Infrastructure for Expiration Date Management

Expiration date management requires documented FEFO rotation policies, expiration alert thresholds, and redistribution criteria. Existing purchasing policies provide some documented baseline. However, rules for when to redistribute near-expiry items versus when to suppress reorders versus when to accept write-offs are not formally documented—they depend on supply chain staff judgment. The AI can trigger alerts but cannot autonomously execute redistribution without human-confirmed policies.

Expiration date management requires systematic capture of lot numbers, expiration dates, inventory locations, and quantities at receiving. Automated inventory systems and ERP receiving workflows capture this through defined templates requiring these fields. The AI needs consistent lot-level capture to track which specific items are expiring where. Without systematic capture at receiving, the system cannot build the item-location-expiration dataset needed for FEFO rotation recommendations.

FEFO rotation and expiration alerting require consistent schema: item number, lot number, expiration date, storage location, quantity on hand, usage rate. The existing item master provides product structure. The AI needs all inventory records to contain these fields uniformly to compute days-to-expiration against projected consumption and generate accurate redistribution recommendations across all locations.

Expiration date management requires the AI to read inventory records including lot numbers and expiration dates. The materials management reporting interface provides query access to most inventory data. However, real-time access via API is underutilized—the system can generate reports but automated triggering of redistribution alerts depends on manual export cycles in many deployments. This constrains the capability to batch-based alerting rather than continuous monitoring.

Expiration date management depends on event-triggered updates: when new stock is received with a lot and expiration date, that record must be created immediately; when items are consumed or wasted, inventory quantities must update. The automated receiving and dispensing workflows provide event-triggered capture that keeps expiration records current. This is sufficient for accurate near-expiry alerting and FEFO rotation, as the data currency is tied to physical inventory events.

Expiration date management primarily needs integration between the inventory management system and alert/notification workflows. Existing ERP-to-GL and receiving-to-AP data flows provide basic connectivity. However, redistribution across locations requires coordination with logistics or transport systems that are not currently connected. The capability can function with point-to-point connections for alerting but cannot automate cross-location redistribution without additional integration work.