Full-pillar infor baan manufacturing, logistics, finance migration with serial/lot traceability preserved (FDA / FAA / ITAR), BOMs with effective dates + alternates, multi-warehouse/locator/zone preservation, HGB+IFRS dual-GAAP, German AfA depreciation, and rehearsal-driven cutover. The three coupled pillars moved together — no bridge engineering.
BaaN's manufacturing, logistics and finance pillars share data tightly. Splitting the migration into three sequential cutovers forces complex bridge integrations between the still-on-BaaN pillar and the now-on-Fusion pillar. The bridge takes longer to build than the migration.
BaaN IV and BaaN V — the predecessors to Infor LN — were architected with deep coupling between the manufacturing, logistics and finance pillars. Every production order (tipcs) generates material-issue GL postings (tfgld) at issue time and labour-confirmation GL postings at completion time. Every warehouse transaction (whinp) generates an inventory-perpetual update and a GL posting (cost of goods, inventory adjustment, etc.). Every supplier delivery (tdpur receipt) updates inventory (whinp), creates an AP accrual (tfacp), and posts inventory-receipt entries to GL (tfgld). Every customer shipment (tdsls delivery) updates inventory, recognises COGS in GL, and creates the AR billing (tfacr).
Try to migrate one pillar and leave the other two on BaaN, and every coupled flow needs a real-time integration bridge: BaaN production orders driving Fusion GL postings, BaaN warehouse transactions driving Fusion inventory and AP, BaaN deliveries driving Fusion COGS and AR. The bridge engineering is non-trivial — typically 6–10 months of integration build — and runs the whole way until the second cutover. By the time you finish building the bridge, you've consumed more runway than a coordinated migration would have used in total.
Syntra ETL's infor baan manufacturing, logistics, finance migration moves the three pillars together so the coupled data flows continue working in Fusion exactly as they did in BaaN — without bridge engineering. The migration sequence respects the pillar coupling: master data (suppliers, customers, items, BOMs, routings, warehouses) loads first; then open transactions (open POs, open SOs, open production orders, open AP/AR); then closed history (closed financial periods, closed production orders, closed inventory history); then BSE archive attachments. Reconciliation runs per pillar per legal entity per period.
Each of these challenges consumes weeks of bespoke development in a phased single-pillar migration. The full-pillar approach handles them once.
Every tipcs material-issue and labour-confirmation posting historically generated tfgld entries. Migration preserves the production order, the historical postings, and the go-forward posting rules (Fusion SLA + Distribution Sets).
Every whinp transaction updated inventory perpetual and posted to GL. Migration preserves the warehouse hierarchy, the perpetual state, the historical postings, and the go-forward GL posting rules per warehouse / sub-inventory.
Every tdpur receipt updated inventory, accrued AP, posted to GL. Migration preserves the full chain so historical period close audit trail reconstructs from Fusion GL back through Fusion AP back through Fusion Receipt back to the original BaaN PO.
Every tdsls delivery updated inventory, recognised COGS, billed AR. Migration preserves the chain so the Fusion AR invoice traces back through Fusion Shipment back through Fusion Sales Order to the original BaaN order.
Every serialized item tracked through material receipt → production consumption → finished-goods stocking → shipment → service. Full chain preserved in Fusion exactly as it was in BaaN.
tibom translated to Fusion BOM with effective dates exact, alternates routed into Substitute Items, scrap %, position numbers, ECO history preserved in Fusion Engineering Change.
Material-issue, labour-confirmation, inventory revaluation, fixed-asset depreciation — all routed to both HGB and IFRS ledgers per legal entity with IFRS-only adjustments handled separately.
tppdm project-pegging-by-revision-by-warehouse preserved for aerospace MRO and industrial-machinery engineer-to-order operations. Per-project BOM-by-revision translated to Fusion Project BOM.
A repeatable workflow that respects pillar coupling. Master data first, then open transactions, then closed history, then attachments. Reconciled per pillar per legal entity per period.
Fusion enterprise structures, ledgers (HGB + IFRS parallel), BUs per legal entity, COA segments, calendars, currencies, daily exchange-rate types, manufacturing organizations, inventory organizations, sub-inventories, locators.
Suppliers (FBDI with VAT-ID/IBAN dedupe), customers, items with BOM translation, GL accounts, projects, fixed-asset categories with German AfA methods, work centres, routings, warehouses with full location/zone hierarchy.
Open AP/AR invoices, open POs and sales orders, open production orders (tipcs in flight), in-process warehouse picks, project pegging for active engineer-to-order projects. Migrated in transactional state with full reference to closed history.
Closed tfgld GL periods via FBDI Journal Import with both HGB + IFRS ledger streams. Trial balances reconciled per ledger per legal entity. AP/AR aging reconciled at customer/supplier/BU level. tffam fixed-asset depreciation history.
Closed production order history (tipcs), inventory transaction history (whinp), BSE archive attachments to Fusion UCM. Lot/serial preservation validated for FDA/FAA/ITAR environments. Project pegging history loaded.
2 month-end parallel cycles with continuous reconciliation per pillar per legal entity per ledger. Sign-off pack: trial balance HGB+IFRS, AP/AR aging, inventory perpetual, production WIP — BaaN vs Fusion to the cent. Production cut to Fusion.
Each of the three pillars produces a dedicated reconciliation pack at each load cycle and at final cutover sign-off.
Production WIP per work centre per order reconciled to tipcs. Material-issue per production order per item per lot/serial. Labour confirmation per work centre per period. Routing operation state preserved.
Inventory perpetual per warehouse per sub-inventory per locator per item per lot/serial reconciled to whinp. Costing method consistency (FIFO/LIFO/standard/average). Cycle-count history preserved. Quarantine state.
GL trial balance per ledger (HGB + IFRS separately) per legal entity per period reconciled to tfgld. AP aging per supplier per BU. AR aging per customer per BU. Fixed-asset NBV per category with German AfA preservation.
Every Fusion GL entry traces back through Fusion AP / Fusion Inventory / Fusion Manufacturing back to the original BaaN posting. Audit reconstructs from any pillar to any other pillar — same as it did in BaaN.
Export-control markings preserved on items, BOMs, routings, drawings. Serial / lot chain preserved for FDA 21 CFR Part 11 and FAA 14 CFR audit. DFARS 252.204-7012 NIST 800-171 archive for off-Fusion records.
All three pillar reconciliation packs archived alongside BaaN cloud archive. Searchable for full SOX 7-year / HGB §257 10-year / ITAR-DFARS 5-7-year retention period.
An infor baan manufacturing, logistics, finance migration is the end-to-end move of the three core operational pillars from Infor BaaN IV/V to Oracle Fusion. Manufacturing covers tisfc (shop floor control), timfc (MRP), tibom (BOMs), tirou (routings), tiwcr (work centres), tipcs (production orders) — preserving serial/lot traceability for FDA, FAA and ITAR-driven environments. Logistics covers twhinr (warehouses), whinp/whwmd (inventory and locations), and transport — preserving location/zone hierarchies and lot/serial inventory state. Finance covers tfgld (GL with HGB+IFRS dual-GAAP), tfacp (AP), tfacr (AR), tffam (Fixed Assets with German AfA depreciation), tcmcs (multi-currency), tcprp (parameters). The three pillars are tightly coupled in BaaN; the migration sequence respects the coupling.
BaaN's manufacturing, logistics and finance pillars share data tightly. Every production order (tipcs) generates GL postings (tfgld) for material issue and labour confirmation. Every warehouse transaction (whinp) generates inventory perpetual updates (tcibd) and GL postings (tfgld). Every supplier delivery (tdpur receipt) updates inventory (whinp), generates AP invoice (tfacp) and posts to GL (tfgld). Splitting the migration across multiple cutover events forces complex bridge integrations between the still-on-BaaN pillar and the now-on-Fusion pillar — a bridge that often takes longer to build than the migration itself. Syntra ETL's infor baan manufacturing, logistics, finance migration moves the three pillars together so the coupled data flows continue working without bridge engineering.
Many BaaN customers run regulated manufacturing — aerospace tier-1 suppliers (FAA 14 CFR), pharma (FDA 21 CFR Part 11), defence (ITAR/DFARS), industrial machinery with serial-specific warranty. BaaN tracks every serialized item through its full lifecycle: material receipt (whinp serial), production order consumption (tipcs material issue with serial reference), finished-goods stocking (whinp), shipment to customer (tdsls delivery with serial reference), warranty/service history (tssoc). The Syntra ETL migration preserves the full serial/lot chain in Fusion — Inventory On-Hand with serial/lot, Work Order material consumption with serial/lot reference, Shipment with serial/lot, Service Request with serial/lot. The traceability chain reconstructs in Fusion exactly as it did in BaaN.
BaaN BOMs (tibom) carry parent-child relationships with effective-from / effective-to dates, position numbers, scrap percentages, alternate item codes, BOM-versioning, engineering-change-order (ECO) integration. The Syntra ETL infor baan manufacturing, logistics, finance migration translates tibom into Fusion BOM Import (BOM_BILL_OF_MATERIALS interface) with effective dates preserved exactly, alternate items routed into Substitute Items, scrap percentages preserved, quantity-per-parent maths re-verified. BOM versioning translates to Fusion item-revision / BOM-revision model. ECO history is preserved in Fusion's Engineering Change module. For engineer-to-order operations using BaaN's Project Pegging (tppdm), the BOM-by-project-by-revision combinations are preserved with full effectivity.
BaaN warehousing (twhinr) supports multi-warehouse, multi-location, multi-zone configurations with location-type classification (bulk, pick-face, staging, quarantine), capacity constraints per location, ABC velocity classification per item per warehouse, cycle-count cadence per location, lot-genealogy per inventory record. The Syntra ETL infor baan manufacturing, logistics, finance migration translates the full warehouse hierarchy into Fusion's organization/sub-inventory/locator structure with the same depth. Inventory perpetual (whinp) loads as Fusion On-Hand by warehouse by sub-inventory by locator by lot/serial. Quarantine records preserved with original quarantine reason. Cycle-count history preserved as Fusion Cycle Count Adjustment journal. Reconciled at the lot/serial level per location.
European customers running BaaN with parallel HGB (German statutory) and IFRS ledger streams need both preserved through the manufacturing/logistics/finance migration. The Syntra ETL infor baan manufacturing, logistics, finance migration architecture lands manufacturing material-issue and labour-confirmation postings into both Fusion HGB and IFRS ledgers per legal entity (with IFRS-only adjustments like componentization handled in the IFRS ledger only). Inventory revaluation postings split per ledger. Fixed-asset depreciation runs both German AfA methods (HGB) and IFRS-conformant methods (IFRS) per asset per period. Trial balance reconciles separately per ledger per legal entity. The dual-GAAP framework persists in Fusion exactly as it did in BaaN.
Most BaaN sites carry 200–800 customizations spread across the three pillars: custom shop-floor labour-confirmation logic (manufacturing), custom warehouse pick-strategy logic (logistics), custom GL posting hooks for accelerated depreciation or special allocations (finance), custom pricing waterfalls (distribution adjacent to finance). The Syntra ETL infor baan manufacturing, logistics, finance migration inventories every customization via the ttadv/ttdlu session catalog, classifies by business intent, and produces a rebuild map per pillar: Fusion Manufacturing Extensions for shop-floor logic, Fusion Inventory Putaway/Pick Rules for warehouse logic, Fusion SLA / Distribution Sets / Allocations Manager for GL posting customizations, Fusion Pricing for pricing customizations. Historical data lands as the final landed transactions; the logic is rebuilt for go-forward.
Full-scope manufacturing, logistics, finance migration with multi-company HGB+IFRS dual-GAAP typically runs 10–14 months end-to-end with Syntra ETL — versus 20–30 months on consultant-led programmes. Single-pillar variants close faster: finance-only in 5–7 months, manufacturing-only in 6–8 months, logistics-only in 4–6 months. The acceleration comes from pre-built extractors and crosswalks, rehearsal-driven cutover, and continuous reconciliation that prevents the typical 6–8 weeks of post-load reconciliation crisis. Aerospace and defence customers add 4–8 weeks for ITAR/DFARS export-control review. The full timeline is calibrated against the 2030 Infor sustaining-end deadline with explicit runway tracking.
Book a 30-minute discovery call. We'll walk through your manufacturing model (discrete, project, MRO), warehouse complexity, multi-company HGB+IFRS profile, serial/lot regulatory profile (FDA/FAA/ITAR) and customization landscape — and confirm a concrete full-pillar migration plan before the call ends.