Make Threat Modeling Scalable & Keep It Current
Automatically generate, maintain, and evolve threat models directly from architecture and design inputs. Move from point-in-time exercises to living threat models that stay aligned as software changes.
Traditional Threat Modeling Breaks at Scale
Threat modeling is widely recognized as a best practice, but in most organizations, it fails to scale or stay relevant.
Teams struggle because:
- Threat modeling depends on scarce expert time
- Models are created manually and inconsistently
- Architecture changes invalidate models almost immediately
- Threats aren’t connected to actual components and builds
- Outputs rarely feed downstream requirements, verification, or compliance
The result is threat models that exist, but don’t meaningfully influence security outcomes.
Finite State automates threat modeling by ingesting architecture and design inputs, generating structured threats and attack paths, mapping them to components, and keeping models current as designs and software evolve.
This is enabled by:
- Structured architecture ingestion
- AgentOS to reason over designs, risks, and mitigations
- Assurance Studio to manage workflows and model governance over time
- Finite State Copilot for review, refinement, and collaboration
How It Works
Ingest Architecture and Design Inputs
Architecture diagrams, specifications, and design documents are ingested and parsed into a structured representation of system components, interfaces, data flows, and trust boundaries.
This creates a machine-readable foundation for threat modeling.
What you get: A reusable architecture model that can be analyzed and updated over time.
Auto-Generate Threats and Attack Paths
Using the structured architecture, Agent OS identifies potential threat scenarios and attack paths across components and interfaces. Threats are expressed in a consistent, reviewable format and categorized by type and impact.
Threat generation scales across architectures without relying on manual enumeration.
What you get: Broad, consistent threat coverage without expert bottlenecks.
Map Threats to Components and Risk
Each threat is explicitly mapped to affected components, interfaces, and potential impact paths. This anchors threat analysis in real architecture rather than generic patterns.
What you get: Threat models that are specific, actionable, and relevant.
Maintain Living Threat Models Across Releases
Each threat is explicitly mapped to affected components, interfaces, and potential impact paths. This anchors threat analysis in real architecture rather than generic patterns.
What you get: Threat models that are specific, actionable, and relevant.
Key Focus Areas
Structured Architecture Ingestion
Turn design documentation into analyzable security inputs.
- Impact: Design intent becomes reusable and actionable
Auto-Generated Attack Paths
Understand how threats could realistically unfold.
- Impact: Threats shift from abstract risks to concrete scenarios.
Risk Mapped to Components
See exactly where risk concentrates in the system.
- Impact: Teams focus effort on the components that matter most.
Living Threat Models
Keep threat analysis aligned as products evolve.
- Impact: Threat modeling remains relevant across releases.
AgentOS: Threat Reasoning at Scale
AgentOS is the orchestration and reasoning engine that generates and maintains threat models consistently across architectures, products, and releases. It applies structured, repeatable logic to derive threats, analyze attack paths, and automatically re-evaluate models as inputs change—without relying on individual expertise.
- Impact: Threat modeling scales without sacrificing rigor or consistency.
Assurance Studio: Review, Refine, and Operationalize Threats
Assurance Studio provides the workflow and governance layer for reviewing generated threats, refining assumptions, and linking validated risks to downstream verification, testing, and reporting processes.
- Impact: Threat modeling drives action, not just documentation.
What This Enables
With automated, living threat modeling, teams can:
Scale threat modeling across products and teams
Keep threat analysis aligned with real designs
Feed requirements, verification, and compliance workflows
Maintain confidence that security analysis reflects current reality
Threat modeling becomes a continuous input, not a one-time artifact.
Integrates With Your Tech Stack
See Automated Threat Modeling in Action
Generate comprehensive threat models in minutes and keep them current as designs evolve.