Free 1Z0-1073-25 Practice Test Questions and Answers (2026)

The Supply Chain Orchestration (SCO) work area serves as a central point for managing and monitoring the entire supply creation lifecycle. From this work area, a user can manually initiate a supply request for various supply types, such as make, buy, or transfer, using the "Create Supply Request" task. Additionally, a core function of SCO is to provide end-to-end visibility. Users can search for and view the details of any supply order on the "Manage Supply Lines" page and then drill down to view the specific execution documents (e.g., purchase orders, transfer orders, work orders) that have been created by the downstream execution systems to fulfill that supply.

A. Release the planning recommendation: This action is performed in a planning application, such as Oracle Supply Planning, which then sends the released recommendation to SCO for processing.

C. Perform changes to the supply order: Changes are typically initiated from the source system (e.g., a sales order or planning system) and then processed by SCO, not directly performed within the SCO work area.

D. Place supply orders on hold: Placing an execution document on hold is a function performed within the respective execution application (e.g., Oracle Purchasing for a PO, Oracle Manufacturing for a work order).

1. Oracle Fusion Cloud SCM

Using Supply Chain Orchestration (Release 24B)

Chapter 3: Create Supply Requests. The documentation states

"Use the Create Supply Request page in the Supply Chain Orchestration work area to manually create a supply request for different supply types..." This directly supports option E.

2. Oracle Fusion Cloud SCM

Using Supply Chain Orchestration (Release 24B)

Chapter 4: Monitor Supply Lines

"Overview of Monitoring Supply Lines" section. The documentation explains

"Use the Manage Supply Lines page to search for and view details of supply orders... You can also drill down from a supply line to the execution document details." This directly supports option B.

3. Oracle Fusion Cloud SCM

Using Supply Planning (Release 24B)

Chapter 6: Plan Inputs and Plan Options

"Release the Plan" section. This guide details the process of releasing recommendations from the planning work area

confirming that this action is external to the Supply Chain Orchestration work area. This supports the rationale for why option A is incorrect.

When a business unit (BU) is configured as a Procurement Service Provider for a client BU, it centralizes procurement functions. The service provider BU (Business Unit Singapore) is responsible for performing procurement-related tasks on behalf of the client BU (Business Unit America). This primarily includes processing the client's requisitions to create purchase orders and managing supplier-facing activities, such as negotiating supplier terms and administering procurement contracts. This model allows an organization to leverage specialized procurement expertise and achieve better terms through consolidated purchasing power.

A: This is incorrect because processing payable invoices is a function of the Payables business function, not the Procurement service provider relationship.

B: This is incorrect as it includes functions outside of procurement, such as payable invoices (Payables), billing (Order Management), and revenue (Receivables).

1. Oracle Fusion Cloud SCM

Implementing Procurement Guide:

Section: Define Business Units for Procurement > Service Provider Relationships: Explained

Content: This section details the service provider model. It states

"The procurement business unit

acting as a service provider

can process requisitions and create purchase orders for items that are for the benefit of the client business unit." This directly supports the "process requisitions" part of the correct answer.

2. Oracle Fusion Cloud SCM

Using Procurement Guide:

Section: Create Purchase Orders > Overview of Purchase Orders > Procurement Business Units

Sold-to Legal Entities

and Bill-to Business Units

Content: This document describes the responsibilities of a Procurement BU

stating it "is responsible for the procurement business function

which includes supplier management

contract negotiation

and purchase order creation and administration." This supports the "negotiate supplier terms" aspect of the correct answer.

3. Oracle Fusion Cloud SCM

Implementing Procurement Guide:

Section: Define Common Procurement Configuration > Manage Common Options for Payables and Procurement

Content: This section describes the configuration that links the Procurement and Payables business functions. It demonstrates that while related

they are distinct functions

and centralizing one (Procurement) does not automatically centralize the other (Payables)

making options A and B incorrect.

Supply Chain Orchestration (SCO) is architected around three primary functional components. The core is the Orchestration process engine, which manages the entire fulfillment lifecycle, tracks statuses, and handles exceptions. A key function of this engine is Decomposition, where it breaks down a high-level fulfillment request into a series of granular, executable tasks (e.g., ship, make, buy). To perform these tasks and gather required data, SCO integrates with and calls various Business Services, such as sourcing, available-to-promise (ATP), and shipping services. These components collectively enable the dynamic and automated management of fulfillment processes.

B. Order Capturing: This is an upstream process handled by source systems like Oracle Order Management. SCO receives fulfillment requests after they have been captured, but it does not perform the capture function itself.

1. Oracle Fusion Cloud SCM

Using Supply Chain Orchestration (Release 24B)

Chapter 1: Overview of Supply Chain Orchestration

Section: How Supply Chain Orchestration Processes Your Request.

This section details the process flow: "Supply Chain Orchestration receives a request from a source system... It then decomposes the request... and determines the orchestration process... It then calls a task service...". This directly supports the roles of Decomposition

Orchestration

and the invocation of Business Services (task services). It also explicitly identifies the source system (where order capture occurs) as external.

2. Oracle Fusion Cloud SCM

Implementing Supply Chain Management

Chapter: Set Up Supply Chain Orchestration

Section: Overview of Setting Up Supply Chain Orchestration.

This implementation guide describes the configuration of orchestration processes (supporting C. Orchestration)

decomposition rules (supporting D. Decomposition)

and connectors to external fulfillment systems and services (supporting A. Business Services).

3. Oracle Fusion Cloud SCM

What's New in SCM for 24B

Supply Chain Orchestration.

Updates and new features often describe enhancements to the core orchestration engine

its ability to call different business services

or refinements to the decomposition logic

reinforcing these as the central components of the module.

The next billing-cycle close date is calculated by adding the weekly frequency (7 days) to the present close date of 7-Nov-2022, giving 14-Nov-2022. Because the Create Consumption Advice process is started on 10-Nov-2022, the current date is still before the next close date, so the frequency interval hasn’t completed. Per Oracle policy, the program therefore returns without producing a consumption advice and leaves the existing close date unchanged.

A. Advice can’t be generated before the 14-Nov close date, so no new close date (14-Nov) is set.

B. When no advice is produced, the close date isn’t rolled forward, so it never becomes 17-Nov.

D. Both the generation of advice and advancement of the close date to 17-Nov contradict process rules.

1. Oracle Fusion Cloud SCM: Using Inventory Management (23B)

“Consigned Inventory from Supplier – Generating Consumption Advice

” Example section

para 3: “…if you run Create Consumption Advice before the next billing-cycle close date

the process ends without generating a consumption advice and the close date is not updated.” (Document ID F89539-02

p. 342).

2. Oracle Fusion Cloud SCM: Implementing Manufacturing and Supply Chain Materials Management (23B)

Sec. “Set Up Consigned Inventory Billing Cycles

” p. 127: “The billing cycle close date is advanced only when a consumption advice is successfully created.”

To move items between locators within the same inventory organization, a formal and controlled process involves two distinct transaction types. First, a Move Request (B) is created. This is a formal document that requests and authorizes the movement of material from a source location to a destination location.

Once the move request is approved or ready for execution, it is transacted. This action generates a Subinventory Transfer (C), which is the actual inventory transaction that decrements the stock from the source locator and increments it in the destination locator, completing the movement. The Subinventory Transfer transaction is the standard mechanism for all internal material movements, whether between different subinventories or between locators within the same subinventory.

A. Miscellaneous Receipt: This transaction is used to bring items into inventory from an un-tracked source (e.g., initial stock load), not for moving existing items internally.

D. WIP Component Issue: This is a manufacturing-specific transaction used to issue materials from inventory to a production work order, not for general inventory movements between locators.

E. Locator Transfer: This is a descriptive term for the action, but it is not an official, distinct transaction type in Oracle Inventory Management Cloud. The correct transaction type is "Subinventory Transfer."

1. Oracle Fusion Cloud SCM: Using Inventory Management

Release 24B

F99252-02

Chapter 5: Manage Inventory Transactions.

Section: Move Requests: Explained: "A move request is a request for a subinventory transfer or an account issue... You can use a move request to request the movement of material within an inventory organization..." This establishes the role of the Move Request (B) in initiating a transfer.

Section: Subinventory Transfers: Explained: "You can transfer material between subinventories or between two locators within the same subinventory... You can also create subinventory transfers by creating and processing a move request." This confirms that a Subinventory Transfer (C) is the resulting transaction and that it covers locator-to-locator moves.

Section: How You Manually Transact Move Request Lines: This section details the process where a user selects a move request line and transacts it

which in turn creates the underlying inventory transaction (the subinventory transfer). This demonstrates the two-step process involving both transaction types.

In the Print Movement Request Pick Slip Report, selecting the Release Approved Lines parameter automatically releases every movement-request line that is already in Approved status. This step changes the status to Released to Warehouse, generating the pick tasks so the separate, manual “Release Movement Request” (pick-release) activity is no longer required. Pick confirmation is still performed later, so only the pick-release step is eliminated.

B. Lines do become available, but you must still perform the physical pick; the option eliminates only the release step, not the manual pick itself.

C. Pick confirmation is not performed by the report; confirmation remains a separate warehouse transaction.

1. Oracle Fusion Cloud SCM

Inventory Management Implementation Guide 24B

section “Print Movement Request Pick Slip Report – Parameters

” ¶3: “Selecting Release Approved Lines automatically releases approved movement request lines

eliminating the need to run a manual release.” (Doc ID F41646-06

p. 291)

2. Oracle Fusion Cloud SCM

Inventory Management User Guide 24B

chapter “Process Movement Requests

” sub-section “Movement Request Status Flow

” Table 5-2: status moves from Approved → Released to Warehouse only when lines are released (either manually or via Release Approved Lines). (Doc ID F38671-09

p. 137)

The Back-to-Back process is an end-to-end fulfillment flow where a customer's sales order directly triggers the creation of a supply order (such as a purchase order, work order, or transfer order). Oracle's supply chain orchestration automatically selects the best supply source based on predefined rules. The incoming supply is then logically reserved against the specific sales order. Once the supply is received into inventory, the system orchestrates the final shipment to the customer. This entire automated process of sourcing, reserving, and shipping is the core of Back-to-Back fulfillment.

A. Consigned Inventory: This refers to a supplier-owned inventory model where goods are stored at your site, and ownership transfers only upon consumption, not a specific fulfillment process tied to a sales order.

B. Internal Material Transfer: This process moves inventory between a company's own organizations or subinventories. It is an internal logistics function, not a customer fulfillment flow triggered by a sales order.

C. Drop Shipment: In a drop shipment, the supplier ships the goods directly to the end customer. Your company never takes physical possession of the inventory, which contradicts the described flow.

1. Oracle Fusion Cloud SCM

Implementing Order Management (Release 24B)

Chapter: Back-to-Back Fulfillment

Section: Overview of Back-to-Back Fulfillment.

This document states

"A back-to-back order is a sales order that initiates a supply creation process to fulfill the order. The supply is reserved for the sales order until you ship it." It further explains that the orchestration process automatically creates and links the supply document to the sales order.

2. Oracle Fusion Cloud SCM

Using Order Management (Release 24B)

Chapter: Drop Ship

Section: Overview of Drop Ship.

This source clarifies the Drop Ship process: "In a drop ship flow

you send the order information to a supplier. The supplier then ships the goods directly to your customer." This highlights the key difference from the back-to-back flow where you receive and ship the goods.

3. Oracle Fusion Cloud SCM

Using Inventory Management (Release 24B)

Chapter: Manage Consigned Inventory

Section: Consigned Inventory from a Supplier.

This reference defines consigned inventory: "With consigned inventory

your supplier places their inventory at your site... The supplier retains ownership of the inventory until you consume it." This confirms it is an inventory ownership strategy

not a fulfillment process.

4. Oracle Fusion Cloud SCM

Using Inventory Management (Release 24B)

Chapter: Manage Internal Material Transfers

Section: Overview of Internal Material Transfers.

This document describes the process as moving material "between two subinventories in the same inventory organization" or "between two different inventory organizations." This defines it as a purely internal stock movement.

For Oracle Manufacturing to execute a back-to-back "make" order, it must have a defined process for building the item. A work definition is the core manufacturing setup that provides these instructions. It combines the bill of materials (components needed) and the routing (operations to be performed). When Supply Chain Orchestration sends a supply request to Manufacturing for a back-to-back item, Manufacturing uses the item's primary work definition to create the corresponding work order. Without a work definition, the system cannot generate the work order, halting the fulfillment process.

A. Enable back-to-back fulfillment in plant parameters.

This setting does not exist in plant parameters. Back-to-back fulfillment is primarily enabled at the item attribute level and orchestrated via sourcing rules, not a plant-wide switch.

B. Set the sourcing rule to Global with the Make At source type.

While a "Make At" sourcing rule is essential for the end-to-end process, it is a Supply Chain Planning configuration, not a setup within Manufacturing itself.

C. Set the sourcing rule to Local with the Make At source type.

Similar to option B, this is a Supply Chain Planning configuration that directs the supply request to Manufacturing but is not part of the core manufacturing setup itself.

1. Oracle Fusion Cloud SCM

Using Manufacturing

Chapter: Work Definitions

Section: Overview of Work Definitions.

This document states

"A work definition is the manufacturing process for a product. It defines the operations

materials

and resources required to make a product." This confirms a work definition is the fundamental "how-to-build" instruction within Manufacturing.

2. Oracle Fusion Cloud SCM

Implementing Order Management

Chapter: Back-to-Back Fulfillment

Section: How Back-to-Back Fulfillment Works.

This guide details the process flow. It explains that after a sales order is submitted

Supply Chain Orchestration creates a supply order. If the sourcing rule specifies "Make

" a work order is created in the manufacturing plant. The creation of this work order is contingent on a work definition existing for the item.

3. Oracle Fusion Cloud SCM

Using Supply Chain Planning

Chapter: Sourcing Rules and Bills of Distribution

Section: Sourcing Rules.

This source describes sourcing rules as the mechanism to "specify how to replenish items in an organization

a group of organizations

or all organizations." It details the "Make At" source type

confirming that sourcing rules are a planning-level configuration.

4. Oracle Fusion Cloud SCM

Using Manufacturing

Chapter: Manufacturing Plant Setup

Section: Manage Plant Parameters.

A review of the configurable options within "Manage Plant Parameters" confirms that there is no parameter named "Enable back-to-back fulfillment." This validates that option A is incorrect.

for the

complete solution.

Explanation:

Back-to-Back Supply Creation Flows in Oracle Cloud

Back-to-back (B2B) fulfillment in Oracle Fusion Cloud allows organizations to trigger supply creation

(Buy, Make, Transfer, or On-Hand Reservation) after a sales order is entered and scheduled. The

system dynamically generates supply documents depending on the source of the item and executes

supply fulfillment through Oracle Procurement, Manufacturing, or Inventory Management.

1. Overview of Back-to-Back Supply Creation Flows

Each back-to-back flow follows these key steps:

Sales Order Entry & Scheduling – A customer places an order that requires supply creation.

Supply Order Generation – The system determines the best supply source based on predefined

sourcing rules.

Supply Execution – The supply is created using procurement (Buy), manufacturing (Make), transfer

(Transfer), or existing stock (On-Hand).

Receiving & Reservation – The supply is received and linked to the sales order.

Order Fulfillment – The sales order is shipped to the customer.

2. Back-to-Back Supply Creation Buy Flow (Procurement-Based Fulfillment)

The Buy Flow is used when the required item is procured from an external supplier because it is not

available in stock or another warehouse.

Step-by-Step Buy Flow Process

Below is the step-by-step breakdown of the Back-to-Back Buy Flow with Oracle Fusion applications

involved:

Step 1: Initiate Back-to-Back Sales Order

The customer places a sales order in Oracle Order Management.

The system checks stock availability in Oracle Inventory Cloud.

If no stock is available, Oracle Supply Chain Orchestration (SCO) triggers a supply request.

Oracle Global Order Promising (GOP) determines procurement as the best supply source.

The sales order is scheduled for back-to-back fulfillment.

✅ System Action: The system marks the sales order for procurement and creates a supply order.

Step 2: Create Supply Order

Oracle Supply Chain Orchestration (SCO) generates a Supply Order.

The system determines that a Purchase Order (PO) is needed.

A Purchase Requisition is created in Oracle Procurement Cloud.

✅ System Action: The system sends a request for procurement.

Step 3: Request Purchase Order (PO)

Oracle Procurement Cloud converts the requisition into a Purchase Order (PO).

The PO is sent to the external supplier.

The PO is linked to the sales order, ensuring that supply is dedicated to fulfilling the order.

✅ System Action: The system creates a Purchase Order (PO) and tracks supplier delivery.

Step 4: Receive the Purchase Order (PO)

The supplier delivers the goods to the fulfillment warehouse.

The warehouse team receives the PO in Oracle Receiving.

The received inventory is updated in Oracle Inventory Cloud.

The supply is reserved against the back-to-back demand.

✅ System Action: The system marks the received supply as reserved for the sales order.

Step 5: Ship the Back-to-Back Sales Order

The order is picked, packed, and shipped from the warehouse.

Oracle Shipping Execution updates the order status.

An invoice is generated in Oracle Receivables.

The sales order is closed.

✅ Final Action: The system completes the order and ships it to the customer.

3. Oracle Fusion Cloud Applications Involved in Back-to-Back Buy Flow

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4. Benefits of the Back-to-Back Buy Flow

✔ Reduces Inventory Holding Costs – No need to stock large quantities in advance.

✔ Ensures Order-Specific Procurement – Every sales order is directly linked to supply.

✔ Automates Procurement & Order Processing – Seamless integration between Oracle modules.

✔ Enhances Customer Satisfaction – Quick fulfillment by sourcing products efficiently.

✔ Optimizes Supplier Collaboration – Real-time PO creation and tracking with suppliers.

5. Real-World Use Case

Scenario: Electronics Distributor Fulfilling a Large Order

A distributor selling high-end laptops does not keep them in stock but procures them from suppliers

only when an order is placed.

Process Flow:

A corporate customer places an order for 50 laptops.

The system checks stock and finds no available inventory.

A Purchase Order is created in Oracle Procurement Cloud and sent to the supplier.

The supplier delivers the laptops to the warehouse.

The laptops are reserved against the sales order.

The laptops are shipped to the customer, and the invoice is generated.

✅ Result: The distributor minimizes inventory costs while fulfilling customer demand efficiently.

for the

complete solution.

Explanation:

Back-to-Back Supply Creation Flows: Make & Transfer in Oracle Cloud

1. Overview of Back-to-Back Supply Creation Flows

Back-to-back (B2B) supply creation flows in Oracle Fusion Cloud allow businesses to generate supply

only when a sales order is placed. The system creates supply documents dynamically based on

sourcing rules and executes supply fulfillment through Manufacturing (Make Flow) or Inventory

Transfer (Transfer Flow).

Each flow follows these key steps:

Sales Order Entry & Scheduling – A customer places an order that requires supply creation.

Supply Order Generation – The system determines whether to manufacture or transfer stock.

Supply Execution – The supply is produced (Make Flow) or transferred from another warehouse

(Transfer Flow).

Receiving & Reservation – The supply is received and linked to the sales order.

Order Fulfillment – The sales order is shipped to the customer.

2. Back-to-Back Supply Creation: Make Flow (Manufacturing-Based Fulfillment)

The Make Flow is used when the item must be manufactured in-house because it is not available in

stock or through procurement. The system creates a Work Order (WO) in Oracle Manufacturing Cloud

and ties it to the sales order.

Step-by-Step Make Flow Process

Below is the step-by-step breakdown of the Back-to-Back Make Flow using Oracle Fusion Cloud

applications.

Step 1: Enter & Schedule Sales Order

The customer places an order in Oracle Order Management.

The system checks stock availability in Oracle Inventory Cloud.

Since no stock is available, Oracle Supply Chain Orchestration (SCO) triggers a supply request.

Oracle Global Order Promising (GOP) determines that the item must be manufactured.

The sales order is scheduled for back-to-back fulfillment.

✅ System Action: The system marks the sales order for manufacturing and creates a supply order.

Step 2: Create & Request Work Order

Oracle Supply Chain Orchestration (SCO) generates a Supply Order.

The system determines that a Work Order (WO) is needed.

A Work Order (WO) is created in Oracle Manufacturing Cloud.

The Work Order is tied to the sales order to ensure the finished goods are allocated for this order

only.

✅ System Action: The system creates a Work Order (WO) in Oracle Manufacturing.

Step 3: Execute Manufacturing Process

The Work Order goes through the standard production process.

Raw materials are issued from inventory.

Production activities are completed.

The final product is reported as complete in Oracle Manufacturing Cloud.

The Work Order is completed, and the finished goods are transferred to Oracle Inventory Cloud.

✅ System Action: The system marks the Work Order as complete and updates inventory.

Step 4: Reserve & Ship the Sales Order

The system reserves the manufactured stock against the sales order.

The order is picked, packed, and shipped from the warehouse.

Oracle Shipping Execution updates the order status.

An invoice is generated in Oracle Receivables.

The sales order is closed.

✅ Final Action: The system completes the order and ships it to the customer.

Oracle Fusion Cloud Modules Involved in Make Flow

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for the

complete solution.

Explanation:

Back-to-Back Supply Creation: On-Hand Flow in Oracle Cloud

1. Overview of Back-to-Back On-Hand Flow

The Back-to-Back On-Hand Flow is the simplest and fastest fulfillment method in Oracle Cloud

because the required stock is already available in the fulfillment warehouse at the time of sales order

entry.

Unlike Buy, Make, or Transfer Flows, no additional supply is created. Instead, Oracle Supply Chain

Orchestration (SCO) directly reserves the available inventory against the sales order, making it ready

for immediate shipment.

2. Step-by-Step Back-to-Back On-Hand Flow Process

Below is a detailed step-by-step breakdown of the Back-to-Back On-Hand Flow using Oracle Fusion

Cloud applications.

Step 1: Enter & Schedule Sales Order

The customer places a sales order in Oracle Order Management.

The system checks inventory availability in Oracle Inventory Cloud.

Oracle Global Order Promising (GOP) determines that the required stock is already available in the

fulfillment warehouse.

No procurement, manufacturing, or warehouse transfers are needed.

The sales order is scheduled immediately for fulfillment.

✅ System Action: The system identifies that on-hand stock is available and proceeds to reservation.

Step 2: Reserve Available Inventory

Oracle Supply Chain Orchestration (SCO) reserves the available stock against the back-to-back sales

order.

The system ensures that this stock is allocated only to this order, preventing other orders from using

it.

✅ System Action: The system reserves the required quantity for the sales order.

Step 3: Ship the Sales Order

The order moves directly to shipping in Oracle Inventory Cloud.

The warehouse team picks, packs, and ships the goods using Oracle Shipping Execution.

An invoice is generated in Oracle Receivables.

The sales order is closed after shipment.

✅ Final Action: The system completes the order and ships it to the customer.

3. Oracle Fusion Cloud Modules Involved in On-Hand Flow

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4. Benefits of Back-to-Back On-Hand Flow

✔ Fastest Fulfillment Process – No need for procurement, manufacturing, or transfers.

✔ Minimizes Order Processing Time – Orders can be shipped immediately after reservation.

✔ Eliminates Additional Costs – No purchase orders, work orders, or transfers required.

✔ Ensures Inventory Optimization – Uses available stock efficiently.

✔ Improves Customer Satisfaction – Quick shipping and fulfillment.

5. Real-World Use Case

Scenario: Electronics Retailer Fulfilling a Popular Smartphone Order

A retailer sells Smartphone XYZ and has 100 units in stock at its fulfillment warehouse.

Process Flow:

A customer places an order for 10 units of Smartphone XYZ.

Oracle Global Order Promising (GOP) identifies that stock is available.

Oracle Supply Chain Orchestration (SCO) reserves 10 units against the sales order.

The warehouse team picks, packs, and ships the smartphones.

The customer receives the order, and the system closes the sales order.

✅ Result: The order is fulfilled immediately without additional supply creation.

for the

complete solution.

Explanation:

Back-to-Back Fulfillment: Detailed Simulation in Oracle Cloud

Introduction

Back-to-back (B2B) fulfillment is a process where supply is created only after a sales order is placed.

The supply is specifically reserved for that order and remains linked until fulfillment is completed.

Unlike regular inventory processes, back-to-back fulfillment ensures that supply is directly tied to a

customer demand, optimizing inventory management while maintaining customer satisfaction.

Key Oracle Fusion Cloud Applications Involved

Back-to-back fulfillment integrates multiple Oracle Fusion Cloud applications, including:

Oracle Order Management (for sales order processing)

Oracle Procurement (for external supply sourcing)

Oracle Manufacturing (for in-house production)

Oracle Inventory Management (for warehouse operations and fulfillment)

Oracle Supply Chain Orchestration (for coordinating supply processes)

Oracle Shipping Execution (for shipping to customers)

Step-by-Step Back-to-Back Fulfillment Simulation

Step 1: Creation of a Customer Sales Order (Source of Demand)

A customer places an order for a product that is not available in stock.

The sales order is created in Oracle Order Management.

The system checks inventory availability in Oracle Inventory Cloud.

Since stock is unavailable, the Supply Chain Orchestration (SCO) module triggers a supply request.

The system determines the best supply source based on sourcing rules (Buy, Make, Transfer, or On-

Hand Reservation).

The sales order line is marked for back-to-back fulfillment, and a supply order is generated.

✅ System Action: The system reserves the sales order and waits for supply to be created.

Step 2: Creation and Fulfillment of Supply (Source of Supply to Warehouse)

Once the supply order is created, the system initiates one of the following supply methods:

Option 1: Buy (Procurement from Supplier)

The system generates a Purchase Requisition in Oracle Procurement Cloud.

The requisition is converted into a Purchase Order (PO) and sent to an external supplier.

The supplier fulfills the order and ships the goods to the fulfillment warehouse.

The warehouse receives the items using Oracle Receiving.

Option 2: Make (Manufacturing in-house or contract manufacturing)

The system generates a Work Order in Oracle Manufacturing Cloud.

The work order is scheduled, and production starts.

Once manufacturing is complete, the finished goods are moved to inventory.

Option 3: Transfer (Move from another warehouse or distribution center)

The system creates a Transfer Order in Oracle Inventory Cloud.

Stock is transferred from a different warehouse or location.

Once received, inventory is updated in the fulfillment warehouse.

Option 4: On-Hand (Reserve Existing Inventory)

If stock is available in the fulfillment warehouse, the system directly reserves the items.

No additional supply request is needed.

✅ System Action: The system updates the sales order and marks it ready for fulfillment once supply

is received.

Step 3: Shipment of Sales Order to the Customer

The order is released for picking in Oracle Inventory Cloud.

The picking process begins, and items are packed for shipping.

The shipping team processes the order using Oracle Shipping Execution.

A shipment confirmation is generated, and the order is shipped to the customer.

An invoice is created in Oracle Receivables.

The system marks the sales order as fulfilled and closed.

✅ Final Action: The customer receives the order, and the back-to-back fulfillment process is

completed.

Key Benefits of Back-to-Back Fulfillment in Oracle Cloud

✔ Optimized Inventory Management – Stock is acquired only when needed, reducing carrying costs.

✔ Improved Order Fulfillment Efficiency – Automated supply chain orchestration ensures smooth

operations.

✔ Enhanced Customer Satisfaction – Orders are processed quickly, reducing delays and backorders.

✔ Integrated Supply Chain Execution – Oracle Fusion applications work together seamlessly.

✔ Flexibility in Sourcing – Businesses can choose procurement, manufacturing, transfers, or

reservations based on demand.

for the

complete solution.

Explanation:

Back-to-Back Fulfillment in Oracle Inventory Cloud

Back-to-back fulfillment in Oracle Inventory Cloud is a supply chain process where supply is created

only after a sales order is placed. This process links the demand (customer sales order) directly to the

supply (procurement, manufacturing, transfer, or existing stock), ensuring efficient inventory

management while meeting customer demands. Below is a detailed step-by-step explanation of the

back-to-back fulfillment process.

1. Overview of Back-to-Back Fulfillment Process

The back-to-back (B2B) fulfillment process ensures that supply is created only when a customer order

is received.

Supply is specifically reserved for the sales order until shipping.

This process helps reduce excess inventory while maintaining responsiveness to customer needs.

It supports four fulfillment strategies: Buy, Make, Transfer, and On Hand Reservation.

Back-to-back fulfillment is mainly used in discrete manufacturing environments.

2. Step-by-Step Back-to-Back Fulfillment Process in Oracle Inventory Cloud

The back-to-back fulfillment process consists of the following key steps:

Step 1: Process Sales Order

The sales order is created in Oracle Order Management.

The order is validated for correctness (items, quantities, prices, etc.).

The order is scheduled, and the system checks if on-hand inventory is available.

If no inventory is available, Oracle Supply Chain Orchestration initiates a back-to-back fulfillment

request.

Step 2: Determine Supply Sources

Oracle Supply Chain Orchestration (SCO) determines the best supply source based on predefined

rules and sourcing strategies.

The system evaluates the following supply options:

Buy: Procurement from an external supplier.

Make: Internal manufacturing or contract manufacturing.

Transfer: Movement of inventory from another warehouse or distribution center.

On Hand: Direct reservation of existing inventory.

Step 3: Create and Manage the Supply Order

A supply order is generated in Oracle Supply Chain Orchestration.

The order is assigned to the appropriate fulfillment method:

Buy Order: A purchase requisition is created in Oracle Procurement Cloud, and the supplier provides

the required goods.

Make Order: A work order is created in Oracle Manufacturing Cloud, and production begins.

Transfer Order: A transfer request is initiated in Oracle Inventory Management, moving stock from

another warehouse.

On-Hand Reservation: If stock is available, it is reserved against the sales order.

Oracle monitors the progress of the supply order until completion.

Step 4: Receive and Consolidate Supply in Warehouse

Once supply is procured, manufactured, or transferred, it is received in the fulfillment warehouse.

If it is a purchased item, a receipt is created in Oracle Receiving.

If it is a manufactured item, the work order is completed, and inventory is updated.

The system ensures that the received inventory is linked to the original sales order.

Step 5: Ship to Customer

The sales order is released for fulfillment.

A Pick Release process is initiated in Oracle Inventory Cloud to allocate stock.

The order is picked, packed, and shipped using Oracle Shipping Execution.

A shipping confirmation is generated, and an invoice is created in Oracle Receivables.

The sales order is marked as complete, and the supply order is closed.

3. Detailed Explanation of Back-to-Back Fulfillment Flows

1. Buy Flow (Procurement)

If the supply is sourced externally, the system generates a purchase order in Oracle Procurement

Cloud.

The supplier delivers the goods, which are received in Oracle Receiving.

The inventory is updated, and the order is prepared for shipment.

The sales order is fulfilled once the goods arrive.

2. Make Flow (Manufacturing)

If the item is manufactured internally, a work order is created in Oracle Manufacturing Cloud.

Production is executed, and the finished product is stored in inventory.

The system reserves the item against the sales order.

The order is fulfilled when the product is available.

3. Transfer Flow (Warehouse Transfer)

If the item is available in another warehouse, a transfer order is generated in Oracle Inventory Cloud.

The inventory is moved to the fulfillment warehouse.

Once received, the inventory is reserved and prepared for shipment.

The sales order is completed upon shipment.

4. On Hand Flow (Inventory Reservation)

If the item is available in stock, the system directly reserves it.

The order moves to the shipping phase without additional procurement or manufacturing steps.

The pick, pack, and ship process is executed, and the order is fulfilled.

4. Key Benefits of Back-to-Back Fulfillment in Oracle Inventory Cloud

✔ Reduced Inventory Holding Costs – Stock is only procured, manufactured, or transferred when

needed.

✔ Improved Order Fulfillment Efficiency – Orders are linked directly to supply, reducing delays.

✔ Better Customer Satisfaction – Customers receive products faster with reduced stockouts.

✔ Automated Supply Chain Coordination – Oracle Cloud applications ensure seamless integration

between order management, procurement, manufacturing, and inventory.

✔ Flexibility in Sourcing – Users can choose between procurement, manufacturing, transfer, or

existing stock to fulfill demand efficiently.

5. Oracle Cloud Modules Involved in Back-to-Back Fulfillment

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6. Example Use Case: Back-to-Back Fulfillment in Action

Scenario:

A customer places an order for 100 units of Item XYZ, but there is no stock available in the

warehouse.

Solution:

The system checks stock availability and identifies that back-to-back fulfillment is required.

The sourcing rules determine that procurement from an external supplier is the best option.

A purchase requisition is created in Oracle Procurement Cloud.

The supplier delivers the items, and they are received into inventory.

The inventory is reserved against the sales order.

The shipping process is initiated, and the order is delivered to the customer.

The sales order and supply order are closed.

for the

complete solution.

Explanation:

Set Up Back-to-Back Transfer Flow in Oracle Cloud

The Back-to-Back (B2B) Transfer Flow allows organizations to move inventory from one warehouse

(source) to another warehouse (destination) when stock is unavailable in the fulfillment location.

This setup ensures that Oracle Global Order Promising (GOP) can automatically determine the best

supply source and execute the transfer process efficiently.

1. Prerequisites: Enable Back-to-Back for Items

Before setting up the transfer flow, ensure that the item is Back-to-Back enabled in Oracle Product

Information Management (PIM):

Navigate to Oracle Product Information Management (PIM).

Search for the item you want to enable for back-to-back fulfillment.

In the item definition, enable the "Back-to-Back Enabled" attribute.

Save and publish the item updates.

✅ This ensures that the item can participate in the B2B fulfillment process.

2. Configure Global Order Promising (GOP) for Back-to-Back Transfer Flow

In Oracle Global Order Promising (GOP), configure the system to determine the best transfer source

when fulfilling back-to-back orders.

Step 1: Create a Global Sourcing Rule (Type: Transfer From)

Navigate to Oracle Global Order Promising (GOP).

Create a Global Sourcing Rule with the following details:

Type: "Transfer From"

Source Organization: Warehouse 1 (Requesting warehouse or fulfillment location).

✅ This rule ensures that items are sourced from Warehouse 1 whenever stock is available.

Step 2: Create a Local Sourcing Rule (Type: Transfer From)

Create a Local Sourcing Rule for Warehouse 1 as follows:

Type: "Transfer From"

Source Organization: Warehouse 2 (Stock-holding warehouse).

✅ This rule ensures that if Warehouse 1 does not have stock, the system transfers items from

Warehouse 2.

Step 3: Set Up an ATP Rule for Availability Check

Create an ATP Rule (Available-to-Promise Rule) with the following parameters:

Promising Mode: "Supply Chain Availability Search".

Enable attributes for supply chain availability search based on business needs.

Configure ATP search to consider on-hand stock, in-transit inventory, components, and resources if

needed.

✅ This ensures that GOP can evaluate stock levels across multiple locations.

Step 4: Assign ATP Rule to Organizations

Assign the ATP Rule to the appropriate organizations.

Ensure that the rule applies to Warehouse 1 and Warehouse 2 based on their roles in the sourcing

process.

✅ This enables availability checking when processing sales orders.

Step 5: Assign Sourcing Rules to Organizations

Assign the Global Sourcing Rule to the enterprise-wide sourcing assignment.

Assign the Local Sourcing Rule to Warehouse 1, specifying Warehouse 2 as the sourcing location.

Ensure that the assignment level for the global sourcing rule does not include a specific organization

(it should apply at a broader level).

✅ This ensures that Oracle GOP prioritizes sourcing stock from Warehouse 1 first and transfers from

Warehouse 2 if needed.

Step 6: Refresh and Restart Order Promising Server

Once the sourcing rules and ATP configurations are in place:

Refresh Oracle Global Order Promising (GOP) Rules.

Restart the Order Promising Server to apply sourcing and ATP rule changes.

✅ This step ensures that all updates take effect and are used in future order promising decisions.

3. Expected Behavior After Setup

If Warehouse 1 has stock → GOP reserves inventory and processes the sales order immediately.

If Warehouse 1 does not have stock → GOP triggers a transfer order to move stock from Warehouse 2

to Warehouse 1.

Once the transfer order is fulfilled and received, the sales order is shipped to the customer.

✅ This ensures automated order fulfillment with minimal manual intervention.

4. Benefits of Back-to-Back Transfer Flow in Oracle Cloud

✔ Optimized Inventory Utilization – Uses stock efficiently across multiple warehouses.

✔ Automated Stock Transfers – Eliminates manual intervention by automatically moving stock when

needed.

✔ Reduced Procurement Costs – Moves existing inventory instead of purchasing new stock.

✔ Faster Order Fulfillment – Reduces lead times by sourcing from internal stock before

procurement.

✔ Seamless Oracle Cloud Integration – Works across Oracle Order Management, Inventory, GOP, and

Supply Chain Orchestration.

Thank you for your visit.

The most precise method to fulfill the requirement for a specific item is to configure its individual attributes. The "Overpicking Enabled" attribute, found in the item's specifications within Product Information Management, allows users to pick a quantity greater than the requested quantity for that particular item during the pick confirmation process. This item-level control ensures that the overpicking capability is restricted only to "Item A" without affecting other items in the inventory organization, directly addressing the specific scenario.

A. Allow overpick in inventory organization parameters: This is a broader setting that enables overpicking for all eligible items within the entire inventory organization, not just for the specific "Item A" as required.

B. By default, confirm pick slip allows you to pick more than the requested quantity for lot-controlled items: This is incorrect. Overpicking is not a default system behavior for any item type; it must be explicitly enabled through configuration at either the item or organization level.

1. Oracle Fusion Cloud SCM

Using Inventory Management

Chapter: Pick Confirmation

Section: Overpicking:

"You can overpick a movement request for a specific item if the Overpicking Enabled item attribute is set to Yes. You can set this attribute in the Product Information Management work area." This directly supports option C as the correct

item-specific method.

2. Oracle Fusion Cloud SCM

Implementing Manufacturing and Supply Chain Materials Management

Chapter: Inventory Management

Section: Manage Inventory Organization Parameters:

"On the Manage Inventory Organization Parameters page

you can select the Allow overpicking for movement requests check box to enable overpicking for the entire organization." This reference confirms the existence of the organization-level setting (Option A) but highlights that it applies to the entire organization

making it less precise than Option C for this scenario.

3. Oracle Fusion Cloud SCM

Using Product Master Data Management

Chapter: Items

Section: Item Specification Attributes: Inventory:

This section details the "Overpicking Enabled" attribute. It states

"Controls whether you can overpick the item for a movement request. Select Yes or No. The default value is No." This confirms that overpicking is not a default behavior (disproving Option B) and is controlled at the item level (supporting Option C).