Automated Threat Modeling
Automated threat modeling that keeps up with your code.
Manual threat modeling is a one-time workshop that goes stale before the sprint ends. Threatlas turns it into a continuous loop — generating threat models from your code, docs, and diagrams, and keeping them in sync as your system evolves.
What is automated threat modeling?
Automated threat modeling is the practice of generating and maintaining a system's threat model with software instead of manual whiteboard sessions. Rather than scheduling a workshop, you connect your code, documents, and architecture diagrams once — and the platform identifies threats, proposes countermeasures, maps them to security frameworks, and keeps the model up to date as the system changes. The result is a threat model that stays true at the speed your engineering team actually ships.
Why manual threat modeling breaks at AI speed
Engineering went continuous. Threat modeling didn't.
Code ships dozens of times a day. The threat model from the kickoff meeting is stale before the sprint ends.
Threats sit in spreadsheets, requirements in PDFs, evidence in wikis. Nothing follows the code, nothing closes the loop.
Audits trigger week-long fire drills to reconstruct what was true months ago — by which point the system has already moved on.
How Threatlas automates threat modeling
Connect your code and architecture once. Threatlas keeps the model, requirements, and documentation in sync from then on.
Model
Import from source code, architecture docs, diagrams, or OpenAPI — or design visually. Threatlas maps components, data flows, and trust boundaries, and keeps the model in sync as the system evolves.
Generate
Threatlas reviews the design, surfaces threats with STRIDE classification, proposes countermeasures, and maps security requirements to frameworks like OWASP ASVS, NIST 800-53, and ISO 27001 — automatically.
Maintain
As your architecture changes, Threatlas keeps the model, requirements, and documentation current — so what you ship and what you document never drift apart.
Mapped to the frameworks you're measured against
Threats and countermeasures map to established methodologies and standards out of the box — and the model is fully extensible with your own frameworks, controls, and policies.
Automation that lives in your pipeline
Threatlas integrates with GitHub, GitLab, Jira, Jenkins, and Confluence — so your threat model stays connected to the tools your engineers already use, and updates as the system changes instead of drifting out of date.
Automated threat modeling FAQ
What is automated threat modeling?
Automated threat modeling is the practice of generating and maintaining a system’s threat model with software instead of manual workshops. Tools like Threatlas read your code, documents, and architecture diagrams, identify threats and countermeasures, map them to security frameworks, and keep the model current as the system changes.
How does Threatlas automate threat modeling?
Threatlas follows a continuous loop: it builds a model from your code, docs, or diagrams, generates STRIDE-classified threats and mapped security requirements, and keeps them current as the system changes — so your threat model and documentation stay up to date instead of going stale after a workshop.
Does automated threat modeling replace security engineers?
No. Threatlas automates the repetitive work — drafting the model, mapping frameworks, and keeping documentation current — so security engineers review and decide instead of starting from a blank page. The human stays in the loop; the busywork goes away.
How is this different from a SAST or vulnerability scanner?
SAST and vulnerability scanners look for flaws in existing code. Automated threat modeling works at the design level: it reasons about what could go wrong in your architecture and which controls are required. Threatlas complements scanners rather than replacing them.
See automated threat modeling on your own architecture.
Threatlas is in private beta with a select group of security teams. Request a demo to see it run against your stack.
Request a demo