Detection Engineering Dispatch is a live series of 30 to 45-minute episodes featuring hands-on experiences, open discussions and live case studies with security operations teams at leading companies on what it takes to build a great detection engineering program.
Join your peers to knowledge share, deep dive on technical best practices, and engage in discussions relevant to the detection engineering community.
Days Until The Next Live -Session
Does the SOC have a Memory Problem?? A better approach to your field notes feat. K.C Yerrid
KC Yerrid joins Detection Dispatch to break down SCOUT — a local-first, open-source analyst cockpit built around atomic notes, entity relationships, and structured investigation memory.
The SCOUT Project Github: https://github.com/kcyerrid/SCOUT
In this episode, we explore:
- Why static investigation notes rarely get referenced again and why tribal knowledge evaporates after every incident
- Why “everything is an entity” is a massive shift for analysts
- How graph-based sensemaking helps visualize relationships, dashboards can’t
- Why brittle SOAR playbooks fail (investigations aren’t linear — you can’t pre-plan every branch)
- Why investigations don’t fit neatly into tickets and timelines
- And how better documentation makes AI actually useful later
Plus: junior analysts can level up faster with entity-based thinking.
If you have to keep re-learning the same lessons every quarter… this one’s for you.
Detection Engineering Dispatch features candid conversations with security teams at top companies on how they build, measure, and scale world-class detection programs.
Past Episodes & Resources
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February 3, 2026
Explore the new definition of visibility, evolving IOCs, and EDR evasion plus what UFO detection radars can teach detection engineers about signal, noise, and blind spots.

January 29, 2026
Alex Hurtado hosts Matt & Chris to unpack SOC evolution, UBA fails, and why modern detection is broken by design (and maybe fixable).
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December 17, 2025
Chloe Burton and Alex explore the human side of detection engineering on nonlinear careers, context over checklists, MITRE ATT&CK clustering, telemetry gaps, leadership lessons, and macOS threat coverage.
