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+- [Executive Summary](#executive-summary)
+  - [Name](#name)
+  - [Problem Statement](#problem-statement)
+  - [Objectives](#objectives)
+  - [Compliance](#compliance)
+  - [MITRE ATT&CK Framework](#mitre-attck-framework)
+  - [Assumptions and Limitations](#assumptions-and-limitations)
+- [Analysis](#analysis)
+  - [Monitoring and Notifications](#monitoring-and-notifications)
+  - [Recommended Response Action(s)](#recommended-response-actions)
+- [Engineering](#engineering)
+  - [Component Names](#component-names)
+    - [Alert [Name]](#alert-name)
+    - [Query [Name]](#query-name)
+  - [Data Stream Analysis](#data-stream-analysis)
+  - [Validation](#validation)
+    - [Attack Simulation](#attack-simulation)
+  - [References and Resources](#references-and-resources)
+
+
+# Executive Summary
+
+Primarily focused on providing high-level information, references, and background.
+
+
+## Name
+
+A succinct statement that describes the detection (e.g. Detect Communication with a Known-Bad IP). 
+
+
+## Compliance
+
+List applicable compliance frameworks and specific components this Detection relates to.
+
+
+## MITRE ATT&CK Framework
+
+List applicable MITRE ATT&CK Framework Tactics/Techniques this Detection relates to.
+
+## Assumptions and Limitations
+
+Describes any assumptions/limitations regarding law, licensing, policies, or technicalities.
+
+
+# Analysis
+
+Insight on the actions of and tools for those who are expected to monitor and respond.
+
+
+## Monitoring and Notifications
+
+Describes how the detection will bring attention to itself. This typically involves monitors, dashboards, reports, emails, alerts, etc.
+
+
+## Recommended Use Case / Playbook(s)
+
+Describes which one or more playbooks should be followed in handling the detection.
+
+
+# Engineering
+
+The necessary steps and content construction that fulfills the Detection. If the Detection and all its components were lost, this section should allow complete reconstruction.
+
+
+## Component Names
+
+The base components that provide business logic, display, and notification.
+- Include the expected source log makeup and example.
+- Use a word like "Suspicious" to indicate that the fidelity is lower, therefore some false positives may result.
+- Group alerts/queries into a single use case when they share common objectives/recommended response actions.
+
+
+### Alert [Name]
+
+- Filter
+- Grouping
+- Severity
+- Threshold
+  - Event Count
+  - Time Window
+- Category/Normalization
+- Tags
+- Fidelity (high means no false positives)
+
+
+### Query [Name]
+
+- Query String
+- Fidelity (high means no false positives)
+- Query Explanation
+
+
+## Validation
+
+Methods to ensure the Detection was developed and is operating properly. These can be pass/fail, time based, or other relevant measurements. When possible, include an automated script or manual steps to cause the alert to fire on demand (i.e. attack simulation).
+
+
+### Attack Simulation
+
+Specific actions to reproduce events that are expected to be detected/highlighted by use case components.
+
+
+## References and Resources
+Any useful resources or references that can help understand the vulnerability, attack, detection logic, affected software, protocols, etc.