Oracle Cloud WMS Lingo

Decoding the Language of the Warehouse: A Guide to Oracle Cloud WMS Lingo

Navigating the world of Oracle Cloud Warehouse Management System (WMS) can feel like learning a new language. Understanding the specific terminology, or "lingo," is crucial for effectively managing and optimizing your warehouse operations. 

Core Concepts and Foundational Terms

At its heart, Oracle Cloud WMS is designed to control the movement and storage of materials within a warehouse, from receiving to shipping. Here are some of the fundamental terms you'll come across:

• License Plate Number (LPN): This is a unique identifier for any container or pallet of items. Think of it as a license plate for your inventory, allowing you to track a group of items as a single unit as it moves through the warehouse.
• Advanced Shipment Notice (ASN): An electronic notification of a pending delivery from a supplier. It's like a digital packing slip that gives the warehouse a heads-up on what's arriving, enabling faster and more accurate receiving.
• Wave: A method of organizing and releasing work to the warehouse floor. Orders are grouped into waves to be picked and processed together, optimizing efficiency and workflow.
• Location: A specific physical place within the warehouse where inventory is stored. Locations are often identified by a unique barcode.
• Subinventory: A subdivision of your inventory, such as a specific area within the warehouse (e.g., receiving, bulk storage, or packing).
• Item: A specific product or material stored in the warehouse.

Inbound and Outbound Logistics: The Flow of Goods

The primary functions of any warehouse are to receive goods (inbound) and ship them out (outbound). Oracle Cloud WMS has specific terminology for these processes:

Inbound Operations

• Receiving: The process of accepting incoming shipments from suppliers. This can be done against a Purchase Order (PO) or an ASN.
• Putaway: The process of moving received goods from the receiving dock to their designated storage location in the warehouse. Oracle WMS can use rules-based logic to suggest the most optimal putaway location.
• Cross-docking: A process where incoming goods are immediately prepared for outbound shipment, bypassing storage. This is ideal for high-demand items and reduces handling time.

Outbound Operations

• Picking: The process of retrieving items from their storage locations to fulfill customer orders. Different picking methodologies can be employed, such as:
• Zone Picking: Pickers are assigned to specific zones in the warehouse and only pick items from their designated area.
• Batch Picking: A picker retrieves multiple orders at the same time.
• Wave Picking: A direct result of the wave planning process.
• Packing: The process of consolidating picked items into shipping containers.
• Staging: Moving packed orders to a designated shipping area to await carrier pickup.
• Shipping: The final step where the packed orders are loaded onto a truck and dispatched.

Managing Your Inventory and Tasks

Effective inventory and task management are at the core of a successful warehouse operation. Here's the lingo you need to know:

• Cycle Counting: A perpetual inventory counting system where a small subset of inventory is counted on a specified schedule. This helps maintain inventory accuracy without the need for a full physical inventory count.
• Task Management: Oracle WMS creates and dispatches tasks to warehouse operators via mobile devices. These tasks can include picking, putaway, cycle counting, and replenishment.
• Replenishment: The process of moving inventory from bulk storage locations to forward picking locations to ensure that there is always enough stock to fulfill orders.
• Material Status: A way to control what can be done with inventory. For example, a material status can indicate that an item is on hold, available for picking, or needs inspection.

By familiarizing yourself with this lingo, you'll be better equipped to leverage the full power of Oracle Cloud WMS and drive efficiency and accuracy in your warehouse operations.

Thank You,

Pratip Chatterjee

Difference between WebRF and SSH - Text Based RF

Oracle Cloud WMS is undergoing a transition in its user interface for RF (Radio Frequency) operations.

Here's a breakdown of the differences between WebRF deprecation and SSH - Text Based RF, along with the broader context:

WebRF Deprecation

• What it was: WebRF was a web-based version of the RF application in Oracle Cloud WMS.
• Purpose: It was primarily intended for low-volume testing purposes and not for production use.
• Deprecation: Oracle is phasing out WebRF.
• Disabled in test environments: WebRF was disabled in test environments during the maintenance window of July 11th and 12th, 2025.
• Disabled in production environments: It will be disabled in production environments during the maintenance window of July 25th and 26th, 2025.
• Reason for deprecation: With the release of Redwood Mobile WMS (in 24D), WebRF became redundant.
• Replacement: The primary replacement for WebRF is the Redwood Mobile WMS application.

SSH - Text Based RF

• What it is: This refers to using RF devices (like barcode scanners) that connect to Oracle Cloud WMS via a Secure Shell (SSH) application and display a text-based interface.
• Purpose: This has been a traditional method for warehouse operators to perform transactions on RF devices, designed for production use.
• Technical Requirements: SSH-based RF devices require an SSH app capable of connecting via secure encrypted SSH protocol, supporting VT100 terminal emulation, and displaying a sufficient number of characters/lines (e.g., 24x16 or preferably 29x19). They also need a physical keyboard with separate alpha and numeric keys.
• Deprecation (future): While not immediately deprecated like WebRF, Oracle is also phasing out SSH-based RF in favor of Redwood Mobile WMS.
• New Customers: Starting in January 2026, new customers will not be offered SSH-based RF. They are encouraged to use Redwood Mobile WMS from the beginning.
• Existing Customers: Existing customers can continue to use SSH-based RF for a further year. It will be retired starting January 2027 in cohorts (January, April, July 2027).
• Replacement: The Redwood Mobile WMS application is the intended replacement for SSH-based RF as well.

 

Key Differences and the Larger Picture

1. Purpose:
• WebRF: Strictly for low-volume testing.
• SSH - Text Based RF: Used for production operations on dedicated RF devices.
2. Deprecation Timeline:
• WebRF: Already disabled in test and will be disabled in production in July 2025.
• SSH - Text Based RF: Will be phased out for new customers starting January 2026, and for existing customers starting January 2027.
3. Technology:
• WebRF: Browser-based interface.
• SSH - Text Based RF: Relies on SSH terminal emulation on specialized RF devices.
4. Strategic Direction: Oracle's clear strategic direction is to move all WMS mobile interactions to the Redwood Mobile WMS application. This application likely offers a more modern, intuitive, and feature-rich user experience, leveraging the Redwood design system and potentially offering enhanced capabilities for modern warehouse operations.

 

In essence, both WebRF and SSH - Text Based RF are being replaced by the newer, more advanced Redwood Mobile WMS application, signaling a shift towards a more unified and modern mobile experience within Oracle Cloud WMS.

 

Thank you,

Pratip Chatterjee

Replenishment in Oracle Cloud WMS

 Replenishment is the systematic movement of inventory from a reserve (bulk) storage location to an active (picking) location. The primary objective is to:

• Prevent Stockouts: Ensure continuous availability of items in pick-face locations.
• Optimize Picking Efficiency: Minimize picker travel time by ensuring frequently picked items are readily accessible.
• Maximize Throughput: Support high-volume order fulfillment by keeping pick zones adequately stocked.
• Maintain Inventory Accuracy: By managing planned movements, it contributes to overall inventory visibility.

Pre-requisite:

• Reserve Locations: Where bulk inventory is stored. These locations are often configured with "Allocation Zones" to define where inventory for replenishment can be sourced from.
• Active (Picking) Locations: The primary locations from which orders are picked. These locations are configured with "Replenishment Zones" and often have defined minimum and maximum capacities (units, volume, weight).
• Items: Items are configured with a "Replenishment Type" (Replen-type) which helps in determining suitable locations for replenishment and allocation.
• Replenishment Rules: These define the criteria for how and from where inventory should be allocated for replenishment. Key parameters include:
• Allocation Zone/Area: Restrict source locations to specific zones or areas.
• Allocation Method: Determines the order in which LPNs are selected (e.g., FIFO, LIFO, FEFO, Smallest LPN, Largest LPN).
• Replenishment UOM: The unit of measure (LPN, Case, Pack, Unit) at which inventory will be allocated.
• Consolidate and Distribute: A flag that allows units and cases from multiple source locations to be consolidated into a temporary LPN before being moved to the destination.
• Replenishment Task Templates: Define how replenishment tasks are created and broken down (e.g., by aisle, area, item). They specify the task types (Full LPN Replenishment, Cases/Packs/Units Replenishment) and can include ordering and selection criteria.
• Replenishment Templates: The overarching configuration that brings together the replenishment rules, task templates, and trigger modes. This is where you define the replenishment strategy.
• Replenishment Zones: Used to group locations that share common replenishment characteristics. Locations are assigned to a replenishment zone.
• Allocation Zones: Used to define groups of reserve locations from which inventory can be allocated for replenishment.

Setup Steps:

(1) Replenishment Zone : Crete Replenishment Zone  

(2) Replenishment Type : Create Replenishment Type

(3) Assign Zone to Item: Item -> Warehouse > Replenishment Type = Replenishment Type (2)

(4) Task Template : Template Type = Regular > Save  

       --> Details -> Task type = Full LPN Replenishment

(5) Replenishment Rule : Replenishment Template > Replenishment Rule : Capacity Check Method = Units > Destination Location Type = Active Only |  Replenishment Template > Replenishment Rule > Replenishment Rule Sequence : Allocation Location Type = Reserve > Allocation Method = First In First Out > Replenishment UOM = Lpns

(6) Locations : Replenishment Zone = Replenishment Zone (1)

(7) Replenishment Template: 

Replenishment Zone = Zone Name (1)

Replenishment Rule = Replenishment Rule (5)

Task Creation Template = Task Template (4)

Replenishment Trigger Mode = Minimum Capacity

(8) Reserve Inventory : Check the Item + Lot + Qty

(9) Screen : Add Replenishment Pick screen (RF) need to be active 

(10) Replenishment Template: Select and Run Template -> Replenishment Wave created

(11) Wave Inquiry : Search -> Check Allocation (Status = Allocated)

(12) Task : Find the task number

(13) RF : Replenishment > Replenish Full LPN 

(14) Active Inventory : Check the details

(15) Wave Inquiry : Search -> Check Allocation (Status = Completed)

 

If you require information on the various triggering modes, kindly note them in the comments.

Thanks,

Pratip Chatterjee

FMCG distribution landscape, Business Model, Common Software Requirements, and Business Pain Points

Now FMCG distribution landscape is incredibly dynamic and competitive. Companies in this sector operate on razor-thin margins and high volumes, making efficient supply chain management absolutely critical for their survival and success.

FMCG Distributor Business Model Details

FMCG distributors primarily operate as intermediaries between manufacturers (local and international) and various retail outlets across the countries and often the wider region. Their core business model revolves around:

1. Procurement & Sourcing:
• Direct from Manufacturers: Large distributors often secure exclusive distribution rights for specific brands within a defined territory.
• Import & Export: In the strategic location, many distributors are heavily involved in importing goods from around the world and then re-exporting them to neighbouring countries.
• Bulk Purchasing: They buy in large quantities to leverage economies of scale and secure better pricing.
2. Warehousing & Storage:
• Temperature-Controlled Facilities: Crucial for perishable goods (dairy, frozen foods, chocolates) to maintain product integrity and comply with strict food safety regulations.
• Strategic Locations: Warehouses are often located near major transport hubs to facilitate quick movement of goods.
• Inventory Management: Managing thousands of SKUs (Stock Keeping Units) across different categories (food, beverages, personal care, home care).
3. Logistics & Transportation:
• Last-Mile Delivery: Efficient and timely delivery to a diverse range of retail channels, including hypermarkets, supermarkets, convenience stores, groceries, hotels, restaurants, and e-commerce fulfilment centres.
• Fleet Management: Operating and optimizing their own or outsourced vehicle fleets.
• Route Optimization: Planning efficient delivery routes to minimize fuel costs, delivery times, and labor.
4. Sales & Distribution Network:
• Extensive Reach: Building and maintaining strong relationships with a vast network of retailers.
• Sales Teams: Employing field sales teams that visit retail outlets, take orders, manage merchandising, and monitor shelf presence.
• Trade Marketing & Promotions: Implementing promotional activities and trade schemes in collaboration with manufacturers to drive sales.
5. Value-Added Services:
• Customs Clearance: Handling all import/export documentation and procedures.
• Repackaging & Kitting: Customizing product assortments or packaging for specific promotions or retailers.
• Reverse Logistics: Managing product returns, damaged goods, and recalls.
• Data Analytics: Providing market insights and sales data back to manufacturers.

 

Common Software Requirements

Given their complex operations, the FMCG distributors have a strong need for integrated and robust software solutions. Their requirements often span across:

1. Enterprise Resource Planning (ERP) System:
• Centralized Data: A single source of truth for all business operations (sales, inventory, finance, procurement, HR).
• Integration: Seamless integration between different modules (SCM, WMS, Finance, Sales, CRM).
• Financial Management: Robust accounting, budgeting, and financial reporting capabilities, including multi-currency and multi-entity support.
• Regulatory Compliance: Customs regulations, and food safety standards.
2. Supply Chain Management (SCM) Suite:
• Demand Planning & Forecasting: Advanced analytics to predict future demand, considering seasonality, promotions, and market trends. This is crucial for perishable goods to minimize waste.
• Inventory Optimization: Real-time visibility of stock levels across multiple warehouses, managing expiry dates, batch tracking, and optimizing reorder points to prevent stockouts and overstocking.
• Warehouse Management System (WMS):
• Efficient receiving, putaway, picking, packing, and shipping processes.
• Space utilization optimization.
• Temperature zone management for chilled/frozen goods.
• Barcode/RFID integration for accuracy.
• Cross-docking capabilities.
• Transportation Management System (TMS):
• Route planning and optimization (dynamic routing for multiple drops).
• Fleet management (maintenance, fuel monitoring).
• Real-time vehicle tracking (GPS).
• Proof of Delivery (POD) capture (digital signatures, photos).
• Load optimization.
3. Sales and Distribution Management (SDM) / Distributor Management System (DMS):
• Order Management: Efficient processing of sales orders, from order entry to invoicing.
• Mobile Sales Force Automation (SFA): Apps for sales representatives to take orders in the field (even offline), check stock availability, manage customer accounts, and record visits.
• Pricing & Promotions Management: Handling complex pricing structures, discounts, and trade promotions.
• Credit Control: Managing customer credit limits and outstanding payments.
• Sales Analytics & Reporting: Dashboards for sales performance, top-selling products, and territory analysis.
4. Customer Relationship Management (CRM):
• Managing customer interactions, feedback, complaints, and service requests.
• Enhancing customer loyalty and satisfaction.
5. Business Intelligence (BI) & Analytics:
• Advanced reporting and dashboards for key performance indicators (KPIs) across the entire supply chain.
• Predictive analytics for better decision-making.
• Insights into market trends, sales patterns, and operational bottlenecks.

Pain Points Addressed by Software

FMCG distributors in face several significant challenges that software can help alleviate:

1. Inventory Management Complexities:
• Pain Point: Managing thousands of diverse SKUs, varying shelf lives, risk of spoilage/obsolescence, balancing stockouts vs. overstocking. Manual tracking leads to errors and inefficiencies.
• Software Solution: Advanced WMS and Inventory Optimization modules within an ERP provide real-time visibility, automated reorder points, batch/lot tracking, expiry date management, and demand forecasting to minimize waste and optimize stock levels.
2. Logistics & Transportation Headaches:
• Pain Point: High fuel costs, traffic congestion in urban areas, optimizing multi-drop routes, ensuring timely deliveries to numerous outlets, managing a large fleet, and lack of real-time visibility on delivery status.
• Software Solution: TMS with route optimization, GPS tracking, and mobile apps for drivers (for POD and real-time updates) significantly reduce fuel consumption, improve delivery efficiency, and enhance customer satisfaction.
3. Manual Processes & Data Inaccuracies:
• Pain Point: Reliance on manual order taking (phone/paper), data entry errors, delayed information flow between departments, and difficulty generating accurate reports.
• Software Solution: Integrated ERP and SFA/DMS systems automate order processing, streamline data flow, reduce human error, and provide real-time data for decision-making.
4. Forecasting Inaccuracies:
• Pain Point: Difficulty in accurately predicting demand due to market volatility, seasonality, and promotional impacts, leading to either stockouts (lost sales) or overstocking (storage costs, spoilage).
• Software Solution: Demand planning and forecasting modules using historical data, statistical models, and even AI/ML algorithms to improve forecast accuracy.
5. Regulatory Compliance:
• Pain Point: Adhering to strict regulations for food safety, import/export, and VAT, which requires meticulous record-keeping and traceability.
• Software Solution: ERP systems with robust financial and compliance modules, along with WMS features for batch traceability, ensure adherence to regulations and simplify auditing.
6. High Competition & Thin Margins:
• Pain Point: Intense competition from other distributors and the rise of direct-to-consumer (D2C) models. The need to optimize every part of the supply chain to maintain profitability.
• Software Solution: Comprehensive SCM solutions help identify inefficiencies, reduce operational costs, improve delivery speed, and enhance customer service, providing a competitive edge.
7. Lack of End-to-End Visibility:
• Pain Point: Disconnected systems or manual processes lead to a lack of holistic view across the supply chain, making it hard to identify bottlenecks, track performance, and make informed strategic decisions.
• Software Solution: A fully integrated ERP/SCM suite provides end-to-end visibility, from procurement to delivery, enabling better control and data-driven decision-making.

 

FMCG distributors are constantly seeking software that provides efficiency, visibility, automation, and intelligent insights to navigate a fast-paced, high-volume, and highly competitive market.

 

Thank You,

Pratip Chatterjee

What are Lock Codes in Oracle Cloud WMS

Here's a comprehensive guide on Lock Codes in Oracle Cloud WMS, covering setup, screen-level detail, column-wise descriptions, and real-world usage scenarios.

What are Lock Codes in Oracle Cloud WMS?

Lock Codes in Oracle Cloud Warehouse Management (OCWMS) are used to restrict certain operations on inventory, locations, or LPNs (License Plate Numbers). They're essential for managing quality control, damaged goods, quarantine stock, or inventory under inspection.

Where Lock Codes Are Used?

Lock codes can be applied to:

·       Inventory at a specific location

·       Entire LPNs

·       Inventory at the item level

·       Inventory at the lot or serial level

Setup Path in Oracle Cloud WMS

Navigation: Warehouse Configuration > Lock Codes

Lock Code Screen – Column/Field Level Details

Field Name	Description
Lock Code	Unique identifier (alphanumeric) used to tag and restrict inventory or locations
Description	Free-text field for detailing the purpose of the lock code
Lock Type	Defines the scope of lock application: - Inventory - LPN - Location
Prevent Picking	If checked, items with this lock cannot be picked in tasks
Prevent Putaway	Prevents inventory with this lock from being put away
Prevent Cycle Counting	If enabled, prevents this inventory from being included in cycle counting
Prevent Inventory Adjustment	Prevents adjustment (e.g., quantity change, item change)
Prevent Transfers	Disables transfer transactions (manual or system generated)
Prevent Picks to Outbound	Specifically restricts the use of locked inventory for outbound tasks
Prevent Cross-dock Allocation	Stops locked inventory from being used for cross-docking
Prevent Inbound Receiving	Blocks receiving tasks from placing inventory under this lock directly
Enable Auto Locking	Automatically apply the lock based on configuration/rules (like QC triggers)
Auto Locking Reason	Describes the trigger/reason for the auto-locking
Allow Manual Unlock	If false, only system or workflow can remove the lock
Allow Lock Override	If checked, users with roles can override the lock during tasks
Active	Indicates if the lock code is currently active

 

Usage Scenarios

1. Quality Control Hold (QC_HOLD)

·       Lock Type: Inventory

·       Prevent: Picking, Putaway, Transfers

·       Auto-applied based on ASN or lot status

·       Manual unlock post-inspection

 

2. Damaged Goods (DAMAGED)

·       Lock Type: LPN

·       Prevent: Picking, Transfers, Cycle Count

·       Used when scanning items with reported damage

 

3. Quarantine Location (QUARANTINE_BIN)

·       Lock Type: Location

·       Prevent: Putaway, Picking

·       Entire bin marked as restricted – e.g., pest control treatment area

 

4. Serialized Item Audit Lock (AUDIT_LOCK)

·       Lock Type: Inventory

·       Prevent: Adjustment, Transfers, Picking

·       Applied on specific serials under investigation

Configuration Tips

·       Use auto-locking rules for high-risk suppliers.

·       Leverage Oracle Rules Framework to dynamically apply lock codes during:

·       ASN receiving

·       Inspection failures

·       Return processing

·       Build Reports on locked inventory for daily warehouse reviews.

·       Add user role validation to manage override permissions for sensitive locks.

Unlocking Inventory

Unlocking can be done via:

·       Manual Unlock action in UI

·       Bulk Unlock Process for mass changes

·       System Workflow (e.g., after inspection approval)

·       REST API or RF transactions, with appropriate permissions

If you need detail example from real implementation, please comments.

Thanks,

Pratip Chatterjee

List of key Oracle Cloud WMS interfaces along with their functions

 Here is a detailed list of key Oracle Cloud WMS interfaces along with their functions:

1. Inbound Interface

Purpose: Integrates inbound shipment and inventory data from ERP or suppliers.

Key Components:

·       Purchase Orders (POs): Receives PO data to manage inbound shipments.

·       ASN (Advanced Shipment Notice): Updates WMS on upcoming shipments for receiving.

·       Supplier Returns: Manages inventory returns to suppliers.

Functions:

·       Receives and creates receipts.

·       Validates ASN data.

·       Matches inbound data with PO.

·       Updates receipt status back to ERP.

2. Outbound Interface

Purpose: Communicates outbound order data to carriers, ERP, or customers.

Key Components:

·       Sales Orders: Transfers SOs from ERP for fulfilment.

·       Shipping Confirmations: Sends pick, pack, and ship details back to ERP.

·       Commercial Invoices & Packing Lists: For cross-border shipments.

Functions:

·       Picks and ships orders.

·       Sends shipment confirmation to ERP.

·       Interfaces with TMS for freight booking.

3. Inventory Interface

Purpose: Synchronizes inventory levels and transactions between WMS and ERP.

Key Components:

·       Inventory Balances: Real-time stock updates.

·       Adjustments: Manual or automated inventory corrections.

·       Cycle Counts & Physical Counts: Updates ERP with inventory reconciliation data.

Functions:

·       Pushes inventory updates to ERP.

·       Pulls inventory changes from ERP (e.g., transfer orders).

·       Supports lot/serial number tracking.

 

4. Warehouse Control System (WCS) Interface

Purpose: Integrates WMS with automation systems like conveyors, sorters, and robots.

Key Components:

·       Task Instructions: Sends commands to automation.

·       Task Completion Updates: Receives execution status.

Functions:

·       Real-time control of material handling equipment (MHE).

·       Ensures task synchronization between WMS and WCS.

·       Monitors device health and execution.

5. Transportation Management Interface (TMS)

Purpose: Links WMS to Oracle Transportation Management (OTM) or other TMS systems.

Key Components:

·       Shipment Requests: Sent from WMS to TMS.

·       Freight Assignment: TMS assigns carriers and rates.

·       Shipment Updates: TMS sends updates to WMS.

Functions:

·       Manages carrier selection and rate shopping.

·       Provides tracking number and shipping label data.

·       Updates ERP and customer with logistics milestones.

6. EDI (Electronic Data Interchange) Interface

Purpose: Standardized B2B communication with trading partners.

Key Documents:

·       EDI 850 – Purchase Order

·       EDI 856 – ASN

·       EDI 940 – Warehouse Shipping Order

·       EDI 945 – Warehouse Shipping Advice

·       EDI 943 – Warehouse Stock Transfer Shipment

·       EDI 944 – Warehouse Stock Transfer Receipt

Functions:

·       Automates order lifecycle across supply chain partners.

·       Reduces manual data entry and errors.

·       Enhances compliance with trading partner requirements.

 

7. Returns Interface

Purpose: Manages returns from customers and to suppliers.

Key Components:

·       Return Orders (RMA): Initiates return process in WMS.

·       Dispositions: Indicates if items are restockable, scrapped, etc.

Functions:

·       Tracks returned goods through inspection and disposition.

·       Sends updates to ERP on accepted/rejected returns.

8. User Interface (UI) & Mobile Interface

Purpose: Front-end interfaces for end users, including desktop and mobile RF devices.

Key Components:

·       Mobile RF UI: Used in receiving, picking, cycle counting.

·       Web UI: For admin, configuration, wave planning, reporting.

Functions:

·       Direct task execution.

·       Real-time barcode scanning and updates.

·       Admin control and dashboard viewing.

9. Reporting and Analytics Interface

Purpose: Enables integration with reporting tools like Oracle BI or third-party tools.

Functions:

·       Exposes WMS data through REST APIs or data extracts.

·       Enables custom reporting and dashboards.

·       Supports audit and compliance reporting.

 

10. REST APIs and Web Services Interface

Purpose: Modern interface for system-to-system communication.

Key Functions:

·       Get, post, update records (orders, shipments, inventory, etc.)

·       Supports real-time and batch data operations.

·       Used for integrations with custom systems, portals, or apps.

 

11. External System (EXTSYS) Configuration

Purpose: Configures data flow to/from external systems.

Components:

·       EXTSYS definitions in Oracle WMS.

·       Mapping between external and internal codes (e.g., units of measure, item codes).

Functions:

·       Supports multi-system integrations.

·       Handles data transformation and normalization.

Thank You,

Pratip Chatterjee