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  • Is Your SOC AI-Ready? The Transformation Blueprint

    Is Your SOC AI-Ready? The Transformation Blueprint

    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 and figure things out as you go. But without the right

  • 12 Days of Detections

    12 Days of Detections

    While most people hang lights, wrap gifts, and sing carols, detection engineers are busy doing what they do best: detecting insider threats from disgruntled elves and investigating incidents caused by careless reindeer. So why not

  • Part 2: Five of the Top Ten Ways SIEM Rules Silently Fail

    Part 2: Five of the Top Ten Ways SIEM Rules Silently Fail

    Our security research team continuously analyzes high volumes of rules across diverse production SIEM environments–Splunk, Microsoft Sentinel, CrowdStrike next-gen SIEM, and Google SecOps (formerly Chronicle), and more–securing global enterprises with multiple billions of dollars in

  • Part 1: Five of the Top Ten Ways SIEM Rules Silently Fail

    Part 1: Five of the Top Ten Ways SIEM Rules Silently Fail

    Over time, SIEM environments drift. Tooling expands, infrastructure evolves, and the engineers who built detections move on. In the process, rules quietly break. Ingestion pipelines are flowing, the dashboards still light up, but underneath, key

  • The Top Ten Ways That SIEM Rules Silently Fail

    The Top Ten Ways That SIEM Rules Silently Fail

    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? The AI SOC Transformation Blueprint

    Is Your SOC AI-Ready? The AI SOC Transformation Blueprint

    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

  • Detection Gaps: The Silent Threat Weakening Your SOC

    Detection Gaps: The Silent Threat Weakening Your SOC

    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

  • Bash and Switch: Hijacking via Windows Subsystem for Linux

    Bash and Switch: Hijacking via Windows Subsystem for Linux

    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

  • Guide to Compensating Controls

    Guide to Compensating Controls

    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

  • Closing Falcon EDR Gaps with Automated Delivery of New IOA Rules

    Closing Falcon EDR Gaps with Automated Delivery of New IOA Rules

    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

  • It’s Not a Bug, It’s Feature Abuse: A Deep Dive Into Azure Web App Logs and Attack Visibility

    It’s Not a Bug, It’s Feature Abuse: A Deep Dive Into Azure Web App Logs and Attack Visibility

    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

  • Complete Guide to Auditing Object Access Events

    Complete Guide to Auditing Object Access Events

    “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

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Never Miss Another Threat

CardinalOps’ Agentic Detection Engineering represents a fundamental shift in how detection engineering operates. Instead of relying solely on manual effort, it introduces a coordinated system of specialized AI agents that optimize the entire detection lifecycle and fly alongside human detection engineers.

Detection teams can scale without adding headcount. Alert fatigue gives way to signal clarity. Detection lifecycle management becomes streamlined instead of sprawling. Feedback from the SOC finally closes the loop to create better detections over time. 

See it for yourself.

Book a Demo
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