Purpose-built platform for infor baan to oracle fusion migration. tdord/tcorda/tfgld table extractors, BaaN 4GL customization inventory, multi-company consolidation, ITAR/DFARS-aware export-control routing, dual-GAAP HGB+IFRS preservation. Avoid the 2030 deadline without a 24-month consultant programme.
Most BaaN-to-Fusion projects don't slip on the database side. They slip on 4GL customization sprawl, multi-company HGB+IFRS reconciliation, ITAR/DFARS export-control review, and a 25-year BaaN history nobody fully documented since the original 1998 go-live.
Infor BaaN IV and BaaN V are the predecessors to Infor LN — the foundation Infor inherited when it acquired Baan Company in 2003. Customers have been running BaaN since the mid-1990s, often on platforms that are themselves end-of-life: Tru64, Solaris 8, Windows 2003, even AIX 5.3. The data model is deep: 3,500+ tables across Finance, Distribution, Manufacturing, Warehousing, Project and Service, with BaaN's distinctive logical-company / financial-company segregation, packed-decimal field encoding, dimension structures up to 6 deep, and the session metadata catalog (ttadv/ttdlu) that documents every customization.
Consultant-led infor baan to oracle fusion migration programmes spend the first 6 months just discovering what exists. By the time the inventory phase closes, the original sponsoring CFO has often moved on, and the 2030 Infor sustaining-end deadline is uncomfortably close. Syntra ETL inverts the sequence. Pre-built extractors covering the tdord/tcorda/tfgld table family run on day one. An automated BaaN 4GL session-catalog crawler produces the customization inventory in days, not months. The infor baan to oracle fusion migration conversation that used to consume two quarters now happens in week three with hard evidence on the table.
Whether you are a single-instance European manufacturer moving from BaaN IV to Fusion, a defence prime consolidating BaaN V across three legal entities with ITAR-controlled BOMs, or a Middle East industrial group running 5 financial companies under one BaaN logical company, the same engine handles the workflow — with the same reconciliation rigour and the same dual-GAAP HGB+IFRS audit evidence pack.
And how the Syntra ETL platform addresses each one — before they consume your timeline or your 2030 sustaining-end runway.
Infor BaaN sustaining support is on a hard countdown. Syntra's playbook is calibrated to deliver cutover with 12+ months of runway before the deadline — no consultant-driven 30-month programmes that slip past the line.
200–800 BaaN 4GL sessions, Application Studio extensions, custom DLLs, BaaN Exchange Schemes. The Syntra discovery engine inventories all of it via the session catalog and proposes retire-or-rebuild decisions per object.
European customers run BaaN with parallel HGB (German statutory) and IFRS ledgers. Syntra preserves both ledger streams through to Fusion with full reconciliation per legal entity per period.
Aerospace and defence customers carry export-controlled items, BOMs and drawings. Syntra ships an export-control review stage and supports US-isolated Fusion target tenants where contracts demand.
BaaN's packed-decimal field encoding and 6-deep dimension structure need careful translation. Syntra's converter handles both natively without analytical-granularity loss.
BaaN sites carry 15–25 years of history. German HGB §257 demands 10-year retention. Syntra's GL chain → AP → PO → goods receipt → vendor document audit trail stays intact and queryable for the full retention period.
A repeatable, governed workflow built for BaaN's particular complexity and the 2030 deadline. Typical full-scope timeline: 10–14 months end-to-end.
BaaN session catalog crawl (ttadv/ttdlu), 4GL customization inventory, BaaN Exchange Scheme catalog, t_fcom/t_lcom company hierarchy export, ITAR/DFARS classification review. Output: complete object inventory, customization heat map, integration backlog, export-control register, sized assessment with risk register.
Multi-company chart-of-account harmonization workshops, BU/ledger design with dual-GAAP HGB+IFRS, dimension-to-COA-segment crosswalks, supplier and customer dedupe by VAT-ID/IBAN, item master harmonization with export-control tagging preserved. Reviewed and signed off by CFO, CIO and export-compliance officer.
BaaN read-only extractors pull all in-scope data (Finance, Distribution, Manufacturing, Warehousing, Project, Service) plus BSE archive attachments. Output staged as Parquet plus binary attachments, partitioned by financial company and fiscal year with hash-signed manifests.
Crosswalks applied, packed-decimal fields normalized, dimensions collapsed to COA segments, FBDI/HDL payloads generated, attachments linked. Validated against Fusion 26x schemas with row-level error diagnostics surfaced locally — not in 4-hour ESS jobs.
FBDI/HDL ZIPs submitted to Fusion ESS, monitored to completion, reconciled at row/sum/hash level per ledger per period. In parallel, critical BaaN 4GL customizations rebuilt as Fusion AMX/OIC/Visual Builder artefacts. EDI partner cutovers coordinated.
2 month-end cycles in parallel, dual-GAAP reconciliation HGB+IFRS, deltas captured and replayed, sign-off pack issued per legal entity. BaaN moves to read-only archive mode; Fusion takes over as system of record. BaaN infrastructure retirement initiated with 2030 deadline neutralised.
No more bespoke 4GL extraction sessions or composite-key SQL discovery. Just configure scope, run, reconcile.
tfgld (GL postings), tfacp (AP open items), tfacr (AR open items), tffam (Fixed Assets), tfmcs (multi-currency setup), tfgld100/200/300 history. Full multi-company hierarchy and dual-GAAP HGB+IFRS streams preserved.
tdsls (sales orders), tdpur (purchase orders), tcorda (customer/supplier order base), tcibd (item master), tccom (business partner master), tdsls400/401/450 history. VAT-ID and IBAN routing preserved.
tisfc (shop floor), timfc (MRP), tibom (BOM), tirou (routings), tiwcr (work centres), tipcs (production orders) with full serial/lot traceability for FDA / FAA / ITAR-driven environments.
twhinr/whinp/whwmd (warehouses, inventory, locations), tppdm (project finance with pegging, deliverables) for engineer-to-order and aerospace MRO operations.
ttadv/ttdlu session metadata, custom 4GL source export, BaaN Exchange Scheme catalog, Application Studio extension inventory. Feeds the AMX/OIC/Visual Builder rebuild plan.
Binary attachments from the BaaN Software Environment archive directory — drawings, contracts, vendor documents, customer specs. Routed to Fusion UCM with original BSE reference preserved.
A typical infor baan to oracle fusion migration covering Finance (tfgld), Order Management (tdsls/tdpur), Manufacturing (tisfc/timfc), Logistics (twhinr) and Project (tppdm) modules, with 15–25 years of BaaN IV/V history, runs 10–14 months with Syntra ETL versus 20–30 months on consultant-led programmes. Single-pillar work (Finance only, or Manufacturing only) closes in 5–7 months. The acceleration comes from pre-built BaaN extractors that already understand the tdord/tcorda/tfgld table family and the BaaN 4GL session metadata, governed crosswalks between BaaN dimensions and Oracle Fusion COA segments, and a 2030-sunset-aware decommissioning plan. Defence and aerospace customers carrying ITAR/DFARS-classified data routinely add 4–8 weeks for the export-control review that has to happen before any infor baan to oracle fusion migration cutover.
Infor BaaN IV and BaaN V — the predecessors to Infor LN — are heading to 2030 end-of-sustaining. Most BaaN sites have been running 20+ years on platforms that increasingly fail audit (Tru64, Solaris 8, Windows 2003) and skills that are vanishing (BaaN 4GL developers are rare and expensive). The four pressures driving an infor baan to oracle fusion migration: (1) Infor's sustaining clock is ticking and there is no in-place upgrade — the only forward path is to LN, CloudSuite, or off-Infor; (2) the customer base is heavily EU + Middle East manufacturing/aerospace/defence where SOX, German HGB 10-year, IFRS and FAA 14 CFR retention all apply simultaneously; (3) BaaN's tooling (Application Studio, Tools) is generations behind Fusion's AI agents, mobile UX and embedded OTBI; (4) every M&A consolidation surfaces a duplicate Oracle + SAP + BaaN landscape that finance cannot reconcile. Migrating BaaN to Fusion retires the technical debt, neutralises the 2030 deadline, and unifies the stack.
Syntra ETL covers the full BaaN IV/V footprint. Finance (tfgld): GL, AP (tfacp), AR (tfacr), Fixed Assets (tffam), Cash Management, multi-company consolidations, IFRS and HGB-compliant ledger structures, statutory reporting layers. Order management: Sales (tdsls), Purchasing (tdpur), Pricing, Item master (tcibd), Customer/Supplier master (tccom). Manufacturing: Shop Floor Control (tisfc), MRP (timfc), Routings, BOMs (tibom), Work Centers, Production Orders, Capacity Planning. Logistics: Warehousing (twhinr), Inventory (whinp/whwmd), Transport. Project (tppdm): project pegging, project deliverables, project finance. Service (tssoc). Plus BaaN-specific scaffolding: dimensions/cost centres, exchange-rate tables (tcmcs), parameters (tcprp), session catalog metadata. Extracted via direct Oracle/Informix/MS-SQL database access, the BaaN BSE archive directory for binary attachments, and BaaN Exchange Schemes for transactional context.
BaaN tables follow a strict naming convention: a module prefix (tf=finance, td=distribution, ti=manufacturing, tc=common, tp=project, tw=warehousing, ts=service) plus a sub-domain code. tfgld holds GL postings, tfacp the AP open items, tdsls the sales orders, tcorda the customer/supplier orders, tcibd the item master, tibom the bill of materials. There are 3,500+ tables in a fully-deployed BaaN install. The Syntra ETL infor baan to oracle fusion migration engine ships pre-mapped extractors for the full catalog with composite-key resolution (BaaN's natural keys involve company + financial company + transaction type + serial — non-obvious without prior experience), distinctive packed-decimal field handling, multi-byte EU/ME character collation, and BaaN's t_company / t_lcom logical-company segregation. The crosswalk to Fusion's COA respects BaaN's dimension structure (Cost Centre, Project, Reason, Item Code, Origin) — typically 6 dimensions deep — mapped to Fusion's 6-segment COA without losing analytical granularity.
Yes — it's the most common shape. A European manufacturer with 8 legal entities across DE/FR/NL/UK/IT typically runs BaaN as multiple financial companies (t_fcom) within a logical company (t_lcom) framework, with intercompany trade running through internal Sales/Purchase Order pairs. Syntra ETL's discovery layer crawls every t_fcom/t_lcom combination, inventories the chart-of-account structures per company, identifies overlapping vendor/customer records by VAT-ID and IBAN match, and drives a harmonization workshop with finance to design the unified Fusion COA. The crosswalk engine handles the multi-source merge: duplicate suppliers dedupe by VAT-ID with country-specific routing, overlapping cost-centre codes re-code to the unified COA, intercompany trade re-implemented via Fusion intercompany invoicing. Output: one clean Fusion tenant carrying the full multi-company history with HGB/IFRS dual-GAAP support preserved.
BaaN customers typically carry 200–800 customizations: BaaN 4GL session code, custom DLLs, Application Studio extensions, custom reports built in Crystal/BaaN Report Writer, BaaN Exchange Schemes for EDI partners. None of those port directly to Fusion. Syntra's discovery engine crawls the BaaN session catalog (ttadv / ttdlu metadata), exports every 4GL script with its trigger context, classifies by business purpose (custom approval logic, custom GL posting rules, custom pricing waterfalls, vendor-specific EDI mappings), and produces a retire-or-rebuild recommendation per object: Fusion Approvals Management (AMX) for approval flows, OIC orchestrations for EDI / integration logic, Visual Builder for custom screens, OTBI/BI Publisher for reports. Typically 40–55% of customizations are dead code or duplicates and get retired. The rest get rebuilt in Fusion-native tooling with the original 4GL source preserved as reference.
Yes — and it needs care. Many BaaN customers are in aerospace and defence (the system has been a workhorse for Boeing-tier-1 suppliers, European defence primes and Middle-East aerospace shops) and carry ITAR-controlled drawings, DFARS CUI markings, and customer-specific export-control tagging on item master, BOMs and routings. Syntra ETL's infor baan to oracle fusion migration playbook ships an export-control review stage: every record carrying ITAR/EAR/CUI markings is inventoried, classified by jurisdiction, and routed through an export-control sign-off before any data leaves the BaaN environment. Target landing is Fusion with the same markings preserved in Fusion DFFs (or a US-isolated Fusion tenant where the contract demands it), and the BaaN-side data is archived to a Government Cloud-compliant archive that meets DFARS 252.204-7012 with NIST 800-171 controls.
No. Syntra ETL's BaaN extractors run as read-only against the underlying Oracle, Informix or MS-SQL database (whichever BaaN release variant you're on), with throttled query plans that respect production load. No BaaN session changes, no Tools modifications, no 4GL deployments to the live environment. Extracts can run against a database replica when one is available, or during off-peak windows against the live database. The BaaN BSE archive directory (binary attachments) is read via filesystem-level mount with the same read-only stance. The cutover itself is a defined moment — BaaN switched to read-only mode, new transactions captured in Fusion — typically sequenced at month-end with a 2-period parallel-run cushion.
Book a 30-minute discovery call. We'll walk through your BaaN release (IV / V), financial-company structure, customization landscape, dual-GAAP requirements and ITAR/DFARS profile — and give you a concrete timeline and budget before the call ends, with explicit alignment to the 2030 Infor sustaining-end deadline.