Detecting APTs via Autonomous Edge Network Security Monitoring
Discover how edge-first autonomous NSM and AI-native engines like NAPSE identify low-and-slow Advanced Persistent Threats before they compromise your core network.
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Discover how edge-first autonomous NSM and AI-native engines like NAPSE identify low-and-slow Advanced Persistent Threats before they compromise your core network.
Learn how to implement Zero Trust architecture for IoT devices in home networks using micro-segmentation, AI-driven monitoring, and HookProbe's NAPSE engine.
Discover how HookProbe leverages OLS Meta-Regression and Time-to-Event (TTE) modeling to quantify Risk Velocity and stop breaches before they manifest.
Explore how modern SOCs are transitioning from manual triage and alert fatigue to autonomous, edge-first defense using AI-native engines and Neural-Kernel technology.
A deep dive into CVE-2025-29635, a critical command injection vulnerability in the D-Link DIR-823X, and how HookProbe's HYDRA, NAPSE, and AEGIS engines provide real-time detection and mitigation for EoL hardware.
Discover how HookProbe's multi-layered detection engines—AEGIS, NAPSE, and HYDRA—identify and mitigate the critical pre-authorization RCE vulnerability (CVE-2026-39987) in Marimo notebooks.
Discover how HookProbe implements Zero Trust for IoT, leveraging Neural-Kernel and NAPSE AI to secure the edge and eliminate network blind spots.
Discover how HookProbe's multi-layered Guardian system and Qsecbit scoring engine identify and mitigate the critical CVE-2026-1340 code injection vulnerability in Ivanti EPMM.
Learn how to eliminate Shadow IoT risks using Zero Trust at the Edge and HookProbe’s AI-native NAPSE engine for autonomous network security.
A technical deep dive into CVE-2026-1340, a critical code injection vulnerability in Ivanti Endpoint Manager Mobile (EPMM), and how HookProbe's multi-layered detection engines (HYDRA, NAPSE, AEGIS) mitigate unauthenticated remote code execution.
Learn how to scale autonomous SOC operations for SMBs using edge-first automation to overcome bandwidth limits and reduce latency in threat detection.
Discover how MSSPs can break the 'Data Wall' and eliminate alert fatigue using HookProbe’s edge-first autonomous SOC, Neural-Kernel, and eBPF-driven defense.