Domain Generation Algorithms (DGAs) represent a significant challenge in contemporary cybersecurity by enabling malware to generate vast numbers of pseudo‐random domain names for maintaining resilient ...

Malware authors are increasingly adopting flexible domain generation algorithms (DGAs) in order to evade detection and prevent their botnets from being shut down by security researchers or law ...

Six crimeware families are using some new algorithm tricks to escape detection as they carry out global attacks, according to findings from security company Damballa Inc. The crimeware families are a ...

Nothing is more frustrating than spending days or weeks compromising dozens of Web sites and setting up your network of malicious redirects and then finding out that someone has screwed it all up by ...

The PushDo malware family is back, this time with a domain generation algorithm that helps it avoid detection and add resiliency to its capabilities. Four times since 2008, authorities and technology ...

Hackers have started to adopt domain-generation techniques normally used by botnet-type malware in order to prolong the life of Web-based attacks, according to security researchers from antivirus firm ...

A new version of the Octo Android malware is spreading across Europe, posing as legitimate apps such as NordVPN and Google Chrome. The latest iteration includes advanced anti-detection mechanisms and ...

A team of security experts from Dell SecureWorks, Damballa Labs and the Georgia Institute of Technology have discovered a new domain name generation algorithm that is part of the Pushdo malware's back ...

Malware authors are increasingly adopting flexible domain generation algorithms (DGAs) in order to evade detection and prevent their botnets from being shut down by security researchers or law ...

Malware authors are increasingly adopting flexible domain generation algorithms (DGAs) in order to evade detection and prevent their botnets from being shut down by security researchers or law ...