Volvsoft — manufacturing software company

IATF 16949 QMS Software for Automotive Suppliers

PPAP, APQP, PFMEA, Control Plans, MSA — built around the AIAG manuals OEMs grade you against, not generic ISO 9001 with an automotive label.

IATF 16949 is ISO 9001 plus the automotive overlay — and the overlay is six AIAG core tools that most QMS platforms treat as documents rather than structured data. PPAP packages, APQP gateway reviews, PFMEA, control plans, MSA studies, and SPC all have specific data schemas. When those live as PDF attachments, surveillance audits and customer-specific requirements (CSRs) become a multi-week scramble.

Volvsoft builds IATF 16949 QMS software around the AIAG core tools as structured data. PFMEAs link to control plans link to operations link to SPC link to non-conformances — and audit evidence retrieval is one click instead of a week of document hunts. Pairs with our automotive ERP for end-to-end IATF 16949 coverage.

What you get

PPAP package management

PPAP levels 1-5 with per-customer template variants. Submission tracking, customer approval workflow, re-submission triggers on configuration change.

APQP gateway management

Phase 1-5 deliverables tracked. Cross-functional team assignments. Gateway readiness reviews with OEM-required evidence.

PFMEA & DFMEA

RPN scoring (or AIAG-VDA Action Priority since 2019), structured failure modes, link to control plan and product characteristics.

Control plans (prototype, pre-launch, production)

Per-feature characteristics, special characteristics flagged, control method specified, reaction plan documented. Live link to in-process inspection.

MSA studies

Gauge R&R, bias, linearity, stability — structured study data per AIAG MSA manual. Pass/fail per customer requirement.

Customer-specific requirements (CSRs)

Tracked per customer, applied automatically to relevant programs and parts. Audit-ready CSR compliance evidence.

AIAG core tools as structured data

Every IATF audit looks for the same evidence chain: PFMEA identifies failure modes, control plan documents how each is controlled, work instruction implements the control, in-process inspection confirms the control, and SPC trends the controlled characteristic. The chain is only audit-ready if it's structured — not a stack of PDFs.

  • PFMEA failure modes link to control plan rows by characteristic ID
  • Control plan rows link to operation steps in the routing
  • Operation steps link to inspection records by serial / lot
  • Inspection records feed SPC charts at the controlled characteristic level
  • SPC out-of-control events feed back to PFMEA review and CAPA

Customer-specific requirement (CSR) management

Each OEM publishes a CSR document layered on top of IATF 16949. Common audit gap: CSRs in a binder, not tracked per program/part. We model CSRs as first-class data.

  • Ford CSR — published version tracked, applied to Ford programs
  • GM CSR — supplier quality requirements applied to GM-specific BOMs
  • Stellantis (FCA) CSR — applied per program
  • Toyota CSR — additional supplier-development manual requirements
  • Tier-1 customers' own CSRs cascading to your operation

Layered process audits (LPA)

IATF requires layered process audits at multiple management levels. We build the LPA workflow into the QMS instead of leaving it on a clipboard.

  • Audit schedule per layer (operator, supervisor, plant manager, exec)
  • Mobile audit forms with photo and SPC data attachment
  • Finding management with severity scoring and CAPA escalation
  • Aggregate trending — repeat findings surface for executive review
  • Customer-specified LPA frequencies honored automatically

Frequently asked questions

How does this handle the AIAG-VDA FMEA transition?

We support both legacy RPN-based and 2019 AIAG-VDA Action Priority methodologies. New programs typically start in AIAG-VDA; legacy programs maintain RPN. Both flow into the same control-plan and inspection workflows.

Can you import our existing PPAP packages?

Yes. Bulk import of historical PPAP packages with metadata extraction. Active packages are migrated structurally; archive packages are stored with searchable metadata for retrieval.

What about safety-critical (functional safety) requirements?

ASIL requirements per ISO 26262 flow through PFMEA severity scoring and control plan special characteristics. Functional safety documentation is integrated, not bolted on.

How does this work for supplier scorecards?

Outbound scorecards to your tier-2 suppliers use IATF-aligned metrics (PPM, OTIF, response-time, special status). Inbound scorecards from your customers feed performance dashboards used in management review.

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