SAP S/4HANA Inventory Slow-Moving/Non-Moving using AI/ML – Part 2

What AI Functionality is available in SAP S/4HANA for Inventory provision

In SAP S/4HANA (2023 release) there isn’t a single packaged feature called “Inventory Provision with AI”, but there are multiple embedded Machine Learning and Business AI capabilities that can be configured to support or automate the inventory provision process (i.e., creating provisions for slow-moving, non-moving, or obsolete stock).

Here’s a breakdown of what is available and how it ties to inventory provisioning:


1. Predictive Material and Inventory Analytics

  • Purpose: Forecast future stock movement or identify items that will likely become slow-moving or obsolete.
  • How it helps provisioning: The system can predict future demand and highlight materials with excess stock vs. forecasted consumption, helping determine provision amounts.
  • SAP AI tools involved:
    • Predictive Analytics Integrator (PAi) for statistical forecasting.
    • Predictive MRP (pMRP) for simulating supply/demand scenarios.
    • Demand-Driven MRP (DDMRP) with machine learning enhancement for buffer level adjustments.

2. Data Attribute Recommendation (DAR) for Material Classification

  • Purpose: Uses historical data and ML to recommend classification attributes (e.g., moving average price relevance, ABC/XYZ analysis categories).
  • How it helps provisioning: Helps auto-classify materials into risk categories (e.g., high provision, low provision) based on movement history, lead times, demand patterns.
  • Key benefit: Reduces manual classification errors in provision calculation.

3. Predictive Accounting & Financial Closing Cockpit

  • Purpose: Uses AI to project accounting entries before period-end close.
  • How it helps provisioning: You can simulate inventory provision postings before actual run, seeing the financial impact early.
  • SAP Feature: “Predictive Accounting” embedded in Universal Journal (ACDOCA) can be extended for provision simulation.

4. AI-Powered GR/IR & Stock Reconciliation

  • Purpose: Machine Learning automates reconciliation between Goods Receipt, Invoice Receipt, and stock levels.
  • How it helps provisioning: Ensures that stock and accounting are aligned before provisioning calculations—avoiding over/under provisions.

5. Obsolescence Risk Prediction (Custom ML Scenario)

  • Purpose: Train a machine learning model to detect high-risk stock for obsolescence.
  • How it helps provisioning: Generates a risk score that can be used in inventory provision formulas.
  • Tools:
    • SAP AI Core / AI Launchpad (BTP)
    • Embedded ML Scenario Manager in S/4HANA to deploy the model
    • Integrates with SAP Fiori app “Manage Material Coverage” for alerts.

6. Joule / CoPilot AI Assistants

  • Purpose: Conversational AI to fetch and analyze stock aging reports.
  • How it helps provisioning: User can ask, “Show me items requiring provision > 90 days old” and get instant filtered data without manual report navigation.

Example Flow for AI-Assisted Inventory Provision in S/4HANA

  1. Data Preparation: Stock aging, movement history, demand forecast (from MRP Live or pMRP).
  2. AI/ML Model: Predict slow-moving or obsolete items (DAR + custom ML).
  3. Classification: Auto-assign provision category & rate (e.g., 25%, 50%, 100%).
  4. Simulation: Predictive Accounting calculates provisional posting impact before month-end.
  5. Posting: Standard transaction for provisions (MR21 or custom Fiori app) executed with AI-suggested values.

Bottom Line – In S/4HANA, AI for inventory provision is not a plug-and-play button, but a combination of:

  • Embedded ML (DAR, Predictive MRP, Predictive Accounting)
  • Custom AI models in SAP BTP AI Core
  • Conversational AI assistants
    …that together can automate provision recommendations, reduce manual classification, and speed up financial closing.


If you have any questions or ideas for discussion, feel free to reach out.

Stay-Tuned till Next-Week, where I explore a proposal including TCODES and FIORI Apps for above proposed-solution.

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