OT and Cyber-Physical Detection Engineering
Reason about detection in operational technology by starting with physical consequence, operating mode, engineering auth...
3 lessons · 2 hr 30 minCourse
Deception Engineering and High-Confidence Signals
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Difficulty
Advanced
Modules
3
Lessons
3
Time
2 hr 30 min
Language
en
Created by
Threat Intelligence Lab
Updated
16 September 2026
About this course
Learn how decoys create controlled security claims, why a rare trigger still needs context, and how deception can produce defensible learning without becoming theatre. The course is written for one reader and develops its ideas through continuous explanation, realistic thought experiments, and explicit distinctions between fact, assessment, and uncertainty.
What you'll learn
- ✓ Reason from a security concern to evidence and a bounded analytical claim.
- ✓ Explain assumptions, tradeoffs, and limitations in plain language.
Before you begin
You will get more from this course if these foundations are already familiar.
- Detection Engineering: From Telemetry to Tuned Detections — You should understand the basic detection lifecycle and common telemetry sources.
Course content
Module 1: A Decoy Is a Controlled Security Claim
Design the relationship among a decoy, its believable placement, the prohibited action, and the evidence a trigger can support.
Module 2: A Strong Trigger Still Needs Evidence and Boundaries
Preserve the chain from decoy creation to trigger and separate the observed interaction from an attribution or intent judgment.
Module 3: Measure Learning Instead of Theatre
Evaluate whether decoys answer intelligence questions, reveal control gaps, and produce usable evidence without rewarding activity for its own sake.