We’ve put together this glossary of cyber threat definitions as a resource for you in your quest to help make the internet a safer place for all!
Malicious websites host viruses, exploits and other malware, or are used to phish for sensitive information.
Category mappings provide flexibility and customization of URL categorization data—delivering advanced control for web filtering, parental controls, brand safety, ad fraud prevention, as well as other applications digital advertising, and more…
Since the release of BIND 9 in 2010, RPZ has proven a powerful technology for security and network management—allowing organizations to implement an additional DNS configuration layer. In fact, BIND is the most widely used Domain Name System software on the internet—making RPZ configuration options like integrating commercial feeds, blocklists, and URL databases like zveloDB™ all the more attractive. So let’s take a moment to revisit the advantages of RPZ.
Prior to this blog post, zveloLABS published a phishing URL alert about fake Apple account verification websites. Now, zvelo’s team of engineers and researchers has unearthed a new phishing attack campaign using fraudulent Facebook log-in sites.
Instances of large-scale compromises of both private industry and public institutions in 2013 prompted a flurry of activity among security researchers to identify emerging and established threats. Commonly identified as Advance Persistent Threats (APTs), this phenomenon is expected to continue well into the foreseeable future. Fundamental to the spread of these threats is one of their foremost methods of propagation – a water hole attack.
zveloLABS discovered a phishing website masquerading as an account verification page for Apple IDs, as depicted in the following screenshot and explained in this blog post.
zveloLABS® has reported statistics and trends about the most visited types of malicious URLs by the international end users of zvelo’s technology partners. These OEM Partners include well over 100 of the world’s leading service providers, UTM and gateway appliance vendors, web filtering and parental controls solutions software makers, online advertising and brand safety technology providers, web analytics firms and many more. The data sample was extracted from actual URLs queried to and contextually categorized by the zveloNET® cloud systems during Q3 of 2012, and numbered in the tens of millions, yet far from the billions of non-malicious queries seen daily. The findings, statistics and trends shed new light on the seriousness, frequency, and negative consequences of compromised (hacked) websites hosted worldwide, and more importantly, accentuates the importance of adequate web filtering and network security.
The media consistently warns people that clicking on links within emails from unknown sources can be dangerous. What about links in seemingly harmless emails received from individuals of trust? More so, what if the URL of a said link points to a familiar website? In recent weeks, zveloLABS® has identified several websites that appear benign in nature at first glance, but after further analysis these sites have been categorized as malware distribution points. What made the following case study interesting is that none of the well-known Internet blacklists and malware analysis tools flagged these URLS as being malicious. The following analysis shows how these trusted control mechanisms were circumvented with nothing more than a guise and a fundamental understanding of how the Internet operates.
zveloLABS™ has been tracking compromised sites that host PageRank Bombs since 2008. The attacker hacks a site, but instead of putting exploits on the hacked site, they put links to other websites in order to boost the search result ranking on various search engines. Initially this was being used for ad sites, porn sites, and pharma fraud sites. Now, however, it is being used to boost the results of malicious sites, but with a new twist that targets Google users.