How’s this for a good phishing scam? Everything seems legit:
1. From email is “email@example.com”
2. No misspelled words and has decent grammar (however, some punctuation inconsistency)
3. Copyright (c) symbol next to the university name
4. Gmail did not filter it as spam, but left it in my normal inbox
Yes, if I had ever attended that particular university, I might have fallen for it.
PLEASE NOTE: University of Texas has nothing to do with this email.
Malware writers seem to never sleep and this time their activity refers also to my last article (published yesterday). How is it possible? When I used google today to find references to my blog post, these results appeared:
Infections inserted into valid websites are often an iframe/script tag itself, sometimes the simple encryption functions are used and sometimes very complex algorithms are used to hide the redirection process. But all these methods have the same objective – to redirect users to malware distribution websites hosting various exploit packs. There are also infections that are trying to imitate well-known and often used services – mostly Google related services – with Google Analytics being number one. It started with small changes in the urls used by these services, for example “analytics” -> “analitics” and so on. In this article I will describe two new infections that imitate well-known Google service in more complex manner, which at first look seem to be legitimate.
A new type of malware has been found today which uses the Google search engine database for hosting. Werner Klier (virus researcher from GData) pointed us to one very puzzling result of Google search. This result was detected as malware with avast! from the beginning. It is however a very interesting approach from malware creators – using Google to host their malware. Here I’ll describe how this infection works (virus researchers from GData, Ralf Benzmüller and Armin Büscher, reached the same conclusion).
In the previous month the World Wide Web was subject to one of the heaviest attacks since it first came into existence. Thousands of legitimate websites were attacked by the Trojan horses JS:Redirector-H and JS:Redirector-J, the aim of which was to infect millions of unsuspecting users. avast! was the first antivirus program to detect the infection right at the start and all users of avast! were protected throughout the duration of the attack. Now, more than a month after the attack was first detected, it is possible to assess the attack.