# Automotive Supplier ERP Fit Assessment: Score Your System Against OEM and IATF 16949 Demands > Source: https://netray.co/tools/automotive-supplier-erp-fit-assessment > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: Free Tools ## Short answer Score how well your ERP handles automotive customer requirements including EDI release processing, ASN and AIAG labeling, cumulative quantity reconciliation, PPAP control, and recall traceability. ## Category erp-migration ## Tool **Kind:** assessment **Questions:** #### How are customer EDI releases (830 planning and 862 shipping schedules) processed? **Help:** OEM releases can change weekly or daily. Manual rekeying is the single largest source of overship, undership, and expedite cost in tier suppliers. **Options:** ##### Releases arrive by portal or email and are keyed into ERP by hand **Score:** 0 ##### A translator drops files that a planner reviews and re-enters into demand **Score:** 1 ##### Releases load automatically but planners manually resolve most exceptions **Score:** 2 ##### Releases post directly to demand with automated exception handling and change alerts **Score:** 3 #### Can your system generate compliant ASNs and AIAG or Odette shipping labels from the pick transaction? **Options:** ##### Labels are printed from a separate application and ASNs are keyed into the customer portal **Score:** 0 ##### ERP prints labels but ASN data is assembled manually before transmission **Score:** 1 ##### ERP produces both but format changes require vendor help and lead time **Score:** 2 ##### Labels and ASNs generate automatically at pack-out with customer-specific formats maintained in-house **Score:** 3 #### How do you reconcile cumulative shipped and received quantities against customer records? **Help:** Cumulative quantity mismatches are a leading cause of chargebacks and disputed shipments in automotive supply. **Options:** ##### We do not track cumulative quantities systematically **Score:** 0 ##### Tracked in spreadsheets and reconciled when the customer raises a discrepancy **Score:** 1 ##### ERP tracks cumulatives but reconciliation against customer data is manual **Score:** 2 ##### ERP maintains cumulatives per release and flags variances against customer data automatically **Score:** 3 #### Is PPAP and APQP documentation controlled and linked to part revisions? **Options:** ##### PPAP packages live on a shared drive with no link to part or revision records **Score:** 0 ##### Documents are organized by part number but revision linkage is manual **Score:** 1 ##### A document system holds PPAP with manual synchronization to ERP part revisions **Score:** 2 ##### PPAP status is a controlled attribute in ERP that gates shipping of affected revisions **Score:** 3 #### How quickly could you identify every part affected by a suspect raw material lot? **Options:** ##### Days of manual reconstruction across paper and spreadsheets **Score:** 0 ##### Several hours with cross-department help **Score:** 1 ##### Under an hour using standard ERP traceability inquiries **Score:** 2 ##### Minutes, with serial or lot genealogy through to shipped containers and customer receipts **Score:** 3 #### Does the system manage returnable containers and customer-owned packaging? **Options:** ##### No container tracking - shortages are discovered when shipping is blocked **Score:** 0 ##### Containers tracked in a spreadsheet by the shipping team **Score:** 1 ##### ERP tracks container balances but not customer account reconciliation **Score:** 2 ##### Full container accounting with customer balances, aging, and shortage alerts **Score:** 3 #### Can the system support kanban, JIT, and sequenced or in-line delivery models? **Options:** ##### Everything runs as discrete work orders with no pull signals **Score:** 0 ##### Kanban is managed with physical cards outside the system **Score:** 1 ##### ERP supports electronic kanban for some parts but not sequenced delivery **Score:** 2 ##### Native support for kanban, JIT replenishment, and broadcast or sequenced shipping **Score:** 3 #### How does planning handle release volatility and finite capacity constraints? **Help:** OEM releases routinely swing well beyond forecast in the near horizon. Infinite-capacity MRP produces plans the shop cannot execute. **Options:** ##### Infinite capacity MRP only - the schedule is rebuilt manually in spreadsheets **Score:** 0 ##### MRP output is manually leveled by a scheduler each week **Score:** 1 ##### Finite scheduling exists but is only used for the constraint work centers **Score:** 2 ##### Finite capacity scheduling across the plant with automatic replan on release changes **Score:** 3 #### Can you track actual part cost against annual price-down commitments and tooling amortization? **Options:** ##### Costing is annual standard only with no visibility into program profitability **Score:** 0 ##### Program profitability is analyzed occasionally in spreadsheets **Score:** 1 ##### ERP reports actual cost by part but tooling amortization is tracked separately **Score:** 2 ##### Program-level margin including amortization and contracted price-downs is visible in ERP **Score:** 3 #### How are supplier PPM, delivery performance, and your own customer scorecards measured? **Options:** ##### No systematic measurement - we react to customer scorecards when they arrive **Score:** 0 ##### Measured manually each month from exported data **Score:** 1 ##### ERP reports internal performance but supplier scorecards are compiled by hand **Score:** 2 ##### Automated PPM, on-time delivery, and supplier scorecards generated directly from transactions **Score:** 3 **Bands:** #### High exposure - manual processes are absorbing OEM volatility **Min:** 0 **Max:** 39 **Verdict:** Your team is buffering customer demand swings with people, spreadsheets, and premium freight rather than system capability. That works until a release change, a container shortage, or a cumulative quantity dispute turns into a chargeback or a delivery rating downgrade. The fastest returns come from automating EDI and shipping execution before anything else. **Recommendations:** - Automate inbound 830 and 862 release processing into demand so planners manage exceptions rather than data entry. - Move ASN generation and AIAG label printing into the pack-out transaction to eliminate portal rekeying and label errors. - Start tracking cumulative shipped quantities in the system now, even before full automation, to end chargeback disputes. - Quantify a year of premium freight, chargebacks, and overtime driven by manual scheduling - that is your business case. - Test your traceability response time with a simulated suspect lot before a customer does it for you. #### Partial fit - automated where it is easy, manual where it is expensive **Min:** 40 **Max:** 59 **Verdict:** You have automated the obvious transactions but the high-consequence areas - cumulative reconciliation, PPAP gating, and finite scheduling - still depend on individual expertise. This is a common and fragile plateau because the knowledge lives with two or three people. Targeted work on the manual bridges usually pays back within a year. **Recommendations:** - Close cumulative quantity reconciliation against customer data with automated variance flags. - Make PPAP approval status a shipping gate in the system so unapproved revisions cannot leave the dock. - Extend finite capacity scheduling beyond the constraint so release changes trigger a full replan, not a spreadsheet rebuild. - Bring returnable container balances into the system with aging and shortage alerts. - Document customer-specific EDI and label variants so format changes do not depend on one person or an outside vendor. #### Good fit - tighten the commercial and planning layers **Min:** 60 **Max:** 79 **Verdict:** Customer-facing execution is largely automated and your traceability posture is defensible. The remaining upside is commercial and analytical: knowing true program margin against contracted price-downs, and planning that reacts to release volatility without manual intervention. These are the areas that determine whether growth in automotive volume is profitable. **Recommendations:** - Build program-level margin reporting that includes tooling amortization and contracted annual price reductions. - Automate supplier scorecards and PPM directly from receiving and nonconformance transactions. - Add automatic replan triggers so a material release change updates the shop schedule the same day. - Instrument on-time delivery and cumulative variance as monitored exceptions rather than monthly reports. - Review customer-specific EDI maps annually so OEM specification updates never become an emergency. #### Strong fit - use your data advantage competitively **Min:** 80 **Max:** 100 **Verdict:** Your ERP handles OEM demands as routine transactions rather than special projects, which means your team spends its time on improvement instead of firefighting. The opportunity now is analytical: using clean release, quality, and cost data to price new programs accurately and to anticipate quality escapes before the customer sees them. Guard this position against configuration drift as you win new programs. **Recommendations:** - Apply predictive analytics to release volatility so inventory and capacity buffers are sized by data, not by habit. - Use historical program margin data to price new RFQs and annual price-down commitments with confidence. - Extend traceability data into quality prediction so scrap and PPM trends surface before a customer complaint. - Formalize configuration governance so each new customer or plant reuses the proven template. - Publish internal delivery and quality scorecards weekly so performance is managed, not reported after the fact. ## Content **Intro:** This free assessment scores how well your ERP supports automotive supply, and it is built for tier one and tier two supplier operations leaders, IT managers, and quality directors. Ten questions cover EDI release processing, ASN and AIAG label generation, cumulative shipped quantity reconciliation, PPAP and APQP control, recall traceability, returnable container management, kanban and sequenced delivery, finite capacity planning against release volatility, program margin tracking, and scorecard measurement. You receive a percentage score, a fit band, and prioritized actions. Use it before an ERP selection, when preparing for an IATF 16949 audit, or when a customer scorecard downgrade forces a systems conversation. **Sections:** #### How this assessment is scored **Body:** Ten questions each offer four graded answers worth zero to three points, giving a maximum of thirty. Your raw total converts to a percentage and lands in one of four bands. The scoring rewards automation depth over feature presence, because in automotive the difference between a system that can do something and a system that does it automatically at transaction time is measured in chargebacks. Answer based on current daily practice rather than intended design. When your honest answer sits between two options, choose the lower one - overstating maturity here produces a comfortable score and an uncomfortable customer audit. #### The OEM requirements behind the questions **Body:** These questions reflect the requirements that customer quality and logistics teams actually enforce during supplier audits and scorecard reviews. Automotive is unusual in that commercial penalties arrive faster than regulatory ones, so the cost of a gap is usually visible within a single quarter rather than after an eventual audit. A mislabeled container, a late ASN, or a cumulative quantity mismatch produces a chargeback within weeks and a delivery rating downgrade within months, and rating downgrades affect future sourcing decisions long after the underlying problem is fixed. The four obligations below drive most of the systems capability that OEM customers assume you already have. **Bullets:** - IATF 16949 requires documented traceability sufficient to identify and contain affected product in a recall. - AIAG standards govern ASN content and label formats, and non-conforming labels routinely trigger chargebacks. - Cumulative shipped and received quantity agreement is the contractual basis for most release-based shipping programs. - PPAP approval must gate production shipment of a part revision, not merely exist as documentation. #### Interpreting your band and choosing where to start **Body:** Below forty percent your organization is absorbing OEM volatility with labor and premium freight, and the highest-return fix is almost always inbound EDI release automation plus ASN and label generation at pack-out. Between forty and sixty, the gaps are in cumulative reconciliation, PPAP gating, and scheduling. Above sixty, focus shifts to commercial visibility - knowing whether each program is actually profitable after tooling amortization and contracted price reductions. Read your zero and one answers individually before the composite. A zero on traceability outweighs several ones elsewhere because it is the only gap that can become an existential event. #### How Netray helps automotive suppliers act on this **Body:** Netray implements Infor SyteLine, CloudSuite Industrial, Infor LN, and Baan for discrete manufacturers, including automotive suppliers who need EDI, labeling, and scheduling to work as one system rather than three. We build customer-specific EDI maps you can maintain in-house, automate ASN and AIAG label generation at pack-out, implement cumulative quantity reconciliation, and deploy finite capacity scheduling that replans when releases move. Where analysis has to stay inside your network for customer confidentiality reasons, we deploy on-prem AI for demand variability forecasting and quality trend detection. Most engagements begin with a two-week assessment mapping current gaps to measurable chargeback and freight exposure. **Cta:** Get a detailed analysis of your ERP gaps against OEM requirements and a prioritized roadmap from Netray's automotive supply chain specialists. **Faq:** #### How much does manual EDI release processing actually cost a tier supplier? **Answer:** The direct labor is rarely the main cost. The expensive consequences are overshipping against a reduced release, undershipping that triggers premium freight, and cumulative quantity disputes that become chargebacks. Suppliers we work with typically find that a single planner rekeying releases for a mid-size program generates six figures of annual avoidable cost once expedite freight, overtime, and dispute resolution time are counted honestly. #### Do we need a dedicated automotive ERP or can a general discrete ERP work? **Answer:** General discrete platforms such as SyteLine and Infor LN are used successfully across tier one and tier two automotive when EDI, labeling, and cumulative quantity handling are implemented deliberately. What matters is whether those capabilities are native transactions or aftermarket bolt-ons that break at every customer specification change. Evaluate on how a new customer EDI map gets built and who maintains it, not on whether the vendor lists automotive on their website. #### What is the fastest improvement for a supplier scoring below forty percent? **Answer:** Automate inbound release processing and outbound ASN and label generation first. Those two changes remove the highest-frequency manual touchpoints, eliminate the most common chargeback causes, and free planner time to work on exceptions. They also produce clean cumulative quantity data as a byproduct, which sets up the next improvement. Most suppliers can complete both within a single quarter without a full replatform. ## Search terms automotive supplier ERP requirements, IATF 16949 ERP software, EDI 830 862 856 ERP, ASN labeling ERP automotive, tier 1 supplier ERP selection, cumulative shipping quantity ERP, PPAP management software --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json