ERP Connectors — Every Legacy ERP, One Migration Platform

Erp connectors are pre-built extraction and transformation modules that read data out of a specific source ERP (Oracle EBS, SAP ECC, PeopleSoft, JD Edwards, Microsoft Dynamics, Infor M3, Sage X3 and 40+ more), normalise it into a canonical shape, and emit it as Oracle Fusion FBDI / HDL / REST payloads ready for cutover. SyntraETL builds erp connectors per source system because every legacy ERP has its own data model, security model, customisation surface and extraction API. A generic 'any database' ETL tool ignores those realities and forces customers to rebuild every quirk per project. Purpose-built erp connectors absorb the quirks once and reuse the work across every customer migration — which is why platform-based erp migration is 4–6× faster than consultant-led scripts.

Every meaningful enterprise ERP family is covered by pre-built erp connectors. Oracle ERP: EBS (11i, R12.0, R12.1, R12.2), PeopleSoft Financials and HCM, JD Edwards EnterpriseOne and World, Hyperion / EPM, Siebel CRM, Agile PLM, Flexcube, Oracle Public Sector, Oracle Retail, Oracle Utilities. SAP: ECC, S/4HANA, Business One, BPC, Banking, Public Sector, Retail, Business ByDesign, IS-U. Microsoft Dynamics: 365 F&O / CE, AX, GP, NAV, SL. Other major ERPs: Infor (M3, LN, Lawson, Baan, LX), Sage (300, 500, Intacct, X3), NetSuite, Acumatica, QAD, Unit4, Epicor, IFS Applications, SYSPRO, The Access Group, Deltek Costpoint, Multiview, Tyler Technologies, Plex. Every connector ships with canonical crosswalks tested across multiple customer migrations.

Every enterprise running an oracle fusion erp connectors migration carries multiple operating units, ledgers, business units and statutory entities across multiple currencies. SyntraETL preserves the three-layer currency model used in Fusion (transaction currency, posting currency, statutory reporting currency) plus the historical exchange rate set per source system. Multi-org topologies — EBS operating units, SAP company codes, PeopleSoft business units, Infor CONO/DIVI — are mapped to Fusion ledgers and Business Units with per-entity crosswalks. Inter-company balances are preserved with original document identifiers carried as Descriptive Flexfield (DFF) values for forensic traceability. Multi-language data (item descriptions, party names) is preserved into Fusion's translation tables without lossy collapse. These behaviours are baked into the erp connectors — not bolted on per project.

Yes. Every SyntraETL erp connector lands in the canonical staging layer; downstream emitters generate all three Fusion-native load formats. FBDI (File-Based Data Import) is generated for Financials and SCM: Item Import, Supplier Import, Customer Import, GL Journal Import, AP Invoice Import, AR Receivables Import, PO Import, Sales Order Import, Asset Import and 40+ other FBDI patterns. HDL (HCM Data Loader) is generated for HCM data: Workers, Assignments, Salaries, Compensation, Talent, Performance, Goals, Absence Plans, Time, Benefits. REST API loads handle real-time integration scenarios and incremental delta replay during parallel-run cutover. Every payload is validated locally against the current Oracle Fusion 26x release schema before submission — errors surface in seconds, not in a 4-hour ESS batch failure.

A typical full-scope erp migration covering Financials, Procurement, SCM and 7–10 years of historical transactional data completes in 9–14 weeks with SyntraETL — versus 9–18 months on a traditional consultant-led programme. Single-domain projects (Finance only, or Order-to-Cash only) routinely cut over in 6–8 weeks using a single SyntraETL erp connector. Multi-pillar programmes (Financials + HCM + SCM in parallel) extend the window to 14–20 weeks but with the same per-pillar cadence. The 40–60% acceleration over consultant-led migrations comes from pre-built erp connectors handling the source-system specifics, governed crosswalks already refined across dozens of customer migrations, validated FBDI/HDL emitters tested against the current Fusion release, and parallel reconciliation that catches errors before they reach a 4-hour Fusion ESS job.

Every legacy ERP carries customisations — EBS DFFs/KFFs and custom tables, SAP Z-tables and CMOD enhancements, PeopleSoft custom records and AppEngine programs, Infor Modification Suite mods, Dynamics extension classes, custom Sage modules. SyntraETL's discovery engine inventories every customisation during assessment. Each is classified by business intent and proposed for one of three paths: (1) mapped to a Fusion equivalent (Descriptive Flexfield, Extensible Flexfield, VBCS extension), (2) archived to long-term cloud store for compliance access, or (3) retired because it no longer serves a live business need. Across dozens of migrations 35–55% of legacy customisations turn out to be redundant under Fusion's expanded native capability and get retired during the move — a major source of post-migration TCO reduction. The erp connectors handle the source-system custom data structures natively.

Open transactions are the highest-risk component of any erp migration: an open PO must convert to a Fusion PO with the same supplier, the same line items, the same partial-receipt status and the same approval chain. The SyntraETL erp connectors extract every open transaction with full status preservation: open POs (header, lines, schedules, distributions, receipts to date, partial bills, open balance), open sales orders (header, lines, shipments, partial fulfilment status, hold reasons), open AP (unpaid invoices with full distribution and hold status), open AR (unpaid invoices with customer, dispute state, write-off history), work orders in flight (operations, completed operations, remaining operations, scrap, yield), and projects in progress (tasks, completed effort, remaining budget, expenditure history). Open-transaction reconciliation is reported per entity per period as part of the cutover sign-off.

Every extraction, transformation, and load step through the erp connectors produces signed, timestamped audit logs with row-level reconciliation reports. Hash signatures bind source records to loaded Fusion records. Reconciliation deltas, error counts and approval sign-offs are captured per cycle and per entity. The platform is designed for SOX-controlled environments and produces evidence packs that internal audit, external auditors (Big 4, mid-tier) and Oracle review teams accept directly. GDPR data subject access is supported via tagged personal-data fields. HGB 10-year retention, IRS 7-year retention, and SAF-T export readiness are first-class features. Customers in regulated verticals (pharma, financial services, healthcare, public sector) use SyntraETL specifically because the evidence pack is the deliverable — not a side artifact.

Yes. SyntraETL erp connectors support staged cutovers with parallel runs of 1–2 close cycles. After the initial bulk load, delta capture mechanisms (database-level CDC on Oracle / SQL Server backends, ION Connect APIs for Infor sources, SAP CDS view extraction for S/4HANA, REST API change subscriptions for cloud sources) capture incremental transactions in the legacy system and replay them into Oracle Fusion through REST APIs. Both systems stay current. Finance, HR, supply chain and compliance teams validate Fusion against the legacy ERP across one or two complete close cycles. Once parallel validation signs off, new transactions cut to Fusion only, and the legacy ERP is moved to read-only archive mode or decommissioned via SyntraETL Cloud Archive. Parallel-run delta replay is built into the erp connectors — not a custom add-on per migration.

Yes — the canonical staging layer makes the erp connectors target-agnostic. The most common pattern is legacy-ERP-to-Oracle-Fusion, but the same SyntraETL erp connectors also feed Workday Financials, SAP S/4HANA Cloud, Microsoft Dynamics 365 F&O, NetSuite and other modern cloud ERPs. The extraction and crosswalk layers are unchanged; only the emitter layer differs per target. Customers running ERP consolidation programmes (multiple acquired entities consolidating onto one Oracle Fusion tenant) use the platform for the bulk Fusion work, while divestitures running the other direction (Fusion to a buyer's S/4HANA tenant) use the same platform in reverse. Long-term Cloud Archive use cases work the same way — extract once, route to either a live target or to the historical reporting platform.

Programme-based, not per-row. Pricing reflects the scope of the migration: source ERP count, Fusion module count, country/legal-entity count, historical data depth, parallel-run support, post-cutover hypercare duration. A typical single-pillar Financials migration on one erp connector runs $180K–$420K all-in. Full Financials + Procurement + SCM with 7–10 years of history runs $400K–$950K. Multi-pillar Financials + HCM + SCM at global enterprise scale across multiple legacy ERPs runs $800K–$1.6M. These figures include platform license, professional services for crosswalk design and validation, and cutover support through go-live. Consultant-led equivalents for the same scope come in at $1.2M–$4M and 4–6× longer. The unit economics of erp connectors are the primary reason CIOs and Oracle Partners choose the platform.

Yes. The most common deployment pattern is phased: Finance first (GL, AP, AR, FA, CM) in phase 1, then Procurement and SCM (PO, INV, OM) in phase 2, then HCM (Workers, Payroll, Benefits) in phase 3, then complementary modules (Projects, Property Manager, Treasury) in phase 4. SyntraETL erp connectors support this with module-level extractors, module-level reconciliation, and the ability to run hybrid steady-state where some modules are on Fusion and the rest remain on the legacy system bridged by OIC integrations. Multi-country and multi-entity rollouts work the same way — phase 1 launches North America, phase 2 launches EMEA, etc., with the same extraction and crosswalk patterns reused per geography. Per-phase reconciliation evidence keeps internal audit informed throughout.

Yes. The same SyntraETL erp connectors that feed a Fusion migration also feed Cloud Archive for legacy system retirement programmes. Many customers run pure decommissioning projects — retire a redundant Oracle EBS instance left over from an acquisition, sunset an old Dynamics AX environment after rolling onto Dynamics 365, or wind down PeopleSoft HCM after moving to Workday. The cloud archive becomes the system of record for history; no Fusion target is required. Customers running an Oracle Fusion migration commonly run the legacy system archival workstream in parallel: extract once through the erp connectors, route operational + recent history to Fusion and deep history to Cloud Archive — a far cheaper Fusion storage profile than migrating everything into Fusion itself.

Three-step path. Step 1: 30-minute discovery call covering source ERP estate, target Fusion modules, retention obligations, customisation footprint and timeline expectations. Step 2: 2-week paid assessment producing the customisation inventory, data-volume estimate, crosswalk design, risk register and detailed cutover plan with hard timeline and budget. Step 3: pilot migration of a meaningful scope (typically one legal entity for Financials, or one BU for Procurement) running through extract / transform / validate / load / reconcile end to end using the live erp connectors. Pilot output is production go/no-go with the reconciliation evidence pack proving the platform handles your data, your customisations and your retention obligations. Most customers move from pilot to full programme commitment within 30 days.