threat-mitigation-mapping

Threat-to-control mapping links identified security threats to appropriate controls using a structured approach. This process generates actionable mitigation plans, identifies security gaps, and validates control effectiveness across network, application, and data layers.

Security investment prioritization is achieved by mapping threats to a comprehensive control library and generating mitigation plans. This structured approach highlights critical gaps and suggests roadmap priorities to ensure comprehensive and layered security defenses.

Yes, threat mitigation mapping accepts threats identified by methodologies like STRIDE. It links specific threats such as SQL Injection or XSS to cataloged security controls, including Input Validation Frameworks and Web Application Firewalls, to facilitate risk treatment.

Control effectiveness is validated by referencing a catalog of standard security controls categorized by type and layer. The mapping process evaluates these controls against identified threats to ensure comprehensive defenses across network, application, and data layers.

Threat mitigation mapping operates independently without external dependencies, utilizing a built-in control library and Python dataclasses. It provides a structured approach to define threats, controls, and mitigation plans without requiring specific external security framework integrations.