PFMEA, DFMEA, and MSR-FMEA.

No, AI assists them in filling out the FMEA form, making decisions, and setting priorities.

No, our software uses AI to suggest inputs based on the FMEA Handbook (AIAG & VDA, 2019), helping you complete specific items in the FMEA form.

Yes, our software can predict whether and when a measure should be implemented to achieve ROI, and shows the total cost savings from that action.

Yes, it can track the effectiveness and efficiency of each implemented action and present this data visually in diagram form.

Yes, our software includes an expert system that can decide on the S, O, and D risk ratings for you and automatically assign the corresponding Action Priority (AP).

No, we do not yet offer this feature.

Yes, our software allows you to prioritize risks by taking into account all active projects/FMEAs and existing budget/time constraints.

Yes, it can generate FMEA families and control plans based on process flow diagrams (PFMEA) or structural analysis (DFMEA).

Yes, our software is fully aligned with the AIAG & VDA 2019 handbook and the IATF 16949 standard.

No, FMEA EXCELLENCE simply helps prioritize “Yellow” and “Green” risks by factoring in financial, time, and strategic aspects.

No, FMEAI-BOT works completely independently from FMEAI EXCELLENCE.

APQP is not yet supported, but our system allows linking DFMEA ↔ PFMEA ↔ Control Plan through product and process structures. Design changes are automatically propagated across all related analyses with full change history tracking.

Every change creates a new revision with an automatic audit trail—including date, user, reason for change, and related documents. You can compare two matrix versions with differences clearly marked.

Yes, our software supports both the traditional RPN system and the AIAG-VDA Action Priority (AP) matrix. AP logic is used to prioritize risks in the traditional FMEA workflow.

Yes. The software allows for multisite/multiregional configurations with user permissions per location and comparative analysis of the same product across different plants (global FMEA harmonization).

The P-Diagram (Parameter Diagram) can be visually built in the interface—covering inputs, outputs, control parameters, environment, disturbances, and noise factors—and then directly mapped to failure modes in the DFMEA matrix.