Oracle Fusion FBDI Guide for Beginners | Step-by-Step Tutorial

What Is FBDI in Oracle Fusion?

FBDI stands for File-Based Data Import.

It is an Oracle-provided framework for importing data from external systems into Oracle Fusion Cloud applications through structured data files.

Instead of manually creating thousands of transactions in the Fusion application, you prepare the data in the format expected by Oracle and then submit it through the corresponding import process.

A simplified definition is:

FBDI is a bulk data-loading mechanism in Oracle Fusion where data is prepared using Oracle-defined file structures, loaded into interface tables, validated, and then imported into the application.

FBDI is commonly used during:

• Data migration

• Initial implementation

• Historical data conversion

• Large-volume integrations

• Recurring batch integrations

• Master-data loading

• Transaction loading

• Legacy ERP migration

• Third-party system integration

Typical objects loaded using FBDI include journals, suppliers, customers, invoices, receipts, assets, purchase orders, expenses, projects, and many other business objects.

Not every Fusion business object uses exactly the same import process, but the overall architecture is similar.

Why Is FBDI Used?

Imagine that your source system generates 100,000 journal lines every night.

You could theoretically call an API for each record, but that would result in a very large number of requests and would create unnecessary processing and integration overhead.

With FBDI, the source data can be transformed into the Oracle-defined file structure and loaded as a batch.

For bulk imports, this is often much more practical.

Typical FBDI use cases

1. Data migration

During implementation, organizations may need to move data from systems such as:

• Oracle E-Business Suite

• SAP

• PeopleSoft

• JD Edwards

• Microsoft Dynamics

• Custom legacy ERP systems

into Oracle Fusion Cloud.

2. Recurring integrations

A third-party system may generate business transactions every day.

For example:

External Billing System → Daily Invoice Extract → Oracle FBDI File → Oracle Fusion Receivables

3. High-volume data loads

When thousands or millions of rows are involved, FBDI can be more appropriate than manually creating records or processing individual API requests.

Simple FBDI Architecture

At a high level, the FBDI process looks like this:

External System / Excel → Oracle FBDI Template Structure → CSV File(s) → ZIP File → Oracle WebCenter Content / UCM → Load Interface File for Import → Interface Table(s) → Application Import Process → Validation → Oracle Fusion Application Tables

The most important concept for beginners is this:

Loading the FBDI file and importing the business transaction are not always the same operation.

In many FBDI flows, Oracle first loads the data into an interface table.

A second process validates those records and moves valid data into the actual Fusion application.

For Journal Import, for example:

Journal FBDI ZIP → Load Interface File for Import → GL_INTERFACE → Import Journals → General Ledger journals

Understanding this difference makes troubleshooting much easier.

FBDI vs ADFdi vs REST API vs HDL

Beginners often confuse different Oracle Fusion data-loading mechanisms.

FBDI

Best suited for:

• Bulk data imports

• Data migration

• File-based integrations

• Scheduled batch integrations

Typical flow:

CSV → ZIP → Interface → Import

ADFdi

ADF Desktop Integration provides spreadsheet-based interaction with Oracle Fusion.

It is useful when business users need an Excel-like interface for entering, correcting, or uploading data.

ADFdi is usually interactive and user-driven.

REST API

REST APIs are generally useful for:

• Real-time integrations

• Near-real-time integrations

• Smaller transaction volumes

• Application-to-application communication

• Individual record operations

Example:

Application → REST Request → Oracle Fusion

HDL

HCM Data Loader (HDL) is primarily used for Oracle Fusion HCM data loading.

It uses its own file structures and loading framework and should not be confused with ERP FBDI.

Quick comparison

There is no single rule saying that one mechanism is always better. The correct method depends on the business object, volume, frequency, latency requirement, supported Oracle interfaces, and operational design.

How to Find an Oracle FBDI Template

Oracle maintains File-Based Data Import documentation for supported Fusion objects.

For Oracle Financials, you can open Oracle's File-Based Data Import (FBDI) for Financials guide and locate the required business object.

For example:

Oracle Documentation → Financials → File-Based Data Import → General Ledger → Journal Import

Oracle normally provides information such as:

• FBDI spreadsheet template

• Control files

• Scheduled process

• Interface tables

• UCM account

• Import instructions

For Journal Import, Oracle's documentation identifies the Journal Import spreadsheet and the GL_INTERFACE interface table.

Important rule

Always use the FBDI template that corresponds to the current Oracle Fusion update and business object.

Avoid building your file format based only on old blogs or screenshots because Oracle can introduce or modify columns between releases.

Understanding an FBDI Excel Template

Most Oracle FBDI templates are Excel workbooks, commonly provided in .xlsm format.

The exact workbook structure differs between objects, but you will commonly see:

• Instructions

• CSV generation instructions

• One or more data sheets

• Column descriptions

• Required fields

• Data types

• Maximum lengths

• Reference information

For Journal Import, Oracle documents an Instructions and CSV Generation area and a sheet representing the interface structure.

Do not rearrange columns

One of the most important FBDI rules is:

Do not change the Oracle-defined column sequence.

If you don't need a column, Oracle documentation may allow you to leave it empty or hide/skip it, but you should not casually delete or reorder columns.

Why?

Because the generated CSV is positional.

Oracle's loader expects:

Column 1 → Expected Field 1
Column 2 → Expected Field 2
Column 3 → Expected Field 3

Changing the sequence can cause data to be mapped into the wrong interface columns or make the file fail to load.

Practical Example: Journal Import Using FBDI

Let's understand the complete process using Oracle Fusion General Ledger Journal Import.

Suppose a legacy finance system generates accounting entries that must be transferred into Oracle Fusion every day.

Example accounting transaction:

Office Expense      Debit   10,000
Cash                Credit  10,000

The requirement is:

Import this journal into Oracle Fusion General Ledger using FBDI.

The overall process is:

Prepare Journal Data → JournalImportTemplate.xlsm → Generate CSV / ZIP → Load Interface File for Import → GL_INTERFACE → Import Journals → Oracle General Ledger

Step 1: Download the Journal Import Template

Open Oracle's FBDI documentation and navigate to the Journal Import object.

Oracle provides the relevant Excel workbook for preparing journal data.

A typical file name is similar to:

JournalImportTemplate.xlsm

Download the template from Oracle documentation rather than copying a template from another project.

This ensures that your file structure matches the Oracle Fusion release you are working with.

Step 2: Enter Data into the Spreadsheet

For Journal Import, data is prepared in the sheet associated with the journal interface.

Oracle's documentation identifies GL_INTERFACE as the interface table for Journal Import.

Typical journal information includes concepts such as:

• Ledger

• Accounting date

• Journal source

• Journal category

• Currency

• Accounting combination or segment values

• Entered debit

• Entered credit

• Reference information

• Group or batch information

The exact required columns depend on your configuration and template version.

Example conceptual data

This is a simplified example for learning purposes.

In a real implementation, you must follow the exact current FBDI template and valid configuration values from your Fusion environment.

Why reference data matters

FBDI does not magically create all configuration.

If your data references an invalid:

• Ledger

• Business unit

• Currency

• Journal source

• Journal category

• Supplier

• Customer

• Account

• Payment term

the import may fail validation.

This is why FBDI is not just a file-generation activity. You must understand the functional configuration behind the object you are loading.

Step 3: Generate CSV and ZIP Files

After entering the data, use the generation mechanism provided in the workbook.

For Journal Import, Oracle documentation describes using the Generate CSV File button from the instructions area to create a CSV file packaged in ZIP format.

Conceptually:

JournalImportTemplate.xlsm → Generate CSV → CSV data file → ZIP package

The ZIP is the file submitted to Oracle Fusion.

Why CSV?

The spreadsheet is mainly a convenient preparation tool.

Oracle's import framework ultimately works with the structured data files generated according to its required format.

Why ZIP?

Many FBDI processes package one or more generated CSV files into a ZIP archive for upload and processing.

Some objects may require multiple CSV files because the business object has multiple levels.

For example, a hypothetical import may contain:

Header.csv
Lines.csv
Distributions.csv

all inside one ZIP file.

The exact file requirements are object-specific.

Step 4: Run Load Interface File for Import

Once the ZIP is ready, the next step is to load it into Oracle Fusion.

Navigate to:

Tools → Scheduled Processes → Schedule New Process → Load Interface File for Import

For Journal Import, Oracle documents selecting:

Import Process: Import Journals
Data File: <your generated ZIP file>

Then submit the process.

What does this process do?

This is extremely important.

Load Interface File for Import generally performs the file-to-interface-table load.

For the Journal Import example:

ZIP file → Load Interface File for Import → GL_INTERFACE

At this stage, you should not automatically assume that a completed load means the journal exists in General Ledger.

It means the file load phase has completed successfully.

Step 5: Run the Application Import Process

The next stage takes data from the interface table and validates/imports it into the Fusion application.

For journals, the application process is Import Journals.

Conceptually:

GL_INTERFACE → Import Journals → Validation → Journal created in General Ledger

Oracle validates the records against business rules and configuration.

If the records are valid, journals are imported.

If they are invalid, the import can complete with warnings or errors and the corresponding log/output should be reviewed.

This two-stage concept is fundamental:

Stage 1
File → Interface Table

Stage 2
Interface Table → Fusion Application

What Happens Internally During FBDI?

Let's expand the architecture.

1. Source Data → 2. Oracle FBDI Structure → 3. CSV File(s) → 4. ZIP File → 5. Oracle WebCenter Content / UCM → 6. Load Interface File for Import → 7. Interface Tables → 8. Object-Specific Import Process → 9. Business Validation → 10. Fusion Application Tables

Each layer has a different purpose.

Source data

This can come from:

• Legacy database

• Third-party SaaS system

• SFTP file

• Excel

• Data warehouse

• Another ERP

• Oracle Integration

FBDI structure

Your source fields are transformed into the column structure expected by Oracle.

UCM

The generated file is stored in Oracle's content repository before being processed.

Interface tables

These are staging tables.

They temporarily hold imported data before application validation.

Application import

The final application process applies the corresponding business rules and creates valid transactions in Fusion.

Understanding Interface Tables

An interface table is a staging area between external data and Oracle Fusion application data.

For Journal Import:

GL_INTERFACE

is the key interface table identified by Oracle documentation.

You can think of the process as:

External Data → Interface → Validation → Business Transaction

Why does Oracle use interface tables?

Because external data should not be inserted directly into Fusion application base tables.

The application import framework performs validations and ensures that imported records follow application rules.

Important technical point

In Oracle Fusion SaaS, customers generally do not have unrestricted direct database access to application tables.

Technical consultants typically troubleshoot using supported mechanisms such as:

• ESS log files

• ESS output

• BI Publisher queries on exposed/reporting-accessible tables where supported

• Application UI

• Import error reports

• REST/SOAP services where applicable

Do not design integrations around direct DML into Fusion application tables.

Understanding UCM

UCM commonly refers to the Oracle WebCenter Content repository used by Fusion for file storage and integration-related document handling.

In the FBDI flow, the ZIP file is uploaded to the relevant UCM location/account.

Then the import process retrieves and processes that file.

Conceptually:

FBDI ZIP → UCM → Loader → Interface Table

Different FBDI objects can use different UCM accounts.

This is particularly important when you automate file uploads through services or Oracle Integration.

Understanding ESS Jobs

ESS refers to Oracle Enterprise Scheduler Service.

In Fusion, many background processes run as Scheduled Processes.

Examples related to FBDI may include:

• Load Interface File for Import

• Import Journals

• Import Payables Invoices

• Import Receivables Transactions

• Other object-specific processes

The exact jobs depend on the business object.

Why ESS matters for technical consultants

When an integration fails, you often need to investigate:

Integration Instance → ESS Request ID → ESS Status → Log / Output → Business Error

Typical statuses include variations of:

• Scheduled

• Running

• Succeeded

• Warning

• Error

Always inspect the job details instead of checking only whether the integration orchestration itself completed.

How to Check Whether FBDI Succeeded

A successful FBDI implementation requires validation at multiple stages.

Check 1: File generation

Verify that:

• Correct CSV files were generated

• Required files are present

• ZIP file is valid

• File structure matches the template

Check 2: Load Interface File for Import

Open the Scheduled Processes page.

Check:

• Process status

• Request ID

• Log

• Output

• Child processes

If this stage fails, the issue is often related to file structure, formatting, data-file layout, or the loading process itself.

Oracle documentation notes that structural or formatting problems can cause the interface load to fail, in which case the file should be corrected, regenerated, and resubmitted.

Check 3: Application import job

Next check the object-specific import job.

For Journal Import:

Import Journals

If this process fails, the file may have loaded correctly but the data failed business validation.

Check 4: Fusion UI

Finally, verify that the transaction exists in the relevant Fusion work area.

Never rely only on the integration status.

Common FBDI Errors and Troubleshooting

Troubleshooting becomes much easier when you identify which stage failed.

Error Type 1: ZIP or CSV structure issue

Symptoms:

• Load Interface File for Import fails

• Loader child process ends in error

• No data reaches the interface table

Possible causes:

• Incorrect number of columns

• Columns rearranged

• Incorrect delimiter

• Broken CSV

• Unexpected characters

• Incorrect ZIP structure

• Wrong generated file

• Manual modification after CSV generation

Resolution

Return to the latest Oracle template, correct the source data, regenerate the CSV/ZIP, and rerun the load process.

Error Type 2: Invalid business unit

Example:

Business Unit: INDIA BUU

but the actual configured business unit is:

India Business Unit

The record may fail application validation.

Resolution

Validate your source value against Oracle Fusion setup/reference data before creating the FBDI file.

Error Type 3: Invalid ledger

For General Ledger imports, an incorrect ledger can cause the import to fail.

Verify:

• Ledger name

• Ledger configuration

• Access/security

• Accounting configuration

Error Type 4: Invalid account combination

A journal line may reference an invalid account combination.

Example:

01-000-9999-000

but segment 9999 may not exist or may not be allowed.

The import process can reject the journal.

Error Type 5: Invalid date format

Dates are one of the most common file integration problems.

Your source may send:

13/08/26

while the required FBDI column format may differ.

Always follow the data format documented in the current template's column instructions.

Error Type 6: Missing mandatory value

Example:

Ledger = null
Currency = USD
Debit = 1000

If the field is required by the template/import, the record can fail.

Do not assume that because a column is optional in one scenario it is optional in every configuration.

Error Type 7: Invalid reference data

Imports can fail if they reference invalid:

• Supplier numbers

• Customer accounts

• Payment terms

• Transaction types

• Sources

• Categories

• Organization codes

• Units of measure

• Projects

• Tasks

Good integration design validates reference data as early as practical.

Error Type 8: Load succeeds but transaction is missing

This is a classic beginner issue.

You run:

Load Interface File for Import

and the status is Succeeded.

But you cannot find the journal.

Why?

Because the first job may only have loaded data into the interface table.

You still need to verify that the corresponding application import process ran successfully.

This is why understanding the two-stage architecture is essential.

How Technical Consultants Automate FBDI

In real projects, users do not normally upload every recurring FBDI manually.

A technical consultant may build an automated integration such as:

Source Application → SFTP / REST / Database Extract → Oracle Integration Cloud → Transform → Generate FBDI CSV → Create ZIP → ERP Cloud Adapter → Oracle Fusion → FBDI Import → Callback / Status

This is where FBDI becomes a major Oracle Integration Cloud skill.

FBDI Using Oracle Integration Cloud

Oracle Integration provides the Oracle ERP Cloud Adapter, which supports bulk import patterns for Oracle ERP Cloud.

Oracle's adapter documentation includes an operation for:

Import Bulk Data into Oracle ERP Cloud

For FBDI integrations, the high-level flow can look like this:

SFTP → OIC Scheduled Integration → Stage File / Read File → Transform Source Data → Generate FBDI-compatible file → ZIP / Package → Oracle ERP Cloud Adapter → Import Bulk Data into Oracle ERP Cloud → Fusion FBDI Job → Callback / Status Handling

Oracle also supports callback patterns so Oracle Integration can receive information when a submitted bulk import completes.

Example integration requirement

Suppose a third-party billing system creates daily journal files.

Requirement:

Every night at 11 PM, retrieve the journal file, convert it into Oracle FBDI format, import it into General Ledger, and notify support if the import fails.

Possible design:

OIC Scheduled Trigger → Read SFTP File → Validate File → Transform to Journal FBDI → Generate ZIP → ERP Cloud Adapter → Import Bulk Data → Fusion Journal Import → Receive Callback → Success? → Yes: Archive File | No: Capture Logs + Notify Support

This design is much more useful than simply saying "upload a file to Fusion" because production integrations require tracking, error handling, archiving, and supportability.

Manual FBDI vs Automated FBDI

Manual flow

User → Excel Template → Generate ZIP → Scheduled Processes → Load Interface File → Import Process

Automated flow

Source System → Integration Platform → Transform → Generate FBDI → ERP Adapter / Supported Service → Import Process → Monitor Result

Both approaches use the same underlying FBDI concept.

The difference is who performs the preparation and submission.

FBDI Best Practices

1. Always use the current Oracle template

Do not reuse an old spreadsheet without checking the current Oracle documentation.

2. Never casually reorder columns

The file structure is controlled by Oracle's import definition.

3. Validate source data before upload

If you already know a business unit is invalid, reject or correct it before sending the file.

4. Store ESS request IDs

For automated integrations, capture identifiers needed for support and traceability.

Example audit record:

Integration Instance ID
Source File Name
FBDI File Name
ESS Request ID
Business Object
Record Count
Start Time
End Time
Status
Error Message

5. Archive source and generated files

For production support, you may need to know exactly what was sent.

A useful archive structure can be:

   /archive
   /success
   /error
   /reprocess

6. Avoid blind retries

If an import fails because a supplier or account is invalid, retrying the same file ten times will not solve the issue.

Differentiate between:

• Technical/transient errors

• Data validation errors

• Configuration errors

7. Reconcile record counts

Example:

Source Records    : 10,000
Generated Records : 10,000
Loaded Records    : 10,000
Imported Records  : 9,998
Rejected Records  : 2

Without reconciliation, an integration can technically "succeed" while business data is missing.

8. Keep file generation reusable

For recurring integrations, avoid manually building CSV strings in multiple places.

Create a maintainable mapping/transformation layer.

Common Beginner Mistakes

Mistake 1: Assuming FBDI means Excel upload

The Excel file is usually a preparation tool.

The real import process works with the generated file structure.

Mistake 2: Assuming "Load Interface File for Import = final import"

It may only load records into interface tables.

Always identify the object-specific import process.

Mistake 3: Editing generated CSV manually

If you change columns manually, you can easily break the file structure.

Mistake 4: Ignoring the instructions tab

The spreadsheet itself contains important guidance for columns and formats.

Mistake 5: Testing with 100,000 rows first

Start with a very small valid dataset.

Recommended progression:

2 records → 10 records → 100 records → Production-sized file

Mistake 6: Not reviewing ESS output

A process status alone may not tell you which records failed.

Mistake 7: Assuming every FBDI object works identically

Journal Import, Invoice Import, Supplier Import, and other imports can have different jobs, tables, parameters, validations, and file layouts.

Always refer to the documentation for the specific object.

FBDI Interview Questions

1. What is FBDI in Oracle Fusion?

FBDI stands for File-Based Data Import. It is a framework used to import large volumes of data from external sources into Oracle Fusion using Oracle-defined file formats, interface tables, and application import processes.

2. What is the typical FBDI flow?

A typical flow is:

Source Data → FBDI Template → CSV → ZIP → UCM → Load Interface File for Import → Interface Table → Application Import Process → Fusion Application

3. What is the purpose of an interface table?

The interface table temporarily stores external records before they are validated and imported into the Fusion application.

4. What is UCM in the FBDI process?

UCM refers to the WebCenter Content repository used to store uploaded files used by Fusion processes and integrations.

5. What does Load Interface File for Import do?

It loads data from the submitted FBDI file into the relevant interface tables for the selected import process.

It should not automatically be treated as proof that the final business transaction was successfully created.

6. What interface table is used for Journal Import?

Oracle documents GL_INTERFACE as the interface table associated with General Ledger Journal Import.

7. What job imports journals into Oracle General Ledger?

The object-specific process is Import Journals.

8. What is the difference between FBDI and REST?

FBDI is typically used for bulk or batch imports, while REST APIs are commonly used for service-based and real-time or near-real-time integrations. The best choice depends on the specific business requirement and Oracle-supported interface.

9. Can FBDI be automated using OIC?

Yes. Oracle Integration can use the Oracle ERP Cloud Adapter and bulk-import capabilities to automate supported FBDI imports.

10. How do you troubleshoot an FBDI failure?

First identify which stage failed:

File Generation?
UCM Upload?
Interface Load?
Application Import?
Business Validation?

Then check the relevant ESS logs, output, import error information, file content, and configuration/reference data.

11. What happens if Load Interface File for Import succeeds but the import job fails?

This normally means the file was successfully loaded into the interface layer, but one or more records failed during application-level validation/import.

Review the application import job's logs and error details.

12. Can we directly insert data into Oracle Fusion base tables?

No supported Fusion SaaS integration should be designed around direct DML into Oracle application base tables. Use Oracle-supported loaders, APIs, adapters, and import mechanisms.

Frequently Asked Questions

Is FBDI only for data migration?

No.

FBDI is also widely used for recurring batch integrations and ongoing bulk-data interfaces.

Do we need Oracle Integration Cloud to use FBDI?

No.

FBDI can be used manually through Oracle Fusion Scheduled Processes.

OIC is useful when you need automation, orchestration, transformation, scheduling, monitoring, or integration with other systems.

Is FBDI synchronous?

The overall import is usually processed through scheduled/background jobs rather than behaving like a simple synchronous CRUD API call.

For automated integrations, status tracking or callback patterns may be used depending on the implementation.

Does every FBDI use Load Interface File for Import?

Many Oracle ERP/Financials FBDI processes use this framework, but you should always verify the exact Oracle documentation for the object you are implementing.

Do not assume every object has an identical process.

Can one FBDI ZIP contain multiple CSV files?

Yes, some business objects require multiple related CSV files.

The exact file composition is defined by the corresponding FBDI template.

Should I create the CSV myself or use the Excel template?

For learning and manual testing, the Oracle-provided workbook is the safest starting point.

For automated production integrations, your integration can generate the required CSV structure programmatically, provided it exactly matches the current Oracle FBDI specification.

How do I know which fields are mandatory?

Use:

• Current Oracle FBDI documentation

• Template column descriptions/tooltips

• Business-object documentation

• Your Fusion configuration

Do not rely only on a third-party blog for mandatory field definitions.

Final Summary

If you remember only one diagram from this guide, remember this one:

Source System → Oracle FBDI Format → CSV File(s) → ZIP → UCM → Load Interface File for Import → Interface Table(s) → Application Import Process → Validation → Oracle Fusion Transaction

FBDI becomes much easier once you stop thinking of it as "uploading an Excel file."

It is actually a controlled import framework with multiple stages:

1. Prepare data in Oracle's required structure.

2. Generate the corresponding file package.

3. Upload the file to Oracle Fusion.

4. Load records into interface tables.

5. Run the business-object import process.

6. Validate the results.

7. Troubleshoot failed rows when necessary.

8. Automate the flow using Oracle Integration when required.

For a beginner Oracle Fusion Technical Consultant, understanding this architecture is far more valuable than memorizing individual screens.

Once the architecture is clear, you can apply the same thinking to journals, invoices, suppliers, customers, projects, procurement objects, and many other FBDI-supported imports.

Quick Revision Cheat Sheet

FBDI
= File-Based Data Import

Main Purpose
= Bulk / batch data import

Input
= Oracle-defined CSV files packaged as required

Storage
= UCM / WebCenter Content

First Major Processing Stage
= Load Interface File for Import

Staging
= Interface Tables

Final Stage
= Object-Specific Import Process

Journal Example Interface
= GL_INTERFACE

Journal Application Process
= Import Journals

Automation
= Oracle Integration + ERP Cloud Adapter

Troubleshooting Rule
= Always identify which stage failed

Official Oracle References

The following Oracle documentation was used to validate the technical flow for this article.

1. Oracle Fusion Cloud Financials – File-Based Data Import (FBDI) for Financials, Release 26C
   https://docs.oracle.com/en/cloud/saas/financials/26c/oefbf/index.html

2. Oracle Fusion Cloud Financials – How Journal Import Data Is Processed
   https://docs.oracle.com/en/cloud/saas/financials/26b/faugl/how-journal-import-data-is-processed.html

3. Oracle Integration – Invoke a File-Based Data Import (FBDI) Job
   https://docs.oracle.com/en/cloud/paas/application-integration/erp-adapter/invoke-file-based-data-import-fbdi-job.html

4. Oracle Fusion Cloud Financials – Correct Import Load Process Errors
   https://docs.oracle.com/en/cloud/saas/financials/25d/fafcf/correcting-import-load-process-errors-explained.html

5. Oracle Integration – Oracle ERP Cloud Adapter Capabilities
   https://docs.oracle.com/en/cloud/paas/application-integration/erp-adapter/oracle-erp-cloud-adapter-capabilities.html

Suggested Internal Links for Lanverse

• Oracle Integration Cloud Monitoring Guide

• Oracle Fusion Technical Consultant Roadmap

• Oracle Fusion SQL Performance Tuning Guide

• Oracle Fusion Technical Interview Questions