As we read earlier this week, the chances that one or more of your digital devices may get stolen are uncomfortably high. So what would happen if your mobile device falls into the wrong hands? Here are a few tips that will help minimize the damage if it happens to you.
Money for nothing? Don't believe it: a variation on the Mystery Shopper scam that misuses the Pinecone Research brand.
Everybody knows that laptop computers, tablets and smartphones get stolen, and everybody reading this probably owns at least one of these digital devices, so should you be concerned about yours being pinched, pilfered, peculated, purloined, or in other words, stolen?
[Update 2: a note for Mac users in Turn off that Java Lamp. And Brian Krebs notes that Oracle Ships Critical Security Update for Java] [Update to a link at java.com offering more information on disabling Java in web browsers.] This is a quick pointer to blogs posted by our colleagues in Spain and in
The infamous exploit packs Blackhole and Nuclear Pack now feature a new zero-day Java exploit that exploits the Java vulnerability CVE-2013-0422. The latest version of Java 7 Update 10 is affected. Malware spreading through drive-by-downloads often utilizes exploit packs, which are able to serve malware variants without any user interaction, as opposed to other techniques
Offending the AV industry is one thing, but do you want to base a security strategy (at home or work) on a PR exercise based on a statistical misunderstanding? (Yes, I'm being diplomatic here...)
Three current phishing gambits and email-borne malware currently getting past normally efficient email filtering.
For several years now, antivirus researchers have observed increasing efficiency and sophistication in malware development and distribution. At the start of 2012, I began using the term “industrialization of malware” to describe this phenomenon. I also drew a picture of the fictitious enterprise “Malware, Inc.” as a means of conveying the transformation that malware has
Two rough and ready phishing emails that nevertheless tell us a great deal about the social engineering underlying more sophisticated, graphic-rich scams.
Win32/Gapz's new bootkit technique modifies just 4 bytes of the original VBR, has an enhanced dropper and complex kernel mode functionality, and evades ELAM.
Win32/Gapz has a new technique for code injection and a new VBR infection method. The dropper has many tricks for bypassing detection by security software.
The Android ecosystem has taken the market by storm in the last few years, with hundreds of millions of devices, smartphones and tablets, already in the hands of customers, and more on the way this holiday season. As you will know if you read our recent blog post about malware trends in 2013, malicious code
Apache modules are add-on code taking advantage of the Apache module API to extend the functionality of the standard Apache distro. In this case, the binary's functionality was malicious, but there is no exploitation of a known Apache vulnerability in this case.
Win32/Spy.Ranbyus shows how it is possible to bypass payment transaction signing/authentication with smartcard devices and has started to modify java code in one of the most popular remote banking systems (RBS) in the Ukraine.
More than half of all web servers on the Internet use Apache, so when we discovered a malicious Apache module in the wild last month, we were understandably concerned.
A hoax/chain message claiming that a well-known energy drink poses a serious threat to health, is now spreading on Facebook.
[UPDATE #1: (21 Dec 2012, 5:30PM) ESET Researcher Cameron Camp has just published the second part of this series on securing your Android device. Read it here on the ESET Threat Blog at Securing Your Holiday Tech Gifts, Part 2: Android Guide. AG] December is upon us, and whether you have a Christmas tree, menorah,
When something in your vicinity happens, you know right away if it is good or right. When the traffic light on a busy road is red, you know not to cross and when it is green you can cross, but still be looking around to see if it is safe. With different instances that are
In 2012 the number of unique detections of malware for Android increased globally by a factor of 17X (yes, that is 1,700%), and we expect the increase in 2013 to be even greater. This is one of the main predictions in the white paper we are releasing today: “Trends for 2013: astounding growth of mobile
USB flash drives continue to present a serious challenge to information security, for consumers and companies alike. You will be aware of this if you read our recent article on the Win32/Pronny worm, just one example of a piece of malicious software that is “in the wild” and actively seeking to spread via USB flash