Purpose-built infor baan migration assessment for BaaN IV / IVc4 / V customers facing the 2030 Infor sustaining-end deadline. Automated table catalog scan, 4GL customization inventory, multi-company HGB+IFRS architecture, ITAR/DFARS export-control register, defendable target Fusion design. Sized cost, timeline and risk in weeks — not quarters.
Infor BaaN IV and BaaN V — the predecessors to Infor LN — are inside the 2030 sustaining-end window. Consultant-led discovery typically consumes 4–6 months. That is one to two quarters off your decommissioning runway, before any actual migration work begins.
Most BaaN customers have been running the system for 20+ years. The original implementation team has long left. The 4GL developers who built the customizations have retired or moved into rare-skills consulting at premium rates. The BaaN Tools or Application Studio sessions documenting how customizations work are scattered across desktop notebooks. The CFO who signed off the original Chart of Accounts has been replaced twice. And the data model is layered — 3,500+ tables with cryptic prefixed names (tfgld, tdsls, tcorda, tcibd), composite natural keys, packed-decimal numeric encoding, t_fcom/t_lcom logical-company segregation, and 6-deep dimension structures.
A traditional infor baan migration assessment runs interview-driven: the consultant team sits with finance, manufacturing, supply chain, IT, export-control over 12–16 weeks, builds a manual inventory, and produces a slide deck. The discovery is incomplete (institutional knowledge has gaps) and stale (by month three, the table count and customization count have shifted). Syntra ETL inverts the sequence. The Syntra ETL extractor connects to the BaaN database on day one, automatically catalogs every table, mines every 4GL session from the catalog, inventories every Exchange Scheme, sizes every BSE attachment.
Workshops with finance, manufacturing and export-control still happen — but they happen in week three with hard inventory data already on the table. The conversation is no longer 'what do we have?' but 'what do we do with what we have?'. The assessment closes in 3–5 weeks with a board-ready pack: sized programme plan, risk register, customization rebuild backlog, integration backlog, target Fusion architecture, and a decommissioning plan calibrated against the 2030 sustaining-end deadline.
Eight discovery tasks the Syntra ETL platform executes in days — versus weeks or months of consultant interview cycles.
Every one of 3,500+ BaaN tables enumerated with row counts per t_fcom, last-modified dates, natural-key inventory, foreign-key relationships, business-domain classification. Custom tables auto-detected.
ttadv/ttdlu session catalog mined, 4GL source exported with trigger context, classification by business purpose, retire-or-rebuild recommendation per object — typically 40–55% retire.
tcecs catalog exported with source/target system, message structure, volume, last-run status. The complete integration backlog as a deliverable, not a discovery placeholder.
BaaN BSE archive directory scanned — drawing count, contract count, vendor doc count, total storage volume. UCM routing plan sized before migration begins.
t_fcom/t_lcom hierarchy exported with chart-of-account variant per company, period-close cadence per legal entity, intercompany flow inventory. Fusion BU/ledger design recommendation.
Parallel ledger streams per legal entity inventoried. Fusion parallel-ledger architecture designed with separate reconciliation per stream per period. Statutory filing impact assessed.
Item master, BOMs, routings, drawings scanned for export-control markings. Register signed by export-compliance officer before any data extract proceeds further.
Detected BaaN release variant (IV/IVc4/V), database back-end version, OS platform, all fed into the decommissioning plan with explicit runway calculation against the 2030 Infor sustaining-end.
A repeatable, governed assessment workflow that closes in 3–5 weeks with a board-ready output pack. Defence customers add 1–2 weeks for export-control sign-off.
Stakeholder kickoff with CFO, CIO, export-compliance officer. Secure read-only database credentials (Oracle/Informix/MS-SQL beneath BaaN). Mount BSE archive directory read-only. Baseline t_fcom/t_lcom hierarchy. Confirm BaaN release variant (IV/IVc4/V) and database back-end version.
All 3,500+ BaaN tables enumerated. ttadv/ttdlu session catalog mined for 4GL customization inventory. tcecs Exchange Scheme inventory exported. BSE archive volumetric run. Row counts, sizes, last-modified dates captured per table per financial company.
4GL sources classified by business purpose (approval, GL posting, pricing, EDI, reporting). Retire-or-rebuild recommendation per object. Custom DLL inventory cross-referenced. Application Studio extension catalog exported. Customization heat map produced.
Finance workshop (HGB+IFRS dual-GAAP, multi-company harmonization, period-close cadence). Manufacturing workshop (serial/lot traceability, MRP needs, capacity planning). Export-control review (ITAR/DFARS register signed). Fusion BU/ledger and COA architecture designed.
Sized programme plan, risk register, rebuild backlog, integration backlog, target Fusion architecture, decommissioning plan with 2030 sustaining-end runway calibration. Executive summary one-pager. Reviewed with CFO/CIO/export-compliance officer/auditor.
Assessment pack signed off. Programme enters design phase. Syntra ETL extractors pointed at BaaN for first real extract pass. Fusion target tenant provisioned. From sign-off to first end-to-end conference-room-pilot is 10–14 weeks.
The six artefacts that come out of a Syntra ETL infor baan migration assessment, each board-ready and signable.
Every BaaN table, every customization, every Exchange Scheme, every BSE attachment volume, every t_fcom company, every integration — as a single signed catalog with hash-stamped extract evidence.
Phases, durations, dependencies, resource model, total cost with confidence interval, alignment to 2030 sustaining-end deadline, parallel-run window. Ready for board approval.
Top 10–15 risks ranked by impact and probability: 2030 runway, ITAR/DFARS exposure, HGB retention, multi-company harmonization, 4GL rebuild backlog. Mitigation owner per risk.
BU/ledger model with HGB+IFRS parallel streams per legal entity, COA segment design, customization rebuild map (AMX/OIC/Visual Builder/OTBI), integration architecture (OIC + REST + EDI).
BaaN infrastructure retirement sequence (database, application server, BSE storage), HGB 10-year + SOX 7-year + ITAR/DFARS archive provisioning, runway alignment.
Single-page board-ready slide: target state, programme timeline, total cost, runway against 2030, top 3 risks, sign-off. Format proven across BaaN engagements in EU manufacturing, ME industrial, global aerospace.
An infor baan migration assessment is the structured discovery and sizing exercise that has to happen before any BaaN-to-Oracle Fusion migration starts. It inventories the existing BaaN IV / IVc4 / V footprint — financial companies (t_fcom), logical companies (t_lcom), modules in scope (tfgld, tdsls, tdpur, tisfc, twhinr, tppdm, tssoc), 4GL customizations, Application Studio extensions, BaaN Exchange Schemes, BSE archive volume, ITAR/DFARS-controlled records — and produces a sized programme plan: cost, timeline, risk register, customization rebuild backlog, integration backlog, and a defendable target Fusion architecture. Syntra ETL's infor baan migration assessment runs in 3–5 weeks and ships a board-ready output pack, contrasted with the typical 4–6 month consultant discovery that consumes a quarter of the runway to the 2030 sustaining-end deadline.
A typical infor baan migration assessment closes in 3–5 weeks with Syntra ETL versus 4–6 months on consultant-led programmes. Week 1: kickoff, secure read-only credentials to the BaaN Oracle/Informix/MS-SQL database and read access to the BSE archive directory, baseline the t_fcom/t_lcom company hierarchy. Weeks 2–3: automated table catalog scan across the full 3,500+ BaaN table footprint, ttadv/ttdlu session catalog mining for 4GL customizations, tcecs Exchange Scheme inventory, BSE attachment volumetric. Week 4: workshops with finance (HGB+IFRS dual-GAAP needs), manufacturing (serial/lot traceability), export-control (ITAR/DFARS register). Week 5: assessment pack delivered — cost, timeline, risk register, rebuild backlog, target Fusion architecture, decommissioning plan. Defence and aerospace customers add 1–2 weeks for export-control sign-off.
A complete infor baan migration assessment pack covers six artefacts: (1) Inventory — every BaaN table in scope, every financial company, every 4GL customization with classification, every Exchange Scheme, every BSE attachment volume, every integration. (2) Sized programme plan — phases, durations, dependencies, resource model, total cost with confidence interval. (3) Risk register — 2030 sustaining-end runway, ITAR/DFARS export-control exposure, HGB 10-year retention, multi-company harmonization complexity, 4GL rebuild backlog size. (4) Target Fusion architecture — ledger count (HGB+IFRS parallel streams), BU model per legal entity, COA segment design, customization rebuild map to AMX/OIC/Visual Builder. (5) Decommissioning plan — BaaN infrastructure retirement sequence with HGB/SOX/ITAR archive provisioning. (6) Executive summary — single-page board-ready slide.
Every BaaN site carries 200–800 customizations — custom 4GL sessions, Application Studio extensions, custom DLLs, BaaN Exchange Schemes, custom reports. The Syntra ETL infor baan migration assessment mines the ttadv/ttdlu session catalog automatically, exports every 4GL source artefact with its trigger context, classifies by business purpose (approval logic, GL posting hooks, pricing waterfalls, EDI partner mappings, custom reports), and produces a retire-or-rebuild recommendation per object. Typically 40–55% of customizations turn out to be dead code or duplicates and get retired. The rest are mapped to their Fusion-native rebuild target: Approvals Management (AMX) for workflow, OIC for integration, Visual Builder for screens, OTBI/BI Publisher for reports, PaaS extensions for deep logic. The customization map is sized into the programme plan.
European manufacturing customers typically run BaaN with parallel HGB (German statutory) and IFRS ledger streams — sometimes a third local-GAAP stream (FR PCG, IT statutory, NL Dutch GAAP). The infor baan migration assessment inventories every financial company (t_fcom), every ledger stream, every chart-of-account variant, every period-close cadence per legal entity. The output is a Fusion BU/ledger architecture that preserves parallel ledger streams with separate reconciliation per legal entity per period, plus a harmonization plan for overlapping cost-centre codes and dimension structures. Most customers discover during assessment that their original BaaN COA has drifted across companies and the harmonization workshop is a finance leadership conversation, not an IT one. The assessment pack frames that conversation with hard data.
Yes — and for aerospace and defence customers it's the single most important assessment artefact. The Syntra ETL infor baan migration assessment inventories every record in the BaaN item master (tcibd), BOMs (tibom), routings (tirou), drawings (BSE archive), and customer master (tccom) carrying ITAR/EAR/CUI export-control markings. The export-control register is reviewed and signed by the customer's export-compliance officer before any data leaves the BaaN environment for further processing. The assessment recommends target architecture — Fusion DFFs to preserve markings, US-isolated Fusion tenant where contracts demand, DFARS 252.204-7012 NIST 800-171 archive for off-Fusion records, gov-cloud routing for ITAR data. This stage adds 1–2 weeks to the assessment but neutralises the single biggest cause of late-stage re-scoping.
BaaN release variant matters because table structures shifted between IV (1994), IVc4 (1998 — adding Oracle support alongside Informix), and V (2001 — adding MS-SQL support, dropping Tools, introducing BSE). The Syntra ETL infor baan migration assessment detects the release variant automatically via the tcprp parameter table and session-catalog version signatures, then applies the release-appropriate extractor configuration. Customers on BaaN IV (still common in aerospace and defence — running on Tru64 or Solaris 8) need the Informix extraction adapter; BaaN IVc4 customers split across Oracle and Informix; BaaN V customers split across Oracle and MS-SQL. The assessment surfaces the platform inventory (database back-end version, OS version, BaaN release variant) and feeds it into the decommissioning plan and the 2030 sustaining-end runway calculation.
The assessment pack is reviewed with CFO, CIO, export-compliance officer (where ITAR/DFARS applies) and the auditor. Once signed off, the programme enters the design phase: COA harmonization workshops, BU/ledger architecture confirmation, customization rebuild prioritization, integration cutover sequencing. Syntra ETL's pre-built extractors are pointed at the BaaN environment for the first real extract pass, the Fusion target tenant is provisioned, and the configuration of the extraction pipeline begins. From assessment sign-off to first end-to-end conference-room-pilot is typically 10–14 weeks. Customers who delay past this point because they are still debating consultant-led discovery typically lose 4–6 months of runway to the 2030 deadline — runway they cannot get back.
Book a 30-minute discovery call. We'll walk through your BaaN release variant (IV / IVc4 / V), database back-end, financial-company structure, ITAR/DFARS profile and customization landscape — and confirm the 3–5 week assessment scope before the call ends, with explicit runway calibration against the 2030 Infor sustaining-end deadline.