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    • Map all your detections to MITRE ATT&CK
    • Gain new detections to address critical gaps
    • Identify and fix broken detection rules
    • Pinpoint root causes of noisy rules
    • Continuous Threat Exposure Management (CTEM)
    • Operationalize threat intelligence
    • Measure the depth of ATT&CK coverage
    • Assess and improve your detection posture
    • Embed Detection Engineering into AI SOC
    • Manage detection posture across multiple SIEMs
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HOME Resources
  • Blog
  • Newsroom
  • Webinars & Events
  • White Papers
  • Videos
  • Beyond SIEM: Building a Detection-First Security Data Architecture

    Beyond SIEM: Building a Detection-First Security Data Architecture

    Traditional SIEM architectures are under increasing strain as modern environments generate massive volumes of security telemetry from cloud, SaaS, containerized workloads, and identity systems. As data volumes grow, organizations face rising SIEM costs and operational

  • How to Prevent and Fix SIEM Rule Failures

    How to Prevent and Fix SIEM Rule Failures

    Our blog recently outlined the top 10 reasons why rules silently fail, drawing on extensive analysis of SIEM rules in diverse enterprise environments. Check out five of the top 10 causes in part one, and

  • 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

  • Living off WinRM: Abusing Complexity in Remote Management

    Living off WinRM: Abusing Complexity in Remote Management

    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

  • Detection Pitfalls You Might Be Sleeping On

    Detection Pitfalls You Might Be Sleeping On

    Detection engineering isn’t just about finding bad behavior. It’s about understanding how attackers appear normal—on accident or by design. Some of the most successful evasion techniques don’t involve zero-days or encryption. They rely on you writing

  • The Analyst Who Cried Malware: Rethinking False Positives and Alert Fatigue

    The Analyst Who Cried Malware: Rethinking False Positives and Alert Fatigue

    False positives aren’t just annoying. They’re corrosive. Every unnecessary alert chips away at the analyst’s attention span. Every poorly designed rule teaches the SOC to distrust its own tools. Every noisy detection makes it harder

  • Closing the Gaps in Linux Auditing & Detection Strategies

    Closing the Gaps in Linux Auditing & Detection Strategies

    Linux systems are often overlooked when setting up security auditing and threat detection strategies. The main reason is that Linux auditing is far less explored by the security community than Windows auditing. A survey done

  • CardinalOps Solution Brief: Detection Posture Management

    CardinalOps Solution Brief: Detection Posture Management

    CardinalOps Detection Posture Management automates detection engineering processes and continuously expands your MITRE ATT&CK coverage, ensuring you detect the threats that matter most.

  • Detection, Evasion, and the Pursuit of Immutable Artifacts

    Detection, Evasion, and the Pursuit of Immutable Artifacts

    You’re probably familiar with the classic thought experiment: If a tree falls in a forest and no one is around to hear it, does it make a sound? In cybersecurity, we can ask a similar

  • SANS 2024 Detection and Response Survey – Transforming Cybersecurity Operations: AI, Automation, and Integration in Detection and Response

    SANS 2024 Detection and Response Survey – Transforming Cybersecurity Operations: AI, Automation, and Integration in Detection and Response

    Download the SANS 2024 Detection and Response Survey to discover insights from cybersecurity professionals on navigating today’s detection and response challenges. Key findings include:

  • CardinalOps Case Study: Repsol Increases SOC Efficiency and Productivity While Fixing Detection Gaps

    CardinalOps Case Study: Repsol Increases SOC Efficiency and Productivity While Fixing Detection Gaps

    See how Repsol, one of the world’s largest energy companies, integrated CardinalOps into their security operations and helped to optimize their SOC with automation, enhanced speed, and accuracy. With CardinalOps, Repsol SecOps significantly increased its

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Control your exposure

CardinalOps’ Threat Exposure Management platform optimizes your prevention and detection controls across endpoint, cloud, identity, network and more, so you can proactively mitigate risk for your organization.

Gain complete visibility into your security stack and map threat actor techniques against the configuration of your security tools. Identify risky exposures, quickly prioritize with context, and close gaps to optimize the overall effectiveness of your cyber defense.

See CardinalOps in action!

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Optimize your cyber defense with AI-powered threat exposure management.

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