AI-powered engineering for safety-critical systems
ARCH is the agentic V-cycle platform that connects requirements, safety, cybersecurity, traceability, verification, validation, and testing into one intelligent engineering workflow.
One platform across definition, verification, and validation
ARCH links engineering intent, artifacts, and validation across the V-cycle.
Requirements
Generate SWE.1 requirements from project context.
Validation readiness
Monitor coverage, risks, and release confidence.
Test specification generation
Create SWE.6 test specifications from requirements.
Unit test generation
Link SWE.4 unit tests to requirements and code.
SIL testing
Streamline SIL testing and evidence collection.
Architecture and design
Connect requirements to design and verification.
ADAS on Dyna4 generation
Automate ADAS testing and validation tracking.
CAN network testing
Automated CAN testing with release visibility.
Built around safety-critical engineering workflows
ARCH supports engineering standards, safety analysis, cybersecurity analysis, and network artifacts that automotive teams already use.
ASPICE (Software Engineering)
SWE.1 · SWE.2 · SWE.3 · SWE.4 · SWE.5 · SWE.6
Functional Safety (FuSa)
HARA · FMEA · FTA
Cybersecurity
TARA · SECO
Board net (Fibex)
Network artifact support
Research-Backed Innovation
Built on research in knowledge graphs and clustering.
A trust-aware coordination framework where a shared knowledge graph serves as both semantic memory and a coordination surface — letting multi-agent pipelines assess and build on each other's work through calibrated confidence scores, preventing upstream errors from propagating into orphaned requirements, contradictory links, and compliance gaps in safety-critical software.
Read research paperA “Cluster-then-Summarize” pipeline that scales Automotive SPICE SWE.6 test-specification generation to thousands of requirements — clustering related requirements, distilling each group into domain-conformant summaries, and generating both per-requirement and cluster-level integration tests grounded in ISO 26262 and ASPICE.
Read research paperShift from manual tests to automation
ARCH accelerates SIL, ADAS, and CAN testing with automated validation evidence collection.
Requirements
Start from linked project context.
Test specs
Generate SWE.6 test specifications.
SIL/HIL testing execution
Dyna4 and Canoe (Those are Vector tools)
Evidence
Connect results to release readiness.
Ask ARCH anything about your project.
ARCH acts as a project-aware engineering copilot. Ask about requirements, open TARA risks, traceability gaps, test coverage, validation status, or release readiness.
Which requirements are not covered by tests?
I found 14 linked software requirements. 11 have SWE.6 test specifications, 2 have incomplete SIL evidence, and 1 has no linked validation result.
Generate SWE.6 test specifications for this feature.
Drafted 8 SWE.6 test specifications mapped to the selected requirements, each with pass/fail criteria and traceability links ready for review.
What is the open TARA risk status for this release?
3 open TARA risks: 1 high with mitigation in progress, 2 medium awaiting review. Each links to its SECO controls and affected components.
Frequently asked questions
Everything you need to know about ARCH and how it fits into your safety-critical engineering workflow.
Build safer systems. Validate faster. Engineer with ARCH.
See how ARCH can connect your requirements, safety, cybersecurity, traceability, verification, validation, and testing workflows.