Uploaded October 2025 | Updated September 2026, 3 weeks ago
IoT environments generate massive, noisy streams of logs and alerts—most of which lack the context needed for meaningful detection or response. This talk introduces a novel, LLM-free approach to large-scale alert contextualization that doesn't rely on writing complex queries or integrating heavy ML models. We’ll demonstrate how lightweight, modular correlation logic can automatically enrich logs, infer context, and group related events across sensors, devices, and cloud services. By leveraging time, topology, and behavioral attributes, this method builds causality sequences that explain what happened, where, and why—without human-crafted rules or expensive AI inference. Attendees will walk away with practical techniques and open-source tools for deploying contextualization pipelines in resource-constrained IoT environments. Whether you're defending smart homes, industrial OT networks, or edge devices, you'll learn how to extract insight from noise—fast.
IoT environments generate massive, noisy streams of logs and alerts—most of which lack the context needed for meaningful detection or response. This talk introduces a novel, LLM-free approach to large-scale alert contextualization that doesn't rely on writing complex queries or integrating heavy ML models. We’ll demonstrate how lightweight, modular correlation logic can automatically enrich logs, infer context, and group related events across sensors, devices, and cloud services. By leveraging time, topology, and behavioral attributes, this method builds causality sequences that explain what happened, where, and why—without human-crafted rules or expensive AI inference. Attendees will walk away with practical techniques and open-source tools for deploying contextualization pipelines in resource-constrained IoT environments. Whether you're defending smart homes, industrial OT networks, or edge devices, you'll learn how to extract insight from noise—fast.
