For Security Teams

Secure design that lives in the workflow, not beside it.

Threat modeling has always been the right discipline. The hard part was making it repeatable across every team without becoming the bottleneck. ThreatModeler^® Nexus™ turns it into a standardized practice that runs inside the tools developers already use, with the audit trail you need to prove it.

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It becomes operational the day it stops being an event.

The shift

From a one-off exercise to a standing practice.

A threat model in a slide deck ages the moment the architecture changes. The job of a security team is to make the practice survive contact with delivery, and to prove coverage when someone asks.

"We can't review every service by hand, and the ones we skip are where risk hides."

Cover the whole estate. The System Mapping Agent builds a model for every application, so coverage is the default rather than the exception. You decide where human review focuses.

"Every team threat models differently, so the output never lines up."

Standardize on shared content. Prebuilt templates and approved security content give every team the same starting point, so findings are consistent across the org instead of one analyst's judgment.

"By the time we finish a review, the design has already moved on."

Keep the model current. The Secure Design Graph updates as systems change, so the threat model reflects what is shipping, not what was proposed a quarter ago.

How it operationalizes

Built into the workflow. Backed by an audit trail.

ThreatModeler Nexus is a threat modeling platform first: it shows what could go wrong in a system so you can mitigate it. The MCP Server carries that into the SDLC, so secure design reaches developers where they work instead of waiting on a meeting.

Integrated

Inside the SDLC

Through the MCP Server, modeling and secure design guidance reach the IDE and the pipeline. Security shows up in the workflow, not as a separate surface to maintain.

Standardized

One way of working

Prebuilt templates, reusable components, and approved content mean every team produces comparable threat models. Adoption stops depending on who ran the session.

Governed

Evidence by default

Role-based access, versioning, and a full audit trail behind every decision. A deterministic framework keeps the AI inside your guardrails, with no hard-coded keys.

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Proven in programs at scale

The numbers from security teams who made it operational.

50%

less threat modeling effort, Charles Schwab, after standardizing threat modeling on the platform

1,500+

curated threats in the Secure Design Graph, updated continuously by the Threat Research Center

180+

regulatory and security frameworks, so every model produces compliance evidence without a separate mapping exercise

Source: Charles Schwab case study (50% reduction in threat modeling burden on security and development teams).

Security in the workflow

Findings convert to tickets. Models live where developers work.

A threat model that doesn't connect to the team's existing workflow doesn't get acted on. ThreatModeler Nexus integrates with the tools security and development teams already run, so identified risks convert to trackable items without a manual handoff.

Through the MCP Server, developers receive secure design guidance inside AI coding tools without learning a new surface. Through ticketing integrations, findings land in the system of record where the team works.

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✓

Jira and Azure Boards. Findings convert to tracked issues automatically, so security work enters the sprint rather than waiting on a review cycle.

✓

ServiceNow. Risk and remediation items flow into GRC and ITSM workflows without manual translation.

✓

GitHub, GitLab, and Bitbucket. Every pull request checked against the model through the MCP Server, so governance runs on every change.

✓

AI coding tools. Claude Code, Cursor, VS Code, and Windsurf surface threat modeling guidance inside the developer's environment through the platform's built-in MCP Server.

✓

ArmorCode, HashiCorp, and BiZZdesign. Enterprise security program platforms and architecture tools, connected to one source of truth for secure design.

From security teams

What teams who standardized on the platform found.

"It came out on top, the flexibility to define custom risk libraries and the API integration capabilities were the deciding factors."

Nick Vinson · Director of DevSecOps, Pearson

"The Jira integration is invaluable to the workflow. It seamlessly creates tickets for required controls without any manual step between the model and the board."

Chris Ramirez · Principal Software Security Engineer, Axway

Trusted by Pearson, Axway, ClearBank, Raiffeisen Bank International, Avalara, and Charles Schwab.

See what could go wrong, before it does.

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