Exactly how people will abuse digital technology for their own ends is difficult to predict, but organizations must plan ahead to protect data and systems. That's why we have been posting our "best guess" cybersecurity predictions on the Threat Blog this month. Today we present 9 of the most important predictions in the form of

An emerging information security threat highlighted this week by Róbert Lipovský, namely theft and abuse of digital certificates by malware creators, serves as a timely reminder that these certificates are highly valuable digital assets that should be accorded the highest levels of protection. If your company uses certs purchased from root authorities such as Verisign,

New stolen digital certificates are used by the multi-purpose backdoor Qbot. The criminals behind the Qbot trojan are certainly not inactive. As I mentioned in a blog post earlier this month, after a quiet summer we have seen a batch of new Qbot variants. An interesting fact is that the malicious binaries were digitally signed.

The authors of Win32/Qbot (a.k.a. Qakbot) are back with new variants of this infamous malware, and this time the binaries are digitally signed. Qbot is a multifunctional trojan that has had some significant impact in the past. It has also been around a while, with the first variants dating as far back as spring 2007,

When you read about Stuxnet and that it used stolen digital certificates from Realtek and JMicron to sign the worm, you may have wondered what the significance of that is or why they did that. There are actually a couple of factors to consider. When you try to install certain types of software on Windows

Kim Zetter’s article for Wired tells us that “SCADA System’s Hard-Coded Password Circulated Online for Years” – see the article at http://www.wired.com/threatlevel/2010/07/siemens-scada/#ixzz0uFbTTpM0 for a classic description of how a password can have little or no value as a security measure. Zetter quotes Lenny Zeltser of SANS as saying that ““…anti-virus tools’ ability to detect generic versions of