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Threat actors usually ride on a brand's popularity to make phishing campaigns believable. A common approach involves registering typosquatting domains that closely resemble those of the legitimate owners. Yet monitoring typosquatting domains may just be the tip of the iceberg in the fight against phishing.
Virtual private networks (VPNs) are widespread; about a third of the Internet population uses them worldwide. Their primary reason? VPN usage touts more secure browsing.
Dridex, Trickbot, and Emotet are banking Trojans that have enabled cybercrime groups to steal hundreds of millions of dollars from their victims. These malware have evolved over the years, and just recently, Emotet was seen using stolen attachments to make their spam emails more credible.
The world continues to produce and consume digital content at an increasingly fast pace across channels - making risk exposure continuously greater in the process. To tackle this problem, digital risk protection allows organizations to address digital risk factors and monitor and reduce their attack surface.
Threat actors are seasoned posers. They often pose as bank employees, police officers, or court officials. A coronavirus-themed campaign even had them posing as the Director-General of the World Health Organization (WHO). Insurance companies are also increasingly targeted, which can be attributed to the ongoing global health crisis.
In 2018, the biggest scam that banked on the Black Lives Matter movement was exposed. An Australian National Union Workers official named Ian Mackay was allegedly behind the Black Lives Matter Facebook page that garnered more than 700,000 followers and racked over US$100,000 in donations.
Disposable email addresses are quite widespread and for different reasons. Some people believe that using throwaway or temporary email addresses helps them protect their privacy. Others, however, use these in more questionable endeavors - hence the relevance of monitoring disposable email domains.
Domain generation algorithm (DGA) is used to generate several domain names commonly used for command-and-control (C&C) servers in malware attacks. The logic behind a domain name generation algorithm is quite simple. Instead of hard-coding the domain or IP address into the malware, the malware finds its C&C under a domain with a seemingly random name.
Threat actors are always on the lookout for potential ways into target networks. And although the cybersecurity world has a lot on its radar already, subdomains are entry points that are not always easy to identify and may end up overlooked.
Cyber attacks can come from practically any angle, and more often than not, it's hard to see them coming without knowing all there is to know about a domain's WHOIS history and connected domain entities. Several aspects come into play in this scenario, one of which is old and forgotten pages on a website.