The threat landscape is constantly evolving and expanding, making it more difficult than ever for organizations to keep up and defend against the latest threats. Today’s SecOps teams need cutting-edge security tools and threat intelligence-driven detection content to proactively defend against the latest tactics, techniques and procedures (TTPs) that organizations face today.

As organizations face the imminent threat of an IT service outage or cyberattack, they often fail to step back and understand how well they've planned to deal with the crisis. According to recent research, we know that: Perhaps the most regrettable part of it all? Almost half (45%) of these organizations already acknowledge the inadequacy of their disaster recovery capabilities.

In the realm of cybersecurity, understanding how unauthorized access can compromise sensitive systems is critical—this is where the concept of privilege escalation comes into play. In this article, we will look at what privilege escalation is, how it exploits vulnerabilities and best practices for protecting your organization against privilege escalation.

In September 27, 2024, Okta disclosed a critical vulnerability affecting their Classic environment that created a concerning security gap in identity protection. The vulnerability, active since July 17, 2024, allowed attackers with valid credentials to bypass application-specific sign-on policies by simply modifying their user-agent string.

The e-commerce world was recently shaken by the discovery of a vulnerability in Adobe Commerce and Magento, two of the most widely used e-commerce platforms. Dubbed "CosmicSting" and designated as CVE-2024-34102, this vulnerability exposes millions of online stores to potential remote code execution and data exfiltration risks.

Braodo Stealer is one of the many active and evolving malware families designed to steal sensitive information, such as credentials, cookies, and system data, from compromised machines. Typically written in Python, this malware employs a variety of obfuscation techniques to conceal its true intentions, making it challenging for security solutions to identify.

Data is everywhere, sprawling across cloud, on-premises, and hybrid environments. As security practitioners, we need fast access to this data to analyze it, draw insights, and uncover potential threats. However, the sheer volume of data and complexity of threats makes it difficult to maintain visibility, detect stealthy attacks, and respond quickly to security incidents.

Security teams are juggling 25+ different security tools that perform different actions across detection, investigation and response. Look up an IP here, send malware to a sandbox there, block an executable over there. What’s worse is that the vast majority of those actions are being performed manually. This approach is simply too slow against fast-moving attackers and malware, and it certainly isn’t sustainable.