This repository demonstrates a structured, enterprise-focused approach to defining, validating, and continuously measuring security control effectiveness across endpoint and infrastructure environments.
The framework models how modern organizations can:
- Define measurable technical security controls
- Map controls to adversarial techniques (MITRE ATT&CK)
- Validate detection hypotheses using controlled simulation
- Track detection performance and drift over time
- Score control maturity
- Enable continuous validation through policy-as-code principles
This project is conceptual and designed to illustrate enterprise security validation architecture, not to execute offensive operations.
Security controls degrade silently over time due to:
- Configuration drift
- Rule changes
- Infrastructure updates
- Agent version changes
- Logging pipeline failures
Continuous validation ensures:
- Controls remain effective
- Detection latency remains within defined thresholds
- Telemetry forwarding remains intact
- High-risk techniques remain covered
A structured matrix defining enterprise security controls and associated detection objectives.
Controls are mapped to relevant MITRE ATT&CK techniques to ensure adversarial coverage.
Each control includes a defined detection hypothesis: If technique X occurs, control Y must generate signal Z within time T.
Controlled simulation models for:
- Windows EDR validation
- macOS endpoint validation
- Email phishing detection
- Lateral movement detection
Security controls are scored from Level 1 (Telemetry Exists) to Level 5 (Continuous Validation with Drift Detection).
A lightweight validation runner demonstrates how policy-driven validation can be orchestrated programmatically.
Security validation must be:
- Measurable
- Repeatable
- Automated
- Resistant to silent degradation
This framework demonstrates how enterprise security teams can move from periodic testing to continuous validation.
This repository does not contain exploit code or weaponized tooling. All scenarios are conceptual models intended for security architecture and validation demonstration purposes.