# AI for MRP Exception Management: From 5,000 Action Messages to the 50 That Matter > Source: https://netray.co/erp-ai/ai-erp-mrp-exception-management > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: AI for ERP ## Short answer AI for MRP exception management reads the action messages MRP generates (reschedule in, reschedule out, cancel, expedite), ranks them by actual customer and cost impact, and explains each with its pegging and supplier context. The planner approves and executes in the ERP; the AI prepares the worklist and the reasoning. ## Kind use-case ## Erp Family multi-erp ## Erp Products - SAP S/4HANA - Infor SyteLine - Infor LN - Epicor Kinetic - Oracle E-Business Suite ## Industries - Manufacturing - Aerospace - Electronics ## Region Global ## Persona Production Planner ## Eyebrow MRP exceptions + private AI ## Intro Run MRP in a mid-sized plant and the output is a flood: thousands of action messages telling planners to move this purchase order in, push that work order out, cancel this surplus supply. Most are small timing adjustments with no customer consequence. A few are urgent, because a component for a shipping order will arrive after the date it is needed. The planner's job is to find those few quickly, and the system gives them the same flat list as everything else. Each ERP exposes this differently. SAP planners work from MD04 and MD07 and the exception groups in MD06; SyteLine and Infor LN users work from planning detail and action messages by planner code; Epicor Kinetic has the Planning Workbench; Oracle EBS has the Planner Workbench. The common pattern is a list sorted by date or item, not by consequence. Experienced planners know which items matter and which suppliers are unreliable, but that knowledge is in their heads. An AI layer can supply the missing sort order. By following pegging from the exception to the demand it affects, adding supplier delivery history, and checking for substitutes or alternate sources, it can rank messages by what happens if nothing is done. It can also explain why MRP made a suggestion, which is often the fastest way to find a bad lead time, an outdated safety stock or a bill of materials error. This page covers how to do that safely: read-only, with deterministic logic for the ranking where possible, explanations a planner can verify, and no direct execution of firm planned orders or purchase changes without an approval. ## Pain Points ### Flat lists hide the urgent few **Detail:** MRP output is sorted by item or date, so the order that will stop a shipping job is buried under cosmetic reschedules. ### Nervous MRP creates noise **Detail:** Small demand changes produce chains of reschedule messages. Planners learn to ignore them, and sometimes ignore the real ones. ### Root causes recur **Detail:** The same wrong lead time or yield produces the same exception every run, and nobody has time to fix the master data. ### Supplier reliability is tribal knowledge **Detail:** Planners know which vendors slip, but the MRP date assumes the promised date is true. ### Pegging is slow to trace **Detail:** Finding which sales order or work order a late component affects takes several screens, so planners expedite the wrong thing. ## Use Cases ### Impact-ranked exception worklist **Description:** Each action message is scored by the earliest affected demand, customer priority, days of slack, value at risk and supplier reliability. The planner sees a ranked list with the reason for each line. **Erp Objects:** SAP MD06 exception messages and MD04 pegging, SyteLine planning detail and action messages, LN planning actions, Kinetic Planning Workbench **Outcome:** Planners reach the urgent items first, and reschedule noise is batched for later review. ### Expedite recommendations with options **Description:** For a late component, the agent lists the affected orders, the supplier's recent on-time record, alternate suppliers or substitutes in the item records, and stock elsewhere that could be transferred. **Erp Objects:** Purchase order lines, approved vendor list, item substitutions, inter-site stock, supplier receipts **Outcome:** Better expedite choices; less chasing of orders that do not affect shipments. ### Reschedule batching **Description:** Low-impact reschedule messages are grouped by supplier so one communication covers many lines, with a draft supplier message for approval. **Erp Objects:** Purchase order schedule lines, supplier contacts, delivery calendar **Outcome:** Fewer supplier emails and less planner time on trivial changes. ### Cancel and surplus review **Description:** Identify supply that MRP suggests canceling, check whether it is committed to a customer, tooling lot size or minimum buy, and flag items where the cancel suggestion is unsafe. **Erp Objects:** Open POs, work orders, lot-size rules, minimum order quantities, vendor terms **Outcome:** Fewer mistaken cancellations and clearer excess reporting. ### Root-cause explanation **Description:** For a repeating exception, the agent compares planned lead time, yield and safety stock with actual receipts and completions, then points to the parameter likely at fault. **Erp Objects:** Item planning parameters, receipt history, production completions, scrap records **Outcome:** Master data fixes that reduce the number of exceptions on the next run. ### Shift handover summary **Description:** A summary of open critical exceptions, actions taken and promises from suppliers for the next shift or planner. **Erp Objects:** Exception status, planner notes, supplier confirmations **Outcome:** Less lost context when coverage changes. ### Natural-language exception queries **Description:** Ask 'which exceptions will make us miss next week's shipments for customer X' and get an answer built from pegging and dates, with the query visible. **Erp Objects:** Pegging tables, sales order lines, planned and firm orders **Outcome:** Direct answers instead of manual screen navigation. ## Architecture **Overview:** A read-only layer pulls MRP output, pegging, supplier history and item parameters. Ranking uses transparent, adjustable scoring; the model explains and drafts. Changes to orders happen in the ERP by a planner. **Layers:** #### MRP output connectors **Detail:** Read-only access to action messages, planned and firm orders, pegging and requirements via supported APIs, views or a replica so analysis does not load the production database. #### Supplier and item history store **Detail:** Receipt history, promised versus actual dates, and item parameters are assembled into features for ranking. #### Scoring engine **Detail:** Deterministic scoring with weights set by the planning manager. The model can describe it but does not invent it. #### Private model serving **Detail:** Open-weight model on your GPUs or private cloud for explanations, supplier drafts and question answering. #### Planner approval **Detail:** Drafts and recommendations appear as proposals. Executing a reschedule, expedite or cancel is done by the planner in the ERP. ## Deployment Options ### On-premises **Fit:** Aerospace and defense suppliers with restricted program data **Detail:** Planning data and supplier history stay inside your network. ### Private cloud **Fit:** Manufacturers on cloud-hosted ERP **Detail:** Isolated inference with private connectivity to the planning database or API. ### Read replica analysis **Fit:** Sites with heavy MRP runs and sensitive performance **Detail:** Analysis runs against a replica or extracted snapshot after each MRP run so the live system is not loaded. ## Compliance ### The assistant surfaces supplier delivery performance from receipts, which supports your supplier monitoring records. Control over approved sources stays in your system. **Framework:** AS9100 and supplier control ### On-prem deployment keeps part and program data inside the boundary you manage. Responsibility for registration and handling remains with the customer. **Framework:** ITAR and CUI program data ### The assistant is read-only. Order changes follow existing approval and audit paths in the ERP. **Framework:** SOX (inventory and purchasing controls) ### Exception rankings can include customer-specific priority rules agreed in contracts, set by your team. **Framework:** Customer flow-down requirements ## Integration Notes - Run analysis after each MRP regeneration; store the run timestamp so rankings are reproducible. - SAP: read MD06 exceptions and MD04 requirement elements, and use order pegging to find the affected demand; exception group definitions are configurable. - SyteLine: planning detail and action messages by planner code, via IDOs or SQL views; firming and releasing stay in the planning workbench. - Infor LN: planned actions per planner through ION or BOD messages, or replica reads of the planning tables. - Epicor Kinetic and Oracle EBS: use the planning workbench tables or APIs, and keep any write actions behind the standard workbench. - Join supplier receipt history by vendor and item to produce on-time and lead-time variance features. - Keep the scoring weights in a configuration table so planners can tune them without a code change. ## Product Fit ### SyteRay **Why:** For SyteLine and CloudSuite Industrial sites, accelerates reports and views on planning detail and action messages. ### ERPray **Why:** Questions and agents over MRP, pegging and supplier data on other ERPs, read-only with the query shown. ### Custom build **Why:** For bespoke scoring, supplier communication workflows or integration with an APS tool. ## Engagement ### Discovery **Duration:** 1 to 2 weeks **Deliverables:** - MRP run schedule and exception volume baseline - Planner interviews on what matters - Data access plan for pegging and receipts - Scoring factors agreed ### Prototype **Duration:** 2 to 4 weeks **Deliverables:** - Ranked list on historical MRP runs - Planner comparison of AI ranking with their own - Root-cause report on the top repeating exceptions ### Pilot **Duration:** 4 to 6 weeks **Deliverables:** - Live read-only worklist after each run - Supplier message drafts for approval - Weekly review of missed and false urgent items ### Scale **Duration:** Ongoing **Deliverables:** - More planner groups and sites - Master data cleanup program - Weight tuning and ownership handover ## Buyer Questions - How is the ranking computed, and can planners adjust the weights? - Does analysis run on a replica so MRP performance is not affected? - Can the assistant ever firm or change an order directly? - How are supplier on-time metrics calculated and what history is needed? - How does it handle pegging through multiple BOM levels? - How do we measure whether it reduces missed shipments? - Is our APS tool, if any, a better place for part of this? - What data cleanup should we expect to uncover? ## Faq ### Will this reduce the number of MRP messages? **Answer:** Not directly. The same messages exist, but they are ranked and grouped so planners handle the important ones first. Over time, root-cause fixes to lead times, safety stock and lot sizes can lower message volume, but that depends on your team acting on the findings. ### Can the AI execute reschedules in the ERP? **Answer:** It can in principle, but we recommend not starting there. Keep the first deployment read-only and have planners execute in the ERP. If you later allow write-back, restrict it to defined low-risk actions with an approval step and a full audit trail. ### Is this the same as APS? **Answer:** No. Advanced planning and scheduling tools make finite-capacity plans. This works on the MRP output you already have and helps the planner decide what to do about it. If your problem is the plan itself, an APS may be what you need. ### What data does it need? **Answer:** MRP action messages, pegging to demand, purchase and work order status, supplier receipt history, and item planning parameters. Most of this exists in the ERP; the challenge is clean receipt and promise-date history. ### How is this different from the ERP's exception filters? **Answer:** Built-in filters group messages by type, planner and date. They do not combine customer priority, supplier reliability, slack and value at risk into one view. If simple filters already give your team an actionable list, you may not need more. ### Does it work for engineer-to-order and project-based plants? **Answer:** Yes, but pegging is more important and more complex there, with project-linked demand and long chains. Allow more time for mapping. Rankings for ETO environments often weigh milestone dates differently, which your team should define. ### What is a good first success measure? **Answer:** Compare, over a few MRP cycles, whether the AI ranking would have surfaced the exceptions that later caused late shipments earlier than the planners did. That is a concrete check and does not depend on opinions. ## Search terms mrp exception management, mrp action messages ai, ai mrp planner assistant, mrp reschedule in out ai, reduce mrp nervousness, sap md06 exception messages, syteline planning action messages, expedite recommendations erp, on-prem ai production planning, mrp worklist prioritization, pegging analysis ai --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json