Organizations running Oracle Agile PLM need a controlled way to preserve decades of engineering and product history while moving to modern PLM platforms. SyntraETL extracts, transforms, validates, migrates and archives complex Agile PLM product data while preserving relationships between items, revisions, structures, manufacturers, engineering changes and supporting documents.
Agile PLM → Oracle Fusion Cloud PLM | Archive | Data Lake | Enterprise Applications
Oracle has announced that Premier Support for Agile PLM ends after December 2027. Organizations still operating Agile PLM should begin evaluating how product, engineering and historical information will be migrated or retained before the legacy environment is retired.
SyntraETL supports both paths: Migrate what you need. Archive what you don’t. Preserve the complete history.
Move operational product information into Oracle Fusion Cloud Product Lifecycle Management.
Preserve historical items, BOMs, revisions, ECOs and documents without keeping Agile PLM running.
Move current operational data to Fusion while retaining older engineering history in SyntraETL DataVault.
One platform covers the whole Agile PLM exit: getting the data out, moving what belongs in the new PLM, keeping what belongs in an archive, and proving both were complete.
Read items, structures, manufacturers, changes and attachments from the Agile schema and file vault into a governed staging layer.
Map the Agile object model onto Fusion’s item, structure, AML and change model, then generate FBDI files or REST payloads.
Retain historical product records, revisions and documents in an immutable archive once Agile PLM is switched off.
Free the servers, database and vault storage while keeping an auditable copy of what the system held.
Search archived items, revisions, BOMs, change orders and drawings without an Agile PLM login.
Controlled mapping rules, exception tracking and source-to-target reconciliation evidence for every object.
The Agile object model is wider than a table list. These are the groups SyntraETL reads, with the relationships between them kept intact.
Object availability, custom classes and attribute coverage vary between Agile implementations. Everything listed above is extracted subject to source configuration and availability, confirmed during the discovery phase against your own Agile instance.
Agile PLM data is highly relational and revision-controlled. Each object in the chain below depends on the ones before it.
An item cannot be treated as an isolated database row. Its complete product record can depend on revisions, structures, manufacturer relationships, drawings, engineering changes, effectivity dates and historical redlines. SyntraETL preserves these dependencies during extraction and transformation, so the record that lands in the target is the record engineering recognises.
A structure is a graph, not a list. Components are themselves revision-controlled items with their own structures.
Attributes, structures, AML and attachments can all differ by revision, so a single extract of ‘current state’ loses most of the record.
Reconstructing the BOM as it stood on a past effectivity date requires the revision and change history together.
Changes must be replayed in effective-date order. Loading them out of sequence produces revisions the target will reject.
Approved manufacturer entries hang off the item revision and reference manufacturer parts that must exist first.
The same drawing can have different versions on different revisions, each needing its own document identity in the target.
Most long-lived Agile instances carry configured attributes that have no default equivalent in the target model.
Flex fields carry business-critical data under generic names, so mapping depends on how each class was configured.
File vaults commonly run to terabytes. Extraction, transfer and integrity checking have to be planned, not improvised.
Redline detail is what makes a change auditable. It is also the part most often dropped by a straight table export.
Subclasses added over the years may hold data the standard object model does not describe.
Duplicate manufacturers, orphaned components and invalid references surface during profiling, not during cutover.
Data leaves Agile once, is transformed under version control, and arrives in Fusion through Oracle’s own supported import processes, with the evidence retained at every stage.
Source
Extract · Profile · Map · Transform · Validate
Lineage · Reconciliation · Evidence
Target
ItemImportTemplate.xlsm
The FBDI item template carries the latest released revision with standard attributes, extensible flexfields, AML and attachments.
ItemStructureImportTemplate.xlsm
Structure entities for that revision, including components, substitutes and reference designators.
ChangeOrderImportTemplate.xlsm
Completed change orders carrying redlines and the revision-specific history behind them.
Oracle REST APIs
Used where a REST resource fits the object better than a file import, or where incremental loads are required after the bulk move.
SyntraETL maps Agile PLM structures and attributes to the appropriate Fusion Cloud PLM object model based on the customer’s target configuration. Not every Agile object has a one-to-one Fusion equivalent, and the mapping for custom classes, Page Two and Page Three attributes is agreed during design rather than assumed.
Objects load in the order their dependencies allow. Getting this wrong is the most common reason a PLM load fails halfway through a cutover weekend.
Capture the source set and measure it: item and revision counts, structure depth, manufacturer and AML volumes, change history, attachment size.
Establish the item master first, including class, lifecycle phase and the mapped Page Two and Page Three attributes.
Revisions carry effectivity. Overlapping effectivity ranges are resolved before the load, not after it fails.
Manufacturer parts must exist before anything can approve them, so they precede AML.
Approved manufacturer entries connect the item revision to the manufacturer part.
Files are staged into the target document store and given stable document identity before the records that reference them arrive.
Components have to exist as items at the right revision before a parent structure referencing them can load.
Structure detail that hangs off a component line, loaded once the line itself is in place.
Completed change orders are replayed in effective-date order, oldest first, to rebuild the revision history.
Counts, control totals and record-level tracing across every object, with exceptions raised for anything that did not land.
The exact sequence depends on target configuration and migration scope. A two-phase go-live, for example, separates the latest released revisions from the historical revisions and redlines that follow them.
Agile attributes rarely land unchanged. Every rule below is defined once, versioned, and applied identically across trial runs and the final cutover.
Class mapping
Agile subclasses to target item classes and catalogs.
Item type mapping
Parts, documents and user-defined subclasses to the target item model.
Attribute mapping
Named Agile attributes to standard target attributes.
UOM transformation
Unit of measure codes normalised to the target UOM set.
Lifecycle / status mapping
Agile lifecycle phases to target item statuses and lifecycle phases.
Page Two / Page Three conversion
Flex fields resolved to their business meaning, then mapped to attributes or flexfields.
Item number transformation
Renumbering, padding, prefixing and case rules applied consistently across every object that references the item.
Manufacturer normalization
Duplicate and variant manufacturer names consolidated to a single governed record.
AML transformation
Approved manufacturer entries rebuilt against the normalised manufacturer part set.
BOM restructuring
Structure reshaping where the target model differs from the Agile structure.
Revision normalization
Revision labels and sequences aligned to the target revision scheme.
Effective-date transformation
Effectivity ranges adjusted so revisions do not overlap in the target.
Attachment metadata mapping
Titles, descriptions, categories and document identity mapped to the target document model.
Flexfield mapping
Remaining custom data routed to extensible and descriptive flexfields.
Default values
Target-mandatory fields with no Agile source populated from agreed defaults.
Lookup translation
Code and value sets translated through governed crosswalks.
Legacy-to-cloud code conversion
Legacy codes retired and replaced with their cloud equivalents.
PLM migrations are as much a document programme as a data programme. File vaults commonly run to terabytes, and every file has to keep its place in the product record.
Target support varies by attachment type and by the object the file hangs from. Oracle’s import processes cover item and change-order attachments, and files must be staged into the target document store before the records that reference them load. Attachment scope is confirmed against your target configuration during design rather than assumed up front.
Titles, categories, versions, file names and the object each file is attached to.
Files are pulled from the Agile file vault with checksums recorded as they land.
Each file stays bound to the correct item, revision or change order rather than becoming a loose document.
Counts and checksums are compared against the source before anything is uploaded.
File names and metadata are reshaped where the target platform requires it.
Files are loaded through the target platform’s supported process, with document identity assigned so multiple revisions of the same drawing stay distinct.
Attachment counts and object associations are compared end to end and exceptions raised.
DataVault keeps all three stages of the migration, so a question about any record can be answered from evidence rather than from memory.
Trace individual source records through transformation to the target.
Compare counts and control totals across migration stages.
Identify missing relationships, invalid references, data-quality issues and rejected target records.
Maintain migration lineage and execution history for controlled enterprise programs.
Not every historical Agile record needs to move into the new operational PLM. Splitting the data is usually cheaper, faster and cleaner than migrating everything.
Current / active product data
Released items, live structures, current AML and open changes move into the operational system of record.
Historical product data
Superseded revisions, closed changes, retired products and their documents stay searchable without an Agile licence.
DataVault is a historical access and reporting archive. It preserves what Agile PLM held and keeps it searchable; it does not act as the operational engineering system. Oracle Fusion Cloud PLM, or whichever target you choose, remains the system of record for live product development.
Once Agile PLM is switched off, audit, quality and engineering enquiries still arrive. These are the questions the archive is built to answer.
Find Item by Item Number
Retrieve the full archived product record from a part number.
View Item Revision History
Every revision the item passed through, with its effectivity.
View Historical BOM
The structure as it stood at a given revision or effectivity date.
Compare Product Revisions
See what changed between two revisions of the same item.
View Manufacturer Parts
Manufacturer part numbers held against the archived item.
View Approved Manufacturer List
The AML as approved at a point in time.
Search Engineering Change Orders
Find changes by number, type, status or date range.
View Change History
Which changes affected an item, and in what order.
Download Item Attachments
Retrieve the archived file with its original association intact.
View Product Drawings
Open archived drawings against the revision they belong to.
Trace component usage
Where-used across archived structures.
Search retired products
Locate products withdrawn before the migration.
This is historical access and reporting after migration or decommissioning. It is not a replacement for operational PLM functionality such as change authoring, workflow routing or approvals.
Most Agile programmes resolve into one of these shapes, or a combination of two.
Full or selective migration of active product information.
Move active product information while preserving long-term history externally.
Extract and transform Agile data for another target platform.
Provide governed product data for enterprise analytics.
Preserve product history while retiring the legacy Agile environment.
Extract selected Agile data into structured formats for downstream programs.
The same three products carry an Agile programme from first extract to the day the legacy environment is switched off.
Extract, transform and load
Reconcile, govern and preserve
Understand migration quality
A repeatable seven-phase shape. Trial migrations and reconciliation run more than once, so cutover is a rehearsal rather than a first attempt.
A short assessment establishes the size and shape of the programme before anyone commits to a timeline. It is the fastest way to find out what actually has to move and what can be archived.
The questions that come up most often when an Agile PLM programme starts.
Items and item revisions, product structures and BOMs including components, substitutes and reference designators, manufacturers and manufacturer parts, Approved Manufacturer Lists, engineering changes such as ECRs, ECOs, ECNs, MCOs and SCOs with their affected items and redlines, attachments and their metadata, supplier and relationship data, and the historical revision and change records behind all of it. Exact coverage depends on your Agile version, configured classes and custom attributes, which are confirmed during discovery.
Yes. SyntraETL extracts the Agile source, profiles it, applies the agreed source-to-target mapping, and prepares data for Oracle’s supported import mechanisms, including the FBDI item, item structure and change order templates and Oracle REST APIs. Loads run in dependency order, rejected records are tracked as exceptions, and the result is reconciled back against the source.
Yes, and it is one of the most common shapes for an Agile programme. Current operational product information moves into Fusion Cloud PLM, while older revisions, superseded structures, closed changes and retired products are preserved in SyntraETL DataVault. The new PLM stays clean and the history stays available.
Yes, including multi-level product structures with components, quantities, effectivity, reference designators and substitutes. Structures are loaded after their component items exist at the right revision, so parent-child relationships resolve rather than fail. Depth and scope are subject to source configuration and target requirements.
SyntraETL extracts attachment metadata and the physical files from the Agile file vault, preserves the association to the correct item, revision or change order, and validates counts and integrity before upload. Whether a given file can be imported depends on the attachment type and the object it hangs from in the target platform, so attachment scope is confirmed against your target configuration during design.
Yes, subject to the agreed migration and archive scope. Completed change orders can be replayed into the target in effective-date order to rebuild revision history and redlines, and changes that are not being carried into the new PLM can be retained in the archive with their affected items and attachments intact.
Custom attributes, including Page Two and Page Three fields, are discovered during profiling and mapped to suitable target attributes, extensible flexfields or descriptive flexfields where the target allows. Attributes with no sensible target home are flagged during design, and the decision to map, default or archive them is taken deliberately rather than by omission.
No. Active operational data can be migrated while historical information is archived. Carrying every superseded revision and closed change into a new PLM adds load, cost and noise without adding operational value, so most programmes move what is needed and archive the rest.
It can be retained through SyntraETL’s archival and historical reporting architecture. Items, revisions, structures, changes, manufacturer data and documents stay searchable with their relationships preserved, so audit, quality and engineering enquiries can still be answered after the Agile environment is switched off.
Oracle states that Agile PLM will no longer receive Premier Support after December 2027. That is a support milestone rather than a shutdown: the software does not stop functioning on that date, but patches, fixes and Premier Support coverage change, which is why most organizations plan their migration or archival path in advance.
An Agile PLM programme rarely runs alone. These are the products, solutions and neighbouring source systems it usually touches.
Extraction, transformation and target loads
Lineage, reconciliation and archive
Migration quality and cutover analytics
FBDI, HDL and REST migration platform
Items, inventory and supply chain data
EBS, SAP, PeopleSoft, JDE, Dynamics, Infor
Move data between any enterprise applications
Decommission, archive and report
Audit-grade reporting on archived data
Fusion, EBS, PeopleSoft, JD Edwards, Agile
Manufacturing and product data programmes
All supported source systems
Item master, BOMs and engineering change orders
Production planning, BOMs and routings
Asset, work and inventory data
Cloud manufacturing and quality data
Manufacturing ERP items, BOMs and suppliers
Manufacturing ERP master and transaction data
Supply chain planning and execution
Transportation and logistics data
Twenty deeper pages on the parts of an Agile PLM programme that need their own answer — migration, mapping, validation, cutover, archival, decommissioning and the business case.
Agile PLM to Oracle Fusion Migration
Oracle Agile PLM Data Migration
Oracle Agile PLM Data Extraction Tool
Oracle Agile PLM Data Archival
Oracle Agile PLM Cloud Archive
Oracle Agile PLM Compliance Archive
Oracle Agile PLM Historical Reporting
Oracle Agile PLM Legacy Data Access
Oracle Agile PLM Decommissioning
Oracle Agile PLM Migration Assessment
Agile PLM to Oracle Fusion Data Mapping
Oracle Agile PLM Data Validation
Oracle Agile PLM Oracle Fusion Integration
Oracle Agile PLM Migration Cutover
Oracle Agile PLM Migration Checklist
Oracle Agile PLM Migration Best Practices
Oracle Agile PLM Migration Cost
Oracle Agile PLM Modernization ROI
Oracle Fusion Migration Tool for Agile PLM
Replace Oracle Agile PLM with Oracle Fusion
Whether you’re moving to Oracle Fusion Cloud PLM, another enterprise platform, or retiring Agile while preserving historical product information, SyntraETL provides the extraction, transformation, validation, migration and archival framework.
Items • BOMs • Revisions • AML • Changes • Attachments • Historical Data