of Mac Malware. Click here to read my recent series commemorating the 25th anniversary of the computer virus.

Big changes to the Mac malware scene arrived with the release of Mac OS X – a whole new version of the operating system which would mean that much of the old malware would no longer run. All future, Mac-specific malware would have to be written with a new OS in mind.

Renepo script worm2004 – The Renepo script worm (also known as “Opener”) attempted to disable Mac OS X security including the Mac OS X firewall. The author reports that the Renepo worm would download and install hacker tools for password-sniffing and cracking, make key system directories world-writeable, and create an admin-level user for hackers to later abuse.

In 2004, hackers also wrote a proof-of-concept program called Amphimix which demonstrated how executable code could be disguised as an MP3 music file on an Apple (AAPL) Mac. Amphimix appeared to have been written as a proof-of-concept highlighting a vulnerability in Apple’s software.

OSX/Leap-A2006 – The first virus for Mac OS X was discovered in 2006. OSX/Leap-A was designed to use the Apple iChat instant messaging system to spread itself to other users. As such, it was comparable to an email or instant messaging worm on the Windows platform.

The author concludes that it was correct to call OSX/Leap-A a virus or a worm. It was not correct to call OSX/Leap-A a Trojan horse. Not that that stopped many in the Mac community claiming it wasn’t a real virus.

Mac scareware2008Apple malware became more sophisticated in 2008. Cybercriminals targeted Mac and PC users in equal measure, by planting poisoned ads on TV-related websites. If accessed via an Apple Mac, surfers would be attacked by a piece of Macintosh scareware called MacSweeper. Close relatives of MacSweeper including Imunizator, claimed to find privacy issues on the user’s computer.

The author details the growing sophistication of Mac malware in 2008.

  • The OSX/Hovdy-A Trojan horse that would steal passwords from Mac OS X users, open the firewall to give access to hackers, and disable security settings.
  • Troj/RKOSX-A a Trojan horse is a Mac OS X tool to assist hackers create backdoor Trojans, which can give them access and control over your Apple Mac computer.
  • The Jahlav Trojan was similar to other malware campaigns, cybercriminals created a bogus webpage claiming to contain a video. Visiting the site produces a message saying that you don’t have the correct codec installed to watch the video whereupon the site offers you a DMG file for Apple Mac’s.

Ironically Apple issued a support advisory in 2008 urging customers to run anti-virus software – but after media interest, rapidly deleted the page from their website.

OSX/iWorkS-A Trojan horse2009 – ThreatPost reports that in 2009 Symantec found the OSX/iWorkS-A Trojan horse. The malware was added to a version of Apple’s iWork ’09 software suite that popped up on BitTorrent file sharing sites. The incident was noteworthy because the trojan was packaged with the actual iWork application, so the Mac users, many of which do not use an antivirus solution, would have no reason to suspect that their machines had been infected because of the download. The trojan itself communicated with a remote server and was intended to scan machines for data, and track Internet history and keystrokes. A new variant of the Trojan was distributed in a pirated version of Adobe (ADBE) Photoshop CS4.

Online video was a major conduit for Mac malware in 2009.

  • Sophos reported on how hackers were planting versions of the RSPlug Trojan horse on websites, posing as a HDTV program called MacCinema.
  • Hackers planted a version of the Jahlav Mac Trojan horse on a website posing as a portal for hardcore porn videos.
  • The Twitter account of celebrity blogger Guy Kawasaki had a malicious link posted onto it, claiming to point to a sex video of Gossip Girl actress Leighton Meester. In reality, however, the link lead unsuspecting users to malware which could infect Mac users.

Mac MalwareIn 2009 Apple finally began to build some rudimentary anti-malware protection into Mac OS X. Although it wasn’t really equivalent to a true anti-virus product (it only protected against a handful of Mac malware, doesn’t defend you if you try to copy an infected file from a USB stick for instance, and doesn’t offer clean-up facilities), it was still encouraging to see some attempt to offer more protection for Mac users.

2010 - Throughout 2010 Mac malware was distributed disguised as a legitimate application.

  • The OSX/Pinhead Trojan (aKa HellRTS) was disguised as iPhoto, the photo application which ships on modern Macs. The backdoor Trojan horse can allow hackers to gain remote control over your iMac or MacBook.
  • BoonanaA Java applet distributed via Facebook (FB) was used to target not just Windows computers but Mac OS X and Linux too. The Boonana cross-platform worm appeared, disguised as a video and runs in the background and reports system information to servers on the Internet, which can be a big breach of personal information. The Trojan also attempts to spread itself by sending messages from the user account to other people through spam.
  • A piece of Mac spyware called as Spynion (also known as OpinionSpy or PremierOpinion) came to light, attached to screen savers and other add-ons for users’ Macs. it’s a variant of Windows spyware that has existed since 2008. Spynion would take advantage of users not properly reading End User License Agreements (EULAs), allowing it to spy on browsing habits and search behaviour.

In late 2010, Sophos issued a free anti-virus for Mac home users. Early reports indicated that there are plenty of Mac users with malware on their computers – some of it Windows malware, some Mac OS X, and some cross-platform. The author states that there’s no doubt that the Windows malware problem is much larger than the Mac threat, but that doesn’t mean that the danger of malware infection on Mac OS X is non-existent.

The events of 2011 would make it clearer to Mac users than ever before that the malware threat was real..

 

SmartPhone Zombie Apocalypse

Cellphone malwareIf you have a smartphone, online criminals may soon have your number. Smart phone malware is getting increasingly sophisticated, and MIT‘s Technology Review reports that a security researcher has created software that turns a smart phone into a “zombie” that can be controlled remotely. The blog says Georgia Weidman created the program, which controls a Google (GOOG) Android phone via short message service (SMS) to bring about a smartphone zombie apocalypse.

Georgia WeidmanOnce only theoretical, real-world cell-phone viruses are becoming more common. The article reports the most famous was a scam in Russia tricked users into installing malicious software on Android phones, and using the SMS functionality to send messages to a number that charged a premium fee. In late 2010, a Chinese virus for Android devices was used to steal personal data according to the article.

Botnets have become a staple of Internet crime. They can be used to attack other systems, host attack tools, send spam, or just steal data. The blog says this type of attack has been rare with mobile devices, but that seems to be changing. “We have been taking down Internet botnets for years now, but there is not as much understanding [of telecom networking],” Weidman says. “I definitely see criminals going more and more toward using the telco’s network.”

TR explains that Weidman’s program is one of the first known to turn SmartPhone Zombie Apocalypsesmartphones into zombie nodes of a botnet. Her attack works like this: After infecting a phone with a rootkit, she uses that phone to send spam text messages, take part in a denial-of-service, or degrade the communications of the phone—all without the user knowing. The techniques apply to any smart phone, Weidman says.

Today’s smart phones have multiple layers of defense. For one, they can block malicious applications. They also have managed channels, such as the Apple (AAPL) App Store and Google’s Android Marketplace, for applications.

As a result, Weidman says, infecting a smartphone is not easy. “TRobby the Robothe hurdle with any malware is infecting the phone,” she told Technology Review, noting that the methods used by cybercriminals usually do not work. “More of what you see of malware is peoplee downloading applications for their phone that are infected,” she says.

The problem of cybercriminals targeting consumers’ phones will only get worse Kevin Mahaffey, chief technology officer of mobile-security startup Lookout told the author. Because the control of phones is so easy to turn into cash via premium text messages, criminals will be drawn to attack the devices.

Lookout mobile security logo“I always tend to look at the economics of the problem to ask myself whether it will continue in the future,” the CTO explained. “And because there is an incentive for attackers to compromise mobile phones, and the cost of compromising is not that high, that says it will become more prevalent in the future.”

Using the telecommunications network, rather than the Internet, for botnet control allows attackers to hide their actions from users. When the attacker does it using malicious software, the user has little chance of detecting it, says Weidman.

Botnet“When I infected a phone in my botnet—my lab botnet—with malware, the smart phone would receive a message through SMS and I would check to see if it has botnet instructions in it,” she says. “If it does, it would perform the functionality requests, and then it would swallow the message, so the user does not know that there was a message at all.”

While phones do not have the computing power of more traditional computers, they are hefty enough to handle many of the tasks that cybercriminals desire, she says. She adds that the sheer number of smart phones means that any botnet could be “a real threat” to create a smartphone zombie apocalypse.

A History of Mac Malware: Part 1

Apple computer malwareGraham Cluley at Sophos recently wrote an excellent history of Apple Macintosh malware. He points out that malware on the Mac is a subject which raises strong emotions. There are some who believe that the problem is overhyped and others who believe that the malware problem on Macs is underestimated by the Apple-loving community. The author writes that hopefully this short history will go some way to present the facts, and encourage sensible debate. (rb- We have just taken on a new customer which is 85% Mac and 15% PC. I have had this very conversation with my Apple certified tech who does the field support.)

Click here for part two of this series. Click here to read my recent series commemorating the 25th anniversary of the computer virus.

1982 – Apple II – The first virus to affect Apple computers wasn’t written for the Macintosh (the original Mac did appear until 1984). 15-year-old student Rich Skrenta wrote the Elk Cloner virus, capable of infecting the boot sector of Apple II computers. On every 50th boot the Elk Cloner virus would display a short poem:

 

It will get on all your disks
It will infiltrate your chips
Yes, it’s Cloner!

It will stick to you like glue
It will modify RAM too
Send in the Cloner!

The blog says many Apple fans are surprised that the Elk Cloner boot sector virus predates IBM (IBM) PC viruses by some years. (I got my first paying tech job using an Apple II and PFS:File to build a database).

1987 – Macintosh – The nVIR virus began to infect Apple Macintosh computers, spreading its malware mainly by floppy disk. It was a similar story to what was happening in the world of MS-DOS malware, where viruses would typically travel from computer to computer by users sharing floppy disks.

Source code for nVIR was later made available, causing a rash of variants for the Mac platform. The author writes that the first anti-virus products for Mac, some free, some commercial, began to emerge in response th this malware. (In my first tech support Job, I got very familiar with the Mac 30/SE, since there was a computer lab full of them with a SCSI chain from the Mac to an external hard drive to a scanner. They also printed to a LaserWrite 2 with AppleTalk and Phonenet. I still have a bag of terminators.)

Apple Mac SE/301988 – HyperCard – Running on early versions of Apple’s Mac OS, one HyperCard virus displayed a message about Michael Dukakis’s US presidential bid before self-destructing:

Greetings from the HyperAvenger! I am the first HyperCard virus ever. I was created by a mischievous 14-year-old, and am completely harmless. Dukakis for preseident (sic) in ’88. Peace on earth and have a nice day

1990 – The MDEF virus (aka Garfield) emerged, spreading malware on application and system files on the Mac.

1991 – HC (also known as Two Tunes or Three Tunes) was a HyperCard virus discovered in Holland and Belgium in March 1991. The writes that on German language versions of the operating system it would play German folk tunes and display messages such as “Hey, what are you doing?” and “Don’t panic”.

Microsoft Office 951995 – Concept Macro VirusMicrosoft (MSFT) accidentally shipped the first ever Word macro virus, Concept, on CD-ROM. It infected both Macs and PCs running Microsoft Word. Concept was not written with malicious intent but thousands of macro viruses were to follow, many also affecting Microsoft Office for Mac. Word macro viruses turned the world of Mac *and* Windows malware on its head overnight according to Sophos.

Macro viruses are written in an easy-to-understand macro language that Microsoft included in its Office programs making it. The blog says the macro language made it child’s play to create new malware variants. Most people at the time considered documents to be non-dangerous, and were happy to receive them without thinking about the security risks. Just opening a Word .DOC file could infect your computer, because the macro virus’s code was embedded within.

1996 – Laroux  Excel macro virus – The Laroux virus did not affect Mac users until Microsoft released Excel 98 for Mac and then Apple users could also become victims.

Quicktime1998 – Hong Kong introduced the the next significant Mac malware outbreak the blog says.  It was first spotted in the wild in Hong Kong. The worm – dubbed AutoStart 9805 – spread rapidly in the desktop publishing community via removable media, using the CD-ROM AutoPlay feature of QuickTime 2.5+. (rb- An AutoPlay issue – whoda thunkit?). In the same year, Sevendust, also known as 666, infected applications on Apple Mac computers.

After 1988 Mr. Cluely writes that big changes to the Mac malware scene were just around the corner. The release of Mac OS X, a whole new operating system which would mean that much of the old malware would no longer be capable of running. Mac-specific malware would have to be written with a new OS in mind.

 

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