The world's most advanced design FMEA platform. 21 physics domains, AI-powered failure mode suggestions, AIAG-VDA compliant worksheets. Transform reactive failure analysis into proactive risk-driven design intelligence.
Why Teams Switch to Magnus DFMEA
Design failures found during validation cost 10-100× more to fix. Magnus DFMEA catches them at the design table.
❌ Traditional Approach
Excel-based FMEAs with no traceability, no intelligence, no connection to test plans or field data.
✓ With Magnus DFMEA
AI-powered failure mode suggestions, physics-grounded autocomplete, real-time collaboration.
❌ Traditional Approach
When experienced engineers leave, their failure pattern recognition goes with them.
✓ With Magnus DFMEA
21 physics domains encode institutional knowledge. AI learns from every analysis across all programs.
❌ Traditional Approach
No way to trace from concept requirements through failure modes to test verification and field performance.
✓ With Magnus DFMEA
Link Explorer provides end-to-end traceability: Requirements → Functions → Failures → Controls → Tests.
Complete DFMEA Platform
From structure analysis through failure network visualization — every tool connected, every action tracked.
AIAG-VDA compliant 7-step FMEA editor with inline editing, real-time RPN calculation, digital sign-off, and bulk operations.
8 instant suggestions per field in <50ms. Zero-token, physics-grounded — not LLM guesswork. Works offline. Patent pending.
Natural language queries against your FMEA data. Generate executive reports, analyze risk patterns, assess certification readiness.
Generate failure mode drafts from P-Diagrams using AI. Describe your system → get structured failure modes, causes, and controls.
Action Priority heat map, Top 5 high-priority risks, RPN distribution charts. Real-time visibility into your DFMEA program.
Define system boundaries with input signals, control factors, noise factors, and outputs. Foundation for systematic failure analysis.
Interactive causal chain visualization. Trace failure modes through causes, effects, and controls in a network diagram.
Owner assignment, due dates, closure verification, and RPN reduction tracking. Drive corrective actions to completion.
End-to-end traceability: Requirements → Functions → Failure Modes → Controls → Test Plans. Full design risk chain.
Rig utilization tracking, test specifications, and pass/fail criteria management. Connect test evidence to risk items.
Electronics, thermal, mechanical, fatigue, vibration, corrosion, EMC, sealing, optical, fluid dynamics, and more. Industry-leading coverage.
Multi-user, cloud-based editing. Design, quality, and reliability teams work together in real time across programs.
Industry Standards Compliance
Ready to Transform Your DFMEA Process?
21 physics domains. AI-powered suggestions. Real-time collaboration. AIAG-VDA compliant.