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  • Safeguarding Azure Blobs: Detecting Public Network Access Configurations

    Safeguarding Azure Blobs: Detecting Public Network Access Configurations

    Microsoft Azure utilizes blobs to house large amounts of unstructured data. An Azure blob can be configured to be accessed from specific IP addresses only. This is the common configuration and a known best practice

  • The Importance of Proactive Detection Engineering in Light of Ivanti’s VPN Vulnerabilities

    The Importance of Proactive Detection Engineering in Light of Ivanti’s VPN Vulnerabilities

    Ivanti’s recent disclosure of a new high-severity flaw in its Connect Secure VPN devices marks the fifth such vulnerability revealed over the past couple of months. This alarming trend sheds light on a broader issue

  • SIEM Migration: Challenges and Strategies

    SIEM Migration: Challenges and Strategies

    In this exploration, we delve into the intricacies of SIEM migration, focusing on critical aspects like the SIEM style, data acquisition, correlation methods, securing the SIEM, and the imperative task of migrating SIEM detection coverage.

  • Security leaders discuss new SEC disclosure rule as deadline nears

    Security leaders discuss new SEC disclosure rule as deadline nears

    CardinalOps CEO Michael Mumcuoglu weighs in on the new SEC mandates effective December 15th, requiring organizations to describe their processes for “assessing, identifying and managing material risks from cybersecurity threats.”

  • Detection Engineering Best Practices for Implementing a Threat-Informed Defense

    Detection Engineering Best Practices for Implementing a Threat-Informed Defense

    In this paper, SANS Director of Emerging Security Trends, John Pescatore, compiles data from the recent SANS survey of 267 cybersecurity professionals to determine the state of practice in detection engineering.

  • CardinalOps Contributes to MITRE ATT&CK for Fourth Consecutive Release

    CardinalOps Contributes to MITRE ATT&CK for Fourth Consecutive Release

    CardinalOps, the detection posture management company, announced today that it contributed updates to the latest version of MITRE ATT&CK, a globally-accessible knowledge base of adversary tactics and techniques based on real-world observations.

  • Security Layers — Measuring MITRE ATT&CK Detection Coverage Across Your Entire Attack Surface, Linked to Business Outcomes

    Security Layers — Measuring MITRE ATT&CK Detection Coverage Across Your Entire Attack Surface, Linked to Business Outcomes

    If you’re like most of us in the defender community, you’re probably tired of seeing all the colored heat maps used to represent MITRE ATT&CK detection coverage.

  • Detecting Microsoft Outlook Vulnerability CVE-2023-23397 in Splunk, IBM QRadar & Microsoft Sentinel

    Detecting Microsoft Outlook Vulnerability CVE-2023-23397 in Splunk, IBM QRadar & Microsoft Sentinel

    Summary Discovered by the Ukrainian CERT and attributed to APT28 (aka Fancy Bear or Strontium, the Russian GRU threat actor), CVE-2023-23397 is being actively exploited in targeted attacks against government, transportation, energy, and military sectors

  • State of Identity Podcast Episode 320: Detection Posture Management

    State of Identity Podcast Episode 320: Detection Posture Management

    Recently Phil Neray, VP of Cyber Defense Strategy at CardinalOps, was invited to join the State of Identity Podcast for a conversation on the latest cybersecurity threats and why orchestration is the key to a

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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.

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