Defence Logistics Management Software Development

Stock inventory by NATO Stock Number with current stock on hand, reserved stock, and available balance visible at each depot location in the network, so the logistics officer can see the total stock position across all locations without querying each depot separately. Minimum and maximum stock level management by NSN and by depot, with reorder alerts generated when the available balance falls below the minimum level and the reorder quantity calculated to bring stock to the maximum level. Stock condition management differentiating between serviceable, unserviceable, and inspection-required stock at each location, with the unserviceable stock tracked through the repair or disposal pipeline. Shelf-life stock management for items with a defined shelf-life or storage life -- the expiry date recorded at goods receipt, tracked continuously, and alerted before the item expires so the stock can be consumed or dispositioned. Stock count and reconciliation workflow for periodic physical stock verification, comparing the system count against the physical count and recording any discrepancies for investigation.

NSN catalogue management for all equipment-related spare parts, consumables, and support equipment -- each item record carrying the 13-digit NATO Stock Number, the item name, the item description, the applicable equipment type, and the approved suppliers. New item codification workflow for items not yet in the NATO catalogue -- the codification request raised in the system, routed to the codification authority, and the allocated NSN recorded against the item record when codification is complete. Cross-reference management linking NSNs to manufacturer part numbers, supplier catalogue numbers, and OEM part numbers so that a demand signal expressed in the OEM's part number is matched to the correct NSN for procurement and stock management. Interchangeability data recording approved alternative NSNs for each item where the technical authority has confirmed that an alternative item can be substituted, reducing AOG situations when the primary NSN is out of stock. Equipment-to-NSN linkage connecting each equipment assembly and component to its applicable spare parts by NSN, so the maintenance system's demand signal for a specific equipment sub-component can be matched to the correct NSN automatically.

Demand signal processing from the maintenance system -- a spare requirement raised against a defect enters the logistics system as a demand, is matched to the NSN, and checked against available stock before a procurement request is raised for items not in stock. Purchase order creation from consolidated demand, grouping demands for the same NSN from multiple units or depots into a single purchase order where the procurement policy permits, reducing administrative overhead and achieving better pricing. Authority approval workflow for purchase orders above defined financial thresholds -- the order routed to the appropriate authority level for approval before dispatch to the supplier, with the approval status and the approver recorded against the order. Supplier dispatch confirmation recording when the supplier confirms dispatch, the expected delivery date, and the shipping reference, so the depot can plan receipt without a phone call to the supplier. Goods receipt against the purchase order -- the delivered quantity and NSN checked against the order, the condition recorded, and the stock updated at the receiving depot when the goods receipt is complete.

Stock transfer request management for urgent demands that can be met from stock held at another depot in the network -- the requesting depot raises a transfer request, the supplying depot confirms availability and dispatch, and the stock movement is tracked from dispatch to receipt. Transfer authority management where inter-depot transfers above a defined value or for specified categories of stock require authority approval before the transfer is executed, with the approval workflow and authority level configured to your supply chain governance requirements. Urgent issue management for AOG and mission-critical demands -- the urgent demand flagged with the priority level, routed to all depots with available stock simultaneously, and tracked from request to delivery with elapsed time visible to the logistics officer throughout. Return to depot management for unserviceable items removed from equipment at unit level and returned to the depot for repair or disposal -- the return authorisation raised at unit level, the item tracked in transit, and the condition recorded on arrival at the depot. Transfer documentation generation -- dispatch note, packing list, and dangerous goods declaration where applicable -- from the system record at the time of dispatch without manual document preparation.

Shelf-life register for all stock items subject to a defined storage life -- pyrotechnics, seals, lubricants, medical supplies, batteries, and other time-sensitive items -- with the manufacture date, cure date where applicable, acceptance date, and calculated expiry date recorded at goods receipt. Stock rotation management ensuring that items are issued in first-expiry-first-out order to minimise wastage, with the system selecting the batch with the earliest expiry date when issuing from a multi-batch stock holding. Pre-expiry alert generated at configurable lead times -- 90 days, 60 days, and 30 days before expiry -- notifying the depot stock manager so the stock can be consumed, redistributed to a unit with immediate demand, or dispositioned before it expires. Expired stock quarantine placing items that have reached their expiry date into quarantine status automatically, preventing issue and requiring the logistics officer to record a disposition decision for each quarantined item. Shelf-life extension management for items where the technical authority has approved an extension to the storage life -- the extension approval document linked to the stock record and the revised expiry date recorded with the extension authority.

Maintenance system integration connecting the defence equipment maintenance system -- whether a custom system or a platform such as SAP Plant Maintenance -- to the logistics system so that a spare part requirement raised against an equipment defect creates a demand signal automatically without manual re-entry by the logistics officer. Demand classification at the point of creation -- routine, priority, or urgent -- driving the logistics processing timeline and the authority level required for the procurement or transfer action. Demand fulfilment tracking from the initial requirement through stock allocation, procurement or transfer, goods receipt at the demanding unit, and delivery to the maintenance team -- visible to both the maintenance system and the logistics system so the maintainer knows when the spare will arrive. Unfulfilled demand reporting showing all outstanding demands that have not been met from stock, with the age of the demand, the demand priority, and the current procurement or transfer status so the logistics officer can prioritise resolution actions. Demand history analysis by NSN showing the demand frequency, the average time to fulfilment, and the stock-out rate over time -- the basis for stock level optimisation and procurement lead time improvement.