SysJoker Malware Threat Alert
SysJoker Threat Alert: zvelo protects clients against SysJoker, a cross-platform backdoor malware attack targeting Linux, Mac, and Windows.
Malicious URLs, or malicious websites, are sites which are used by malicious cyber attackers (MCAs) to host viruses, exploits and other types of malware.
Malicious website detection is a critical capability for service providers, businesses and network security vendors because these are the threats which can compromise networks leading to data breaches, ransomware attacks, malware infections, etc. Real-time identification of URLs and IPs associated with threats and exploits are detected at the domain, full-path, or page-level and subsequently enabling filtering or blocking of traffic to or from sites, pages or IPs classified as malicious, phishing, fraud, botnet or some other exploit from the following categories: Ad Fraud, Botnet, Command and Control (C2) Centers, Compromised Sites & Links to Malware, Cryptocurrency Mining, Malware Call-Home, Malware Distribution Point, Phishing/Fraud, Spam URLs, or Spyware & Questionable Software.
Threat Alert: Log4j Vulnerability Update
Threat Update: The Log4j vulnerability continues to be actively exploited. Immediate action to update and monitor potentially impacted systems is advised.
zvelo’s Early Response to SolarWinds Attack Protects Massive Partner Network
zvelo’s Response to the SolarWinds Attack Protected its Clients and Partner Network of 600+ Million End Points and Users Across the Globe. Learn more.
5 Keys to Maximize User Protection From Malicious Threats
In this blog, we identify the five critical infrastructure requirements cybersecurity solutions MUST achieve maximum user protection from malicious threats.
How to Spot and Protect Against Phishing Websites
Unfortunately, protecting yourself against malicious threats online is constant battle in this day and age. Security researchers and media outlets have a seemingly never-ending list of topics and events to cover—driving a constant pressure and awareness that we’re not safe online.
Categorizing 99.9% of the ActiveWeb with a Hybrid AI/ML Approach
Learn about zvelo’s unique hybrid approach to web content categorization and malicious detection. With over 20 years of experience and partnerships with some of the world’s leading anti-virus, MSSPs, and communications companies—zvelo’s next-generation approach achieves industry-leading coverage and accuracy for end users worldwide.
The Anatomy of a Full Path URL: Hostname, Protocol, Path, and More…
In a previous blog, we explored the important differences between base domains and full path URLs. In this post, we wanted to take a step back and cover the basics—the individual structural elements of a URL (Uniform Resource Locator).
Most Common Malicious Websites in Q3 of 2012
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.
Hotmail Outage Search Returns Dangerous URLs
An outage of the Windows Live ID service affected a large number of MSN users today including users of the popular Hotmail email service. Hotmail is one of the largest web based email outlets and not surprisingly news of the outage spread quickly as users were not able to access their email.