Purpose-built ETL platform for infor m3 to oracle fusion migration — Finance, Supply Chain, Manufacturing, Inventory. M3 BE table extractors, ION Connect APIs, SAF-T/HGB-aware crosswalks, multi-currency and multi-language preservation. 40–60% faster than consultant-led programmes.
Most M3 to Fusion projects don't slip in the table extract. They slip in modification inventory, ION/MEC re-platforming, Birst report rebuild and multi-language master-data reconciliation.
Infor M3, evolved from Movex and Intentia, has been a vertical-focused EU ERP for over two decades — strong in manufacturing, food and beverage, fashion and distribution. Customers carry a long tail of customisation: hundreds of Modification Suite mods, dozens of MEC partner integrations, layered Mashups and H5 client personalisations, Birst dashboards finance has come to depend on. Consultant-led migrations spend the first four months just cataloguing what exists.
Syntra ETL inverts the sequence. Pre-built M3 BE table extractors (MMS, CMS, CRS, OOL, MMO, MITMAS prefix families ready out of the box) plus ION Connect API support means week-one extraction. A discovery engine that crawls Modification Suite mods, MEC trading-partner setups, Mashup catalogs and Birst report registries produces a complete customisation inventory in days. The infor m3 to oracle fusion migration conversation that traditionally consumes a quarter now happens in week two with hard evidence on the table.
Whether you are moving M3 Finance alone, full Finance + Supply Chain + Manufacturing, or running a hybrid where M3 Manufacturing stays on-premise and only Finance and Procure-to-Pay flow to Fusion, the same engine handles the workflow — with the same reconciliation rigor and the same SAF-T / HGB / FDA 21 CFR Part 11 audit-trail evidence pack.
And how the Syntra ETL platform addresses each one — before they consume your timeline.
M3 BE schema runs to thousands of tables organised by prefix family (MMS movement, CMS configuration, CRS reference). Syntra ETL ships the canonical prefix-to-domain maps, so extraction starts on day one rather than week ten.
EDI flows, supplier portals and partner messaging running through MEC and ION BODs have to land on Oracle Integration Cloud without losing trading-partner identifiers. The OIC mapping playbook is part of the platform.
Birst dashboards and M3 BI content don't carry over to OTBI. Inventory, classification, and Fusion OTBI / BI Publisher rebuild plan — 40–60% typically retired during the cleanup.
EU SAF-T schemas (PT, NO, LU, FR, etc.) and German HGB 10-year retention obligations have to survive the migration. Hash-signed evidence packs preserve audit lineage end-to-end.
Item descriptions held in CMS-style per-language rows and currency posted at three layers (transaction, posting, statutory) preserved into Fusion's Item translation and multi-rep currency model.
Lot and serial traceability (MITLOC, MITALO) preserved into Fusion Inventory and SCM for FDA 21 CFR Part 11 batch genealogy, especially critical for food and pharma verticals.
A repeatable, governed workflow built for M3's particular complexity. Typical full-scope timeline: 9–14 weeks.
Discovery engine catalogs every active M3 BE table, every Modification Suite mod, every MEC trading-partner flow, every Birst dashboard and every Smart Office personalisation. Output: customisation inventory, MDPRDA volume estimate, ION BOD topology, sized assessment with risk register.
Item, customer, vendor and COA crosswalks, multi-language and multi-currency handling decisions, MEC-to-OIC mapping design, modification retire/replace decisions, SAF-T/HGB retention strategy. Signed off by finance, supply chain, manufacturing and compliance leads.
M3 BE table extractors pull master, open and historical data; ION Connect APIs pull anything API-fronted. Output staged as Parquet with hash-signed manifests, partitioned by company (M3 CONO/DIVI), fiscal year and entity type.
Crosswalks applied, FBDI / HDL / REST payloads generated, lot/serial chains preserved, validated against Fusion 26x schema. Errors surfaced locally with row-level diagnostics — before any Fusion ESS job is submitted.
FBDI/HDL submitted to Fusion ESS, monitored to completion, reconciled at row, sum and hash level per company per period. In parallel, critical OTBI and BI Publisher reports rebuilt and validated against Birst equivalents. OIC re-platforming completes.
1–2 period cycles in parallel (M3 + Fusion), deltas captured and replayed, reconciled to the cent and to the lot. Sign-off pack issued. M3 BE moves to read-only archive mode; new transactions flow to Fusion only.
No more bespoke JDBC clients or BODs scaffolding. Just configure scope, run, reconcile.
GL journals (FGL001/FGL010), AP open and history (FAP110/APS), AR open and history (FSL/ARS), cash book, fixed assets (FAS) — pulled via M3 BE DB extractor. Preserves M3 voucher chains for SAF-T evidence.
Manufacturing orders (MMO), work orders (MWO), BOMs (MBM), routings (MRT), shop floor reporting (MWS). Lot/serial chains preserved through MITLOC for FDA Part 11 genealogy.
Item master (MITMAS) with all extensions, warehouse balances (MITWHL), location balances (MITBAL), lot/serial detail (MITLOC), allocations (MITALO). Multi-language descriptions preserved.
Purchase orders (MPL series), supplier master (CIDMAS), agreements (PPS series), receipts and invoice match history. Trading-partner context preserved for OIC remap.
Sales orders (OOL/OOS/OOH), customer master (OCUSMA), pricing (OPS), allowances and rebates, distribution orders (DOL series), invoice history — full O2C extraction.
ION BOD definitions, MEC trading-partner setups, Mashup catalog, Modification Suite manifest, Birst dashboard registry — feeds the discovery-classification-rebuild loop without manual screenshots.
A typical infor m3 to oracle fusion migration covering Finance, Supply Chain, Manufacturing, Inventory and 7–10 years of MDPRDA-backed transactional history runs 9–14 weeks with Syntra ETL versus 9–18 months on consultant-led programmes. Single-domain projects (Finance only, or Order-to-Cash only) complete in 6–8 weeks. The acceleration comes from pre-built M3 Business Engine table extractors with the canonical MMS/CMS/CRS prefix maps already built in, ION Connect API readiness, and SAF-T-aware crosswalks between M3 chart of accounts and Fusion's six-segment COA. Customers in EU food-and-beverage or fashion verticals carrying HGB 10-year retention obligations routinely add 1–2 weeks for the long-tail batch and pricing-history archive.
Infor M3 (formerly Movex/Intentia) is a strong vertical-focused ERP in EU manufacturing, food and beverage, fashion and distribution — but most multinational customers running Oracle elsewhere are consolidating onto Oracle Fusion to retire a second ERP stack, eliminate ION-to-Oracle middleware, kill duplicated supplier, item and customer masters, and converge SAF-T and HGB reporting onto a single ledger. An infor m3 to oracle fusion migration also removes the M3 BE upgrade treadmill (13.x → CloudSuite is a re-platform, not an upgrade), reduces dependency on a shrinking pool of M3 specialists, and aligns the manufacturing footprint with Oracle SCM Cloud's discrete and process manufacturing capabilities — including embedded AI for demand sensing and supply network resiliency.
Syntra ETL supports the full M3 footprint. Finance: General Ledger (FGL series tables), Accounts Payable (FAP, APS), Accounts Receivable (FSL, ARS), Fixed Assets (FAS), Cash Book. Supply Chain: Purchasing (MPL, PPS), Sales (OOL, OOS, OOH), Customer Order Management, Distribution Order Management (DOL). Manufacturing: Manufacturing Orders (MMO, MWO), BOM (MBM), Routings (MRT), Shop Floor (MWS). Inventory: Item master (MITMAS, MITBAL, MITWHL), Lot/Serial tracking (MITLOC). Plus Procurement, Quality Management, Maintenance, and the underlying CRS/CMS configuration tables. All extracted through M3 BE database connections or ION Connect APIs and routed to Fusion via FBDI / HDL / REST as appropriate.
M3 is an EU-DNA ERP — multi-language and multi-currency are first-class concerns, not afterthoughts. Item descriptions and customer/vendor names are typically held in CMS010-style language tables with rows per language code. Currency conversion uses CRS055-style exchange rate tables with daily rate history. Syntra ETL preserves every language variant during extraction and routes them to Fusion's Item Master translation table and to TCA Party Name translations. Currency data is preserved by transaction at the document level (transaction currency, posting currency, statutory currency), with the source M3 rate type preserved as a DFF for forensic traceability. SAF-T multi-currency reporting requirements are met on the Fusion side without reconstruction.
Personalisations, Mashups and Modification Suite content don't translate 1:1 to Fusion — but Syntra ETL inventories every customisation in the M3 estate and produces a Fusion-equivalent recommendation. Modification Suite mods get classified by business intent and replaced with VBCS Visual Builder extensions, ADF page personalisations, or OTBI reports. Mashups and H5 client UI customisations are reviewed against Fusion's responsive web UI for natural equivalents. MEC (M3 Enterprise Collaborator) integrations — typically EDI inbound/outbound, partner messaging, supplier portals — are remapped to Oracle Integration Cloud (OIC) adapters with the same trading-partner identifiers preserved. Customers commonly find 35–55% of M3 customisations are redundant under Fusion's native capability and can be retired during the move.
Infor Birst and the M3 BI content packs don't carry over to Fusion's OTBI/BI Publisher world. The Syntra ETL assessment inventories every active Birst dashboard, Smart Office view and M3 BI report in production use, classifies by business value (working-capital dashboards, sales-by-region heatmaps, inventory turn reports, demand-vs-supply variance), and proposes Fusion replacements: OTBI dashboards for self-service analytics, BI Publisher for pixel-perfect operational reports (statutory reporting, supplier remittance, invoice prints), and Smart View for Excel-tethered analysis. Around 40–60% of legacy Birst content is duplicated or low-value and gets retired. The critical 15–20% get rebuilt in Fusion-native tooling so go-live includes the analytics layer, not just the transactions.
ION (Infor's integration backbone) and IFS (Infor Federation Services for identity) are integral to most M3 deployments — they carry document flows between M3 and Infor satellites (CloudSuite WMS, Infor PLM, Optiva for recipe management) and broker security across the estate. The cutover playbook inventories every active ION BOD (Business Object Document) flow, classifies each by destination, and remaps to either Oracle Integration Cloud (OIC) BODs, native Fusion REST endpoints, or to retained Infor satellites with a translation layer. IFS authentication is replaced with Oracle Identity Cloud Service (IDCS) federation. The full ION-to-OIC re-platforming is typically a 4–6 week parallel workstream that lands ahead of the M3 cutover so no document flow is interrupted.
No. Syntra ETL's M3 extractors run as read-only DB connections (Oracle or SQL Server backend) or read-only ION Connect API clients, depending on customer preference and security posture. Extracts are throttled to off-peak windows for the heavy BE table scans (MDPRDA partition extracts can be sized in 100s of GB on long-tail tenants) and the largest jobs run on isolated DB read replicas where available. No changes are required to the M3 BE configuration, no M3 admin downtime is needed, and live order entry, manufacturing and finance posting continue uninterrupted. The cutover itself is a defined moment — M3 BE switched to read-only, new transactions posting to Fusion — typically scheduled at period-end with the close-out giving the breathing room.
Book a 30-minute discovery call. We'll walk through your M3 modules, modification footprint, MEC/ION integration topology, Birst content and SAF-T/HGB retention obligations — and give you a concrete timeline and budget before the call ends.