01
Design
Capture architectures that become living models
- Vehicle/System architecture modeling
- Bus topology mapping
- Data flow analysis
- Interface & CAL definition
AI-Powered Automotive CSMS
The Living CSMS backbone for automotive
One AI-powered knowledge graph connecting design, TARA, SBOM, testing and operations — your cybersecurity case that updates itself.
Headlamp — ISO21434
Linked Assets
34
Linked Risks
18
Security Goals
12
Compliance Score
Meeting 72% of security requirements
Risk Distribution
Module Completion
Threat Modeling
100%
Risk Assessment
85%
SBOM & Supply Chain
60%
Security Testing
40%
85%
Auto path
coverage
coverage
10×
Faster
assessment
assessment
100%
CVE
traceability
traceability
24/7
Continuous
monitoring
monitoring
Core Capabilities
Built for OEM, Tier-1 & Tier-2 collaboration
Platform Highlights
- Centralize TARA, SBOM, risk assessments and reports in a single automotive CSMS platform
- Multi-tenant collaboration — OEMs, Tier-1s and Tier-2s share complete projects, selected parts, or just reports across tenants
- Support multiple OEM programs and templates without re-doing work for every customer
- AI assistant for automotive threat modeling to propose threats, attack paths and mitigations
- Generate audit-ready ISO/SAE 21434 / UNECE R155 documentation with full traceability
- Multi-language platform: English, German & Chinese — built for global OEM and Tier-1 teams
Deployment Options
Private Cloud
Cloud SaaS
On-Premise
Licensing Tiers
- Team — Unlimited users, Foundation + TARA, up to 3 projects
- Professional — Min 5 users, all modules incl. SBOM & Testing, multiple OEM programs
- Enterprise — 21+ users, all modules incl. Operations, on-premise/SaaS/private cloud
Five Integrated Pillars · Complete CSMS Coverage
Everything you need for
automotive cybersecurity
A complete CSMS — not a point tool. From system design through post-production operations, ThreatZ covers the full ISO/SAE 21434 lifecycle with five integrated pillars.
02
TARA
Threat analysis that updates with every change
- STRIDE-guided threat modeling
- Attack path generation
- ISO/SAE 21434-aligned risk scoring
- AI-accelerated risk treatment
Learn more about automotive TARA automation or see how AI accelerates threat analysis.
03
SBOM & supply chain
A living bill of materials, not a snapshot
- CycloneDX, SPDX v2.3 & v3 ingest
- Continuous CVE monitoring (NVD · CNVD · OSV · GHSA)
- VEX document generation
- Supplier risk & license tracking
Dive deeper into automotive SBOM management including CycloneDX vs SPDX and CVE monitoring.
04
Security testing
From static checks to test bench execution
- Validation & testing campaigns
- Test bench agent for hardware-in-loop
- Fuzz testing orchestration
- Pentest tracking with evidence capture
- Map evidence automatically for compliance
05
Operations
Post-production continuous cybersecurity
- Incidents & security events lifecycle
- Threat intelligence correlation
- V-SOC monitoring
- Playbook automation
How ThreatZ models your automotive cybersecurity program — from individual ECUs to fleet-wide governance
Architectural fingerprint
The AI-powered knowledge graph
ThreatZ's core architectural differentiator. A unified data model that links every entity in your automotive cybersecurity program — from vehicle architectures and ECU components to threat scenarios, vulnerabilities, and compliance evidence.
15 entity types in one living graph
System Component
Software Unit
Asset
Threat
Attack Path
Damage Scenario
Goal
Requirement
Control
Claim
Test Case
Risk
SBOM
SW Component
Vulnerability
When a CVE drops or an architecture changes, every related risk score, attack path, and piece of compliance evidence recalculates automatically. Traceability goes from 40–60% to 100%. Answer queries like “show me every threat affecting components with known CVEs” in seconds — not weeks.
The difference
From static to living.
A snapshot CSMS goes stale the day you ship it. ThreatZ is different — every asset, threat, and control updates in real time.
Frequency
Quarterly
Continuous
Accuracy
Drifts
Real-time
Speed
Weeks
Hours
Readiness
Snapshot
Always on
Effort
Re-work
Native
Measurable in the first 90 days
Proof that the model works
CVE blast radius
2 weeks
→
4 hours
Manual vuln work
100%
→
20–30%
Audit prep time
2–3 weeks
→
Always ready
Traceability
40–60%
→
100%
Integration Ecosystem
Connects to Your
Engineering Workflow
ThreatZ integrates with the tools your engineering teams already use — from system modeling and requirements management to test benches and issue tracking. View all 30+ integrations →
Architecture & Modeling
Sparx Enterprise Architect
Import XMI models and system architectures
MathWorks MATLAB
Import system architectures from System Composer
Cameo Systems Modeler
Import XMI system models from MagicDraw / Cameo
IBM Rhapsody
Import XMI system and software architecture models
SAST & Code Analysis
Semgrep
CodeQL
SonarQube
Cppcheck
Clang SA
SCA & Dependency Scanning
Black Duck
Snyk
JFrog Xray
FOSSA
Mend
Binary & Deep Analysis
CodeSonar
Klocwork
Astrée
SBOM Platforms
Dependency-Track
GUAC
DevOps, Testing & Data
Atlassian Jira
Bi-directional sync for security tasks and tickets
GitHub
Repository scanning and CI/CD pipeline integration
Vector CANoe
CAN bus security test execution (CAPL + Python)
Microsoft Excel
Import/export data via Excel spreadsheets
Vulnerability Feeds
NVD
CNVD
OSV
GitHub Security Advisories
Standards & Formats
Speaks Your
Industry Language
ThreatZ supports the SBOM formats, export standards, and data interchange protocols used across the automotive cybersecurity ecosystem.
SBOM Formats
Import and export software bills of materials in all major industry-standard formats.
CycloneDX
SPDX v2.3
SPDX v3
Export Formats
Export your data in the formats your stakeholders need — from human-readable reports to machine-readable interchange standards.
PDF
CSV
ReqIF
SARIF 2.1.0
OpenXSAM
Compliance-First
Built for the World's Most
Demanding Standards
ThreatZ maps your cybersecurity activities to the specific clauses and controls required by each standard. Generate audit-ready evidence packages with a single click.
ISO/SAE 21434
Full TARA lifecycle and cybersecurity engineering process management per clause requirements.
UNECE R155
Type approval evidence and CSMS process documentation for WP.29 compliance.
GB 44495
China's national vehicle cybersecurity standard compliance and reporting.
NIST & ISO 27001
Map controls and evidence to NIST CSF and ISO 27001 information security frameworks.
AI-Powered
Accelerate with
AI Assistance
Damage Mitigation Recommendations
AI-driven countermeasures based on Auto-ISAC guidance and proven patterns. Get actionable mitigation suggestions for identified threats and risks.
Threat Scenario Generation
Automatically generate STRIDE-based threat scenarios from your system architecture. AI proposes attack vectors, damage scenarios, and feasibility ratings aligned with ISO/SAE 21434.
CVE Triage Acceleration
When new CVEs drop, AI cross-references your SBOM and knowledge graph to instantly flag affected components, calculate blast radius, and prioritize remediation.
Interactive Security Chatbot
Ask natural language questions about your project context, compliance status, and cybersecurity posture. Get instant, context-aware answers.
Attack Path Suggestions
AI proposes multi-step attack paths by traversing the knowledge graph from entry points to damage scenarios, revealing non-obvious chains your team might miss.
Audit Evidence Drafting
Generate audit-ready work products, compliance evidence packages, and assessment reports. AI assembles traceability documentation across the full ISO/SAE 21434 lifecycle.
5
Integrated Pillars
23
Integration Partners
4
Vulnerability Feeds
3
Deployment Options
The full CSMS, not a point tool
Not just another TARA tool
Most automotive cybersecurity tools solve one problem. TARA-only tools leave you juggling spreadsheets for SBOM and operations. DevSecOps platforms weren't built for ISO/SAE 21434. In-house portals can't keep pace with CVE velocity.
ThreatZ is the one CSMS backbone that connects it all — unified knowledge graph, automotive-native, multi-OEM ready.
Why automotive security leaders choose ThreatZ
Seven reasons teams consolidate on ThreatZ
1
Living TARA & AI-accelerated risk scoring
When anything changes, risk scores recalculate automatically.
2
Continuous compliance & audit-readiness
Always audit-ready, not just at audit gates.
3
Unified knowledge graph — 14 entity types
Every asset, threat, and control connected in one living model.
4
Seamless CI/CD & shift-left integration
Security baked into engineering workflows, not bolted on.
5
Supply chain efficiency & reusable digital assets
SBOM lifecycle management with zero rework.
6
Enterprise governance across all departments
Policy engine that enforces practices across programs.
7
Blueprints & catalogs for fast project launch
Freeze proven work. Clone for variants. Ship in days.
From one ECU to the whole fleet
Scales with your programs
Security work done once, reused everywhere.
ECU
→
Subsystem
→
Vehicle program
→
Fleet
Analyze a single ECU, reuse the analysis across the subsystem. Validate a subsystem, scale it to the entire vehicle program. Secure a program, apply it to the fleet. Blueprints and catalogs let you freeze proven cybersecurity work as golden references — clone, adapt, ship variants in days instead of months.
Building blocks, not blank pages
Launch projects from proven foundations
Don't start from zero. Don't start from scratch.
Security catalogs
A curated knowledge library of reusable threats, controls, goals, and claims. Reference across every project. Keep evidence consistent, keep analysis fast. Your catalog gets smarter with every engagement.
Security blueprints
Freeze a proven project as a golden reference. Clone it for new variants. Only the deltas need fresh analysis — inherited threats and controls ship automatically. Perfect for Tier-1 suppliers managing multiple OEM programs.
What Our Customers Say
Trusted by Automotive
Security Leaders
“ThreatZ transformed our CSMS from a checkbox exercise into a competitive advantage. The cross-platform intelligence alone paid for the entire deployment.”
Head of Cybersecurity Engineering
European Premium OEM — 12 Vehicle Platforms
“Before ThreatZ, a single CVE disclosure could take two weeks to assess across our ECU portfolio. Now we have impact analysis in under four hours.”
Director of Software Engineering
Global Tier-1 Supplier — 200+ ECU Variants
“ThreatZ eliminated the duplication and gave us confidence that both documentation sets were consistent and complete. We achieved European type approval months ahead of schedule.”
VP Cybersecurity
Chinese EV Manufacturer — Dual GB 44495 + R155
Frequently Asked Questions
Frequently Asked
Questions
Everything you need to know about ThreatZ, from capabilities and compliance to deployment and integrations.
What is ThreatZ?
ThreatZ is an AI-powered automotive cybersecurity platform that provides end-to-end CSMS (Cybersecurity Management System) capabilities for OEMs and Tier-1 suppliers. It covers TARA analysis, SBOM management, vulnerability tracking, compliance reporting, and security operations — all unified in a single platform with a knowledge graph backbone.
How does ThreatZ automate TARA analysis?
ThreatZ uses AI to automatically identify assets, generate threat scenarios using STRIDE methodology, assess attack feasibility, calculate risk levels per ISO/SAE 21434, and suggest risk treatment options. What traditionally takes weeks of manual effort can be completed in hours, with full traceability from assets to cybersecurity goals.
Which compliance standards does ThreatZ support?
ThreatZ supports ISO/SAE 21434, UNECE R155 (WP.29), GB 44495 (China), NIST Cybersecurity Framework, and ISO 27001 mappings. The platform generates standard-specific work products, evidence packages for type approval, and audit-ready reports. Enterprise plans also support STIX and AUTOSAR export formats.
How does the SBOM management module work?
The SBOM module provides a complete software bill of materials lifecycle — from ingestion of CycloneDX and SPDX formats, through continuous vulnerability monitoring against NVD, CNVD, and OSV databases, to automated risk scoring with CVSS and EPSS metrics. It tracks components across ECU variants and generates VEX (Vulnerability Exploitability Exchange) documents for supply chain communication.
Can ThreatZ integrate with our existing tools?
Yes. ThreatZ provides REST API access, webhooks, and native integrations with Jira, Azure DevOps, and common ALM tools. It supports OpenXSAM and STIX export formats for interoperability with other security tools. SSO via SAML 2.0 and OpenID Connect is available on Professional and Enterprise plans.
What is the knowledge graph and why does it matter?
ThreatZ's knowledge graph is a connected data model that links every entity in your cybersecurity program — from vehicle architectures and ECU components to threat scenarios, vulnerabilities, and compliance evidence. This enables powerful traceability queries (e.g., “show all threats affecting components with known CVEs”) and ensures no gaps in your security analysis.
Is ThreatZ suitable for Tier-1 suppliers?
Absolutely. ThreatZ was designed specifically for the needs of Tier-1 and Tier-2 suppliers who must demonstrate ISO/SAE 21434 compliance to multiple OEMs simultaneously. The multi-project architecture lets suppliers manage separate TARA analyses per OEM program while sharing common component libraries and threat intelligence across projects.
How is ThreatZ deployed?
ThreatZ is available as a cloud-hosted SaaS platform (hosted in EU data centers) or as an on-premise deployment for Enterprise customers. On-premise options include dedicated infrastructure, air-gapped environment support, and custom data residency to meet automotive industry security requirements.
Related Resources
Explore Further
Deep-dive articles from our engineering team.
Ready to Transform Your TARA Workflow?
Start Managing Automotive
Cybersecurity the Right Way.
Get your team up and running with ThreatZ in days, not months. Full ISO/SAE 21434 lifecycle coverage from day one. Learn more about ISO/SAE 21434 compliance requirements. Need expert help? Explore our engineering services.
ISO/SAE 21434 Compliant
UNECE R155 Ready
Private Cloud & On-Premise