Product · Threat Modeling

Threat modeling that proves, not just describes

IaC-grounded architecture, evidence-based STRIDE threats, attack paths, blind spots, library, questionnaire and drift.

Capabilities

What Threat Modeling does

IaC-grounded

Architecture and trust boundaries parsed from your IaC.

Evidence/confidence

proven (DAST-confirmed) vs likely vs inferred - no over-claim.

Library + questionnaire

Per-component standard threats + a 30-question system questionnaire.

Interactive canvas

Drag/edit the DFD; export Mermaid / Threat Dragon.

How it works

Threat modeling that proves rather than describes: architecture parsed from your IaC, STRIDE threats labelled by evidence, attack paths and blind spots - with a confidence level you can defend in an audit.

01

Ground

Build the architecture and trust boundaries from parsed IaC, not LLM guesses.

02

Enumerate

Apply per-component standard threats plus a system questionnaire and STRIDE.

03

Prove

Label each threat proven (DAST-confirmed), likely or inferred - and show attack paths.

What you get

  • IaC-grounded architecture and trust boundaries
  • Evidence-based STRIDE with confidence levels
  • Attack paths and blind-spot analysis
  • Component threat library plus a 30-question system questionnaire
  • Interactive DFD canvas; export Mermaid / Threat Dragon
  • Drift detection when the architecture changes
Part of one platform

Threat Modeling feeds your unified posture

Every Threat Modeling finding deduplicates into one risk-weighted posture, correlates into attack-chains, and can block the build at the CI gate.

DAST API Security SAST SCA Container IaC Kubernetes Posture Secrets AI Pentest ASPM CI/CD Gate

See Threat Modeling on your own app

From discovery to a proven attack chain. A PoC in your own environment.