AI-Native Warehouse & Inventory Management Software

GEP Quantum Intelligence aggregates inventory data from all warehouse locations, distribution centers, and in-transit stock into a single unified view — reconciling data across multiple ERP instances in real time. The platform provides granular visibility down to the bin level, showing stock positions, inbound and outbound inventory movements, and status updates across every location simultaneously on a map-based dashboard. Unlike batch-updated inventory reports that reflect yesterday's positions, every transaction completed in GEP Quantum Intelligence — whether a goods receipt, stock transfer, or cycle count adjustment — updates the inventory record immediately and syncs to the connected ERP, ensuring that what the system shows is what is physically on the shelf.

Automated stock replenishment in GEP Quantum Intelligence is triggered when real-time inventory positions fall below defined safety stock thresholds for a given SKU and location. The platform continuously monitors inventory levels against these parameters and, when a breach is detected, generates a replenishment recommendation that identifies the optimal source location — whether an internal DC, a supplier, or a transit order — along with the recommended quantity and expected transit time. The recommendation is presented for approval or, depending on configuration, executed automatically by raising a transfer order or purchase request. This eliminates the lag between a stockout risk being identified and a replenishment order being placed, a gap that in manual processes can take days or even go unnoticed until a production line or customer order is already at risk.

A cycle count is a rolling inventory audit process where a subset of warehouse locations is counted on a rotating schedule rather than shutting down the entire warehouse for a full physical inventory. GEP Quantum Intelligence digitizes this process using mobile devices — compatible with Zebra scanners, barcodes, and handheld printers — enabling warehouse staff to scan locations directly from the floor, with each scan comparing the physical count against the system record in real time. Variances are flagged immediately at the point of count, rather than discovered later during a batch reconciliation. ERP adjustment entries queue automatically for confirmed variances, eliminating manual data re-entry. The result is a faster count cycle, higher accuracy, and an always-current inventory record without the disruptive full physical inventory process.

GEP Quantum Intelligence supports a full range of mobile-enabled warehouse transactions through a user-friendly application compatible with Zebra scanners, barcode readers, handheld printers, and standard mobile devices. Supported transactions include goods receipt, goods issue, picking, stock transfer, putaway, and cycle counting — all completable from the warehouse floor without returning to a desktop terminal. The application captures data through barcode scanning, OCR-based document reading, and voice-enabled search, enabling material handlers to process inbound and outbound goods efficiently at the point of activity. Each completed transaction syncs to the platform and connected ERP in real time, maintaining accurate inventory records and triggering automatic downstream workflow actions such as quality inspection steps, replenishment suggestions, or Control Tower notifications — automatically.

The platform tracks inventory at lot and batch level throughout the warehouse lifecycle — from inbound goods receipt through putaway, picking, goods issue, and delivery. When goods are received, lot and batch information is captured at the point of scan and linked to the purchase order, quality inspection record, and supplier data. Package and container constructs allow multiple units to be grouped and tracked as a single entity during bulk storage or transport movements, improving operational efficiency without losing the granularity required for traceability and compliance. This level of detail is particularly critical for industries with strict regulatory requirements — food and beverage, pharmaceuticals, and automotive parts, for example — where the ability to trace a specific lot through the supply chain and trigger a targeted recall or quality action is a non-negotiable operational requirement.

GEP Quantum Intelligence calculates inventory valuation in real time using configurable methods including FIFO (first in, first out), LIFO (last in, first out), and weighted average cost — updated continuously as inventory movements are recorded. Rather than generating a valuation report at month end from a static snapshot, the platform maintains a running valuation that reflects actual stock positions and cost layers at any point in time. This data integrates directly with finance systems through prebuilt connectors, ensuring that inventory values in the supply chain platform and the financial ledger remain aligned without manual reconciliation. For organizations managing inventory across multiple geographies and currencies, the platform handles multi-currency valuation and applies the correct cost method by location or inventory type as configured.

GEP Quantum Intelligence is built on a unified data model that connects upstream procurement — purchase orders, supplier contracts, demand forecasts, and replenishment plans — with downstream warehouse and inventory execution in a single environment. When a purchase order is raised, the expected inbound shipment is visible in the inventory dashboard before goods arrive. When a goods receipt is completed, the inventory position updates in real time and the connected procurement and finance systems reflect the change immediately. Replenishment triggers feed back into procurement workflows to raise transfer orders or supplier purchase requests without manual handoffs. This end-to-end connection means the left hand always knows what the right hand is doing — eliminating the data lag and reconciliation overhead that drives poor inventory decisions in organizations running disconnected systems.