A zero-day attack exploits an unpatched vulnerability. Until a patch becomes available, it is often a race between threat actors trying to exploit the flaw and vendors or developers rolling out a patch to fix it.
A quick review of some of the most destructive cyberattacks and data breaches over the past few years show just how much damage unpatched vulnerabilities can inflict on an organization.
What happens to an unpatched or vulnerable application or organization’s IT infrastructure? Here's how virtual patching helps enterprises address vulnerability and patch management woes.
Fileless threats aren’t as visible compared to traditional malware and employ a variety of techniques to stay persistent. Here's a closer look at how fileless malware work and what can be done to thwart them.
The average organization takes over 30 days to patch operating systems and software, and longer for more complex business applications and systems. This infographic shows how virtual patching solutions can help mitigate threats from vulnerabilities.
Server keys can be exposed due to proxy vulnerabilities in a popular development software program, making them prone to attacks and theft of sensitive information.
Vulnerabilities in the popular open-source management software Git could be abused to trawl contents of a repository memory and execute a code with a malicious hook.
Microsoft is implementing a new process for delivering Windows updates and patches: Registry keys are now required. Here's what users and businesses need to know.
