ThreatModeler Nexus brings governed, architecture-aware threat modeling into the way modern systems are designed and built. Connect applications, cloud infrastructure, devices, threats and controls through the Secure Design Graph while specialised AI agents accelerate modeling, analysis and reporting.
Instead of generating isolated threat lists, ThreatModeler Nexus maintains a governed representation of your system and its security relationships — so components, threats, controls and requirements stay connected as designs evolve.
Turn architecture documentation, system context and development artifacts into model-ready system maps.
Connect components, data flows, threats, controls and requirements into a governed security model.
Continuously enrich the graph with security context relevant to the organisation and its systems.
Generate developer, audit, compliance and executive reporting from the same underlying security model.
Use AI acceleration while preserving deterministic processes, traceability, reviewability and enterprise controls.
Bring threat modeling closer to architecture, development and delivery workflows instead of treating it as a one-time workshop.
Nexus models relationships and design intent rather than relying only on individual code findings — giving architecture, AppSec and DevSecOps teams a shared, governed view of the system.
Understand intended system architecture, the relationships between components, and what may be missing from a secure design — across the enterprise, not just at the code level.
The System Mapping Agent, Graph Agent and Reporting Agent work against the same governed model — each focused on mapping, enrichment and reporting.
RBAC, auditability, a deterministic framework, traceability and Bring Your Own AI keep modeling controlled and reviewable at enterprise scale.
The built-in MCP Server can connect ThreatModeler Nexus with IDEs, AI coding tools, agents and development workflows — so secure design travels with the code instead of sitting in a separate document.
As architecture and code change, the threat model can be revisited and updated in step with engineering — closing the loop between design intent and delivered systems.
Bring model context to the environments where developers and AI coding tools already operate.
Connect agents and CI/CD processes so threat modeling participates in your delivery pipeline.
ThreatModeler Nexus is designed to work alongside the platforms teams already use. The examples below are illustrative and not a complete list of supported integrations.
Model cloud and hybrid architectures alongside your infrastructure-as-code tooling.
Bring secure design into source control and build pipelines.
Coordinate findings and tasks with service management and workflow tools.
Complement runtime, SAST, DAST, ASPM and vulnerability-management technologies.
Evaluate how ThreatModeler Nexus can fit into your architecture, AppSec and DevSecOps workflows. CyberDistro can help your team scope the use case and coordinate a tailored product demonstration.
Secure-by-design, the Secure Design Graph, AI agents, the MCP Server, methodologies and compliance mapping.
ThreatModeler Nexus is a governed agentic threat modeling platform designed to operationalise secure-by-design practices across applications, cloud and hybrid environments, devices and other complex systems. It combines the Secure Design Graph with specialised AI agents and a built-in MCP Server to keep architecture, threats and controls connected as systems evolve.
The Secure Design Graph is a connected model that represents the relationships between system components, architecture, threats, controls, security requirements and compliance requirements. Rather than a flat list of findings, it maintains how these elements relate — so you can reason about design intent and what may be missing.
Threat modeling operates primarily at the architecture / design layer and can identify missing controls, risky relationships and design-level threats. It complements, rather than replaces, code and runtime security testing such as SAST, DAST, ASPM and vulnerability management.
Yes. Teams are not limited to greenfield design. Using the System Mapping Agent, you can start from existing architecture artifacts, code or current environments and build model-ready system representations from what you already have.
Nexus uses specialised AI agents — the System Mapping Agent, Graph Agent and Reporting Agent — to accelerate mapping, enrichment and reporting. This runs within a governed and deterministic architecture that preserves traceability and review; not all platform behaviour is generated by AI.
The MCP Server is a built-in capability intended to connect threat modeling with IDEs, AI coding tools, agents, development workflows and CI/CD processes — bringing model context closer to where engineering work actually happens.
Supported methodology examples include STRIDE, PASTA and CSA MAESTRO. These are examples and not a complete list.
Yes. The platform maps to security and regulatory frameworks, with examples such as NIST, ISO 27001, PCI DSS, HIPAA, DORA and the EU AI Act. These are examples of the broader framework coverage.
ThreatModeler Nexus supports Bring Your Own AI (BYOAI), allowing organisations to align threat modeling with an approved AI model under their own governance and enterprise controls.
Yes. Nexus supports threat modeling for cloud and hybrid architectures, including environments built on AWS, Microsoft Azure and Google Cloud.
Official ThreatModeler platform pages, technical documentation and integrations.
The ThreatModeler Nexus platform, Secure Design Graph and agentic approach to secure design.
Platform PageOfficial ThreatModeler Nexus technical data sheet with platform detail.
View Data SheetConnect threat modeling with IDEs, AI coding tools, agents and development workflows.
ExploreHow ThreatModeler Nexus connects with cloud, CI/CD, ITSM and security ecosystem tools.
ExploreFor scoping, evaluation and a tailored product demonstration of ThreatModeler Nexus, talk to CyberDistro.
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