While most Security Operations Centers (SOCs) focus on fixing visible false positives, the invisible false negatives caused by broken rules are far more dangerous. When a rule silently stops working, it creates the illusion that
Is your SOC AI-ready? If so, how should detection engineering guide AI strategy and implementation? With all the hype, it’s tempting to just deploy AI and figure it out as you go. But without the
Security teams are under constant pressure to do more with less. Budgets rarely keep pace with the explosion of threats, while the complexity of modern IT environments continues to grow. SOC leaders invest heavily in
Windows Subsystem for Linux (WSL) is a feature in Windows that allows users to run a real Linux user space directly inside Windows, without needing a virtual machine or dual-boot setup. This feature is commonly
Security teams face an overwhelming reality: too many exposures, too few resources, and limited time to patch everything. In practice, direct remediation is often delayed or even impossible—yet the risks remain. That’s where compensating controls
Managing a threat-informed detection posture across your full security stack is no small task–even for large, leading-edge enterprise security teams. That’s why we’re excited to help our customers unlock the full potential of their CrowdStrike
Azure makes it easy to spin up serverless functions and web apps, a convenience that often comes with security blind spots. Logs are fragmented across services, authentication defaults may leave endpoints exposed, and preview environments
“Absence of evidence is not evidence of absence.” Evidence is the backbone of every investigation, both in regular crime and in cyber crime. The key for effective incident response when it comes (and nowadays, sooner
Key Context: What Is LOLBAS Anyway? LOLBAS (Living Off The Land Binaries, Scripts, and Libraries) are legitimate Windows tools and binaries that attackers abuse to perform malicious actions without using custom malware. One of the
How do you know if your security program is actively reducing exposure risk? You’ve got a full security stack. Vulnerability findings pile up, but they ignore exposures like cloud misconfigurations and prevention control gaps. You
CardinalOps helps enterprise security teams proactively eliminate exposure risk by continuously validating threat coverage, pinpointing exposures that attackers can actually exploit, and enabling high-impact remediations.
The Model Context Protocol (MCP) enables seamless integration between large language models (LLMs) and external tools. It powers agent-driven workflows in platforms like Claude Desktop and GitHub Copilot. Typically, developers use MCP servers to expose