Network Detection & Response (NDR)

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    • Living-Off-the-Land Attacks Dwell for Months. Here’s Why Your Detection Stack Keeps Missing Them.

    Living-off-the-land (LOTL) attacks do not drop malware, install backdoors, or trigger signature-based detections. They use the tools already present in your environment: PowerShell, WMI, legitimate remote administration utilities, and valid credentials. Nation-state groups and sophisticated criminal operators favor this approach because it blends seamlessly with normal administrative activity. Some LOTL intrusions dwell for months or even years before discovery.

    Most detection stacks were built to find things that should not be there. LOTL attacks invert the problem by using things that should be there. As a result, organizations are being forced to rethink how detection, identity, and behavioral signals work together across the stack to distinguish legitimate activity from attacker behavior.

    Addressing LOTL techniques requires coordination across endpoint, network, identity, and behavioral analytics capabilities – from EDR and XDR to ITDR, NDR, UEBA, and deception technologies.

    Topics include:

    • How LOTL attackers exploit native tools and legitimate credentials to evade detection
    • Why signature-based and file-based detection strategies fail against fileless techniques
    • Building a detection posture around behavioral analysis, credential monitoring, and assumed compromise

    Discover how to close the detection gaps that LOTL attackers are counting on and build defenses designed for threats that look like normal operations.

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    • Your OT Network Wasn't Built for Cyberthreats. Attackers Know That Better Than You Do.

    Ransomware attempts against industrial operators jumped 46% in a single quarter. New threat groups are specifically targeting operational technology environments, and OT-specific malware is being sold on dark web forums with multi-protocol support and anti-forensics capabilities. The uncomfortable truth is that most OT and ICS environments were engineered for reliability and uptime, not cybersecurity. Legacy systems run outdated operating systems that cannot be patched, use protocols that lack encryption or authentication, and were never intended to be connected to enterprise IT networks or the internet.

    That isolation is gone. Digital transformation, IT/OT convergence, and the need for real-time data from the plant floor have connected these systems to corporate networks and cloud platforms. Dual IT/OT attacks now average $4.56 million per incident, and plant managers routinely bypass patching windows to meet production targets. Addressing this requires coordination across network visibility, segmentation, threat detection, and OT-specific vulnerability and asset management platforms to reduce cyber risk without introducing operational disruption or safety hazards. Security teams responsible for these environments need approaches built for the constraints of industrial operations, not IT playbooks adapted after the fact.

    Topics include:

    • Building comprehensive asset visibility in converged IT/OT environments
    • Deploying segmentation and threat detection tuned for OT protocols and operational baselines
    • Addressing legacy ICS vulnerabilities through compensating controls and risk-based prioritization

    Learn how industrial organizations are building cybersecurity programs that protect operational technology without compromising the uptime and safety these systems were designed to deliver.

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    Nation-state Tactics in Criminal Hands: What the Blurring of Threat Actor Lines Means for Your Defenses

    The line separating nation-state operations from criminal activity is collapsing. Criminal groups are adopting techniques that were once the exclusive domain of state-sponsored actors: supply chain compromise, living-off-the-land intrusions, pre-positioning inside critical infrastructure, and coordinated campaigns timed to geopolitical events. At the same time, nation-states are outsourcing operations to criminal proxies, creating a blended threat landscape where attribution is harder and the sophistication floor keeps rising. What once required a government-backed team and years of development is now available as a service on dark web forums.

    For defenders, this convergence changes the calculus. Threat models built around the assumption that criminal actors use commodity tools and state actors use custom capabilities no longer hold. Addressing this requires coordination across threat intelligence, detection and response platforms, and security analytics capabilities to build defenses that account for sophisticated adversaries regardless of attribution. That means threat intelligence that tracks actor behavior rather than just indicators of compromise, detection strategies calibrated for advanced tradecraft at any scale, and incident response plans that prepare for the possibility that a ransomware attack is the visible layer of a deeper intrusion.

    Topics include:

    • How the convergence of criminal and nation-state tactics is reshaping the threat landscape
    • Moving threat intelligence from indicator-based feeds to behavior-based analysis
    • Building detection and response capabilities calibrated for sophisticated adversaries at any scale

    Explore what the blurring of threat actor lines means for your security strategy and how to defend against adversaries who no longer fit neatly into categories.

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