Malicious code is an unwanted file or program that causes harm to a computer or compromises data stored on a computer. Generally, it (malicious data) enters a system when a user clicks on a vulnerable link or downloads an infected file. Once a system is infected, it can cause a computer to – slow down, become unresponsive to keyboard inputs, overheat, get bombarded with ads, and more.
Historically, IT and OT have operated in separate worlds, each with distinct goals and protocols. IT, shaped by the digital age, has always emphasized the protection of data integrity and confidentiality. In this space, a data breach can lead to significant consequences, making it crucial to strengthen digital defenses. On the other hand, OT, a legacy of the Industrial Revolution, is all about ensuring machinery and processes run without interruptions.
Securonix is tracking a phishing campaign that’s targeting the Ukrainian military with malware-laden attachments posing as drone instruction manuals. The threat actor is using Microsoft help files (.chm) to deliver the malware.
The then-new 2014 NIST Cybersecurity Framework (CSF) was designed to plug security gaps in operational technology. It’s still in use today and more relevant than ever. Fortra’s whitepaper provides a cohesive review of this security staple and how to glean the best out of it for your strategy.
The importance of cybersecurity is no secret in our increasingly digital world. Even individuals who have no experience or expertise in tech or related fields are aware of the threat of hacking, phishing, and the like. It can be difficult, however, to actually quantify the risks of being targeted by these attacks.
Can you just purchase a tool to give you good security posture? Discover how People, Processes, and Tools elevate code security to protect against data breaches.
The accidental sharing of cloud access is an all-too-familiar story. In one latest incident, Microsoft’s AI research team accidentally exposed to the public 38 Terabytes of private data including internal messages, private keys, and passwords, according to a recent report . And all it took to cause this gigantic exposure was a few errant clicks in a configuration menu.
This post is part of an ongoing series where you’ll hear directly from Vanta’s own Security, Enterprise Engineering, and Privacy, Risk, & Compliance Teams to learn about the team’s approach to keeping Vanta—and most importantly, our customers—secure. In today’s post, you’ll hear from Rob Picard, who leads Vanta’s Security team, and Matt Cooper, who leads Vanta’s Privacy, Risk, & Compliance team.
