# Supply Chain Resilience Checklist for Discrete Manufacturers > Source: https://netray.co/tools/supply-chain-resilience-checklist > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: Free Tools ## Short answer A 30-point audit across sourcing, buffers, demand visibility, ERP data quality, and disruption response, with the highest-risk items flagged as critical. ## Category manufacturing ## Tool **Kind:** checklist **Groups:** #### Sourcing and Supplier Base **Items:** **Text:** Every part with no qualified alternate source is identified and ranked by revenue exposure **Critical:** true **Text:** Alternate sources on critical parts are qualified and tooled, not merely identified by name **Critical:** true Supplier concentration is mapped by region so a single geographic event cannot silently halt multiple commodities Sub-tier dependencies are mapped for critical commodities, including shared raw material mills and specialty processors Current supply agreements exist on critical parts covering capacity commitment, lead time, and flex terms Approved vendor list is enforced in ERP so schedule pressure cannot route buys to unvetted brokers #### Inventory and Buffer Strategy **Items:** **Text:** Safety stock is sized statistically from demand and lead time variability, not set as a flat time-based rule **Critical:** true Buffer levels are recalculated at least quarterly using actual receipt and consumption history Strategic buffers exist on long-lead and single-source components beyond normal service-level stock Inventory is segmented by ABC and movement class so buffers concentrate where service actually matters Dead and slow-moving stock is reviewed at least quarterly with a disposition decision on each bucket **Text:** Physical inventory accuracy is above 97% on A items, verified through disciplined cycle counting **Critical:** true #### Demand Visibility and Planning **Items:** **Text:** A single agreed demand plan drives both purchasing and production rather than competing departmental numbers **Critical:** true Forecast accuracy and bias are measured every cycle by product family with named owners The planning horizon extends far enough to act on your longest material lead time plus qualification time Customer schedule shares, program milestones, or EDI releases feed the plan directly where available Demand plans are tested against finite capacity and material availability before they are approved Abnormal demand and one-time orders are flagged so they do not corrupt future statistical baselines #### ERP Data and Systems Readiness **Items:** **Text:** Item master lead times are reconciled against actual receipt history rather than left at supplier quotes **Critical:** true Bills of material and routings match what the shop actually builds, with change control enforced Receipts and issues are transacted in near real time so on-hand balances can be trusted for planning Planning parameters have a documented owner and a defined review cadence rather than drifting since go-live Supplier delivery performance is measured against original need date and stored where planners can see it Integrations between ERP, MES, and supplier portals have monitoring and alerting on failure, not silent queues #### Disruption Response and Continuity **Items:** **Text:** A named owner and documented escalation path exist for supply disruption, exercised at least annually **Critical:** true Business continuity plans are on file for critical suppliers and reviewed within the last twelve months Scenario models exist showing the schedule and inventory impact of losing each top-exposure supplier Customer communication protocols for allocation and delay are defined before a shortage occurs **Text:** Critical ERP and planning systems have tested recovery procedures with a documented recovery time objective **Critical:** true Post-disruption reviews are conducted and their corrective actions tracked to closure **Scoring Note:** Thirty items across five groups. Eight items are marked critical because they most directly determine how fast you recover from a disruption rather than how well you document it. Score 26 or more with every critical item complete and your supply chain is genuinely resilient. Score 18-25 and you have solid foundations with recovery speed as the gap. Below 18, or any critical item unchecked, means your next significant disruption will be managed reactively - treat the unchecked critical items as your first ninety-day plan. ## Content **Intro:** This free supply chain resilience checklist gives operations executives, supply chain directors, and plant leadership in discrete manufacturing a structured 30-point audit of how well their supply chain would absorb a real disruption. It spans five areas: sourcing and supplier base, inventory and buffer strategy, demand visibility and planning, ERP data and systems readiness, and disruption response. Eight items are flagged critical because they determine recovery speed rather than documentation quality. Work through it honestly and the unchecked critical items become your first ninety-day plan. **Sections:** #### How this checklist is structured **Body:** The five groups follow the sequence in which a disruption actually propagates through a manufacturer. It starts at the supplier, moves into whatever buffers you hold, hits the plan, exposes whatever your ERP data does or does not know, and finally lands on how fast your organization can decide and communicate. Items marked critical are those where an absence directly extends recovery time. Having an identified alternate source is useful; having a qualified and tooled one is the difference between a two-week recovery and a four-month one. Score honestly by asking whether each item would hold up during a bad week, not whether a procedure document describes it. #### Where discrete manufacturers most commonly fall short **Body:** Across Infor SyteLine, CloudSuite Industrial, Infor LN, and Baan customers in aerospace, defense, and electronics, the same four gaps appear repeatedly regardless of company size or apparent maturity. What they have in common is that none of them is visible during normal operations. A supply chain running smoothly gives you no signal that your lead times are fiction or that your alternate source has never been qualified, because nothing is currently testing those assumptions. That is why a periodic structured audit beats waiting for evidence: by the time a disruption reveals the gap, the remediation lead time is exactly the thing you no longer have. **Bullets:** - Item master lead times reflect supplier quotes rather than actual receipt history, so every downstream calculation is optimistic. - Alternate sources are identified on paper but never qualified, tooled, or exercised with a trial order. - Safety stock is set as a flat time-based rule rather than sized from measured demand and lead time variability. - Sub-tier visibility stops at the direct supplier, leaving shared upstream chokepoints entirely invisible until they fail. #### Turning the result into a plan **Body:** Sequence your remediation by recovery-time impact rather than by effort. Unchecked critical items come first, and among them the two with the broadest downstream effect are usually lead time accuracy in the item master and qualification of alternate sources on your highest-exposure parts. Fixing lead times improves buffer sizing, reorder points, and planning credibility all at once, and it costs analyst time rather than capital. Qualifying alternates costs more but converts your longest recovery scenarios into manageable ones. Group the remaining items into a ninety-day and a twelve-month track, assign named owners, and re-run this checklist at the same interval so progress is measured rather than assumed. #### How Netray helps you build resilience that holds **Body:** Most resilience gaps on this list are data problems wearing a strategy costume. Netray builds the underlying instrumentation directly against Infor SyteLine, CloudSuite Industrial, Infor LN, and Baan: real lead times and variability derived from receipt history, supplier delivery performance measured against original need date, inventory segmented by movement and exposure, and integration monitoring that alerts instead of failing silently. We add on-prem AI for early disruption signal detection and scenario modeling, running entirely inside your firewall so ITAR and CMMC obligations are met by design. Engagements usually start with a data readiness audit that closes several critical items in the first quarter. **Cta:** Get a personalized supply chain resilience review scored against your own ERP data and a prioritized ninety-day remediation plan from Netray. **Faq:** #### How often should we work through this checklist? **Answer:** Run the full checklist annually and revisit the critical items every quarter. Structural factors like sourcing strategy and continuity planning change slowly, so an annual pass is sufficient. The critical items, particularly lead time accuracy, buffer sizing, and alternate source readiness, degrade continuously as suppliers and demand shift. Also re-run the relevant group after any significant disruption, since a real event exposes gaps that no self-assessment finds on its own. #### Which items should a small manufacturer prioritize first? **Answer:** Start with the ERP data group, because it costs analyst time rather than capital and improves every other area at once. Reconciling item master lead times against actual receipt history usually takes days and immediately improves buffer sizing, reorder points, and planning credibility. Next, identify which parts have no qualified alternate and rank them by revenue exposure. Those two moves give a small manufacturer most of the resilience benefit without new headcount or software. #### Is resilience just another word for carrying more inventory? **Answer:** No, and treating it that way is expensive and usually ineffective. Inventory only helps if it is held on the right parts, which requires the segmentation, variability measurement, and demand visibility items on this list. Qualified alternate sources, accurate lead times, sub-tier visibility, and rehearsed response protocols all shorten recovery without tying up capital. Most manufacturers who audit properly find they can improve resilience and reduce total inventory simultaneously by rebalancing what they hold. ## Search terms supply chain resilience checklist, supply chain risk mitigation checklist, manufacturing business continuity checklist, supply chain disruption preparedness, supply chain audit checklist, resilient sourcing strategy manufacturing, supply chain continuity plan --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json