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Elevating Cyber Resilience with Automated Threat Modeling

Welcome to the official documentation for SecOpsTM — a STRIDE threat modeling framework with MITRE ATT&CK mapping, AI-enhanced threat generation, and interactive diagram export.

In an era of escalating cyber threats and rapid development cycles, traditional security practices often fall short. SecOpsTM bridges that gap by embodying Threat Modeling as Code (TMasC): threat models are human-readable, version-controlled Markdown files that integrate naturally into CI/CD pipelines and cross-functional workflows.

Why Automated Threat Modeling?

  • Proactive risk identification — shift left by catching design flaws early in the SDLC
  • Scalable security — automate threat analysis across distributed systems and microservices
  • Actionable intelligence — translate abstract threats into MITRE ATT&CK-mapped techniques
  • DevSecOps enablement — version-controlled, machine-readable models shared across Dev, Sec, and Ops
  • Continuous assurance — integrate threat analysis directly into CI/CD pipelines

Core Capabilities

  • STRIDE threat identification — automatic coverage across all six STRIDE categories for every component and dataflow
  • Rich enrichment — each threat mapped to MITRE ATT&CK tactics/techniques, CAPEC attack patterns, and D3FEND countermeasures
  • AI-enhanced generation — LLM + RAG pipeline surfaces threats beyond rule-based analysis
  • Context-aware severity — scoring adjusts for encryption, authentication, network exposure, CVE signals, and D3FEND mitigations
  • Hierarchical modeling — decompose large systems into linked sub-models with drill-down diagrams
  • Comprehensive exports — HTML reports, STIX 2.1, ATT&CK Navigator layers, SVG diagrams, ZIP bundles
  • IaC integration — generate threat models directly from Ansible and Terraform configurations

Documentation

Note: The graphical editor feature is currently under active development and may not be fully stable.