Post-load ifs applications data validation: GL parity per period per BU per currency, asset register parity per fleet, project budget parity per portfolio, work-order cost parity per fleet, document-attachment parity per LU. Three-layer reconciliation (counts, sums, hashes), signed audit pack.
A migration without reconciliation evidence isn't a migration — it's a hope. SOX, FAA 14 CFR, NRC 10 CFR 50 and ITAR auditors all demand documentary proof every record landed correctly.
IFS Applications customers in aerospace, defence, energy, oil & gas, construction and manufacturing operate in heavily regulated environments. A SOX-controlled finance function cannot accept that the GL has migrated without per-period parity evidence. A FAA-supervised MRO operation cannot accept that the asset register has migrated without life-of-aircraft chain validation. A NRC-licensed nuclear operator cannot accept that the work-order history has migrated without per-asset sign-off. A defence contractor under ITAR cannot accept that controlled technical documents have migrated without per-document hash validation.
ifs applications data validation isn't a checkbox at the end of the migration — it's the structural backbone that runs continuously from the first load through final cutover. Syntra ETL's validation engine operates at three layers (counts, sums, hashes), per domain, per period, per BU, per currency, per fleet, per project. Variances are surfaced minutes after each load, root-caused, fixed in the mapping catalog under change control, and the affected records re-extracted/re-transformed/re-loaded until variance is zero.
The output is a signed audit pack — domain by domain, period by period — that finance, MRO ops, project ops, supply chain, compliance and internal audit all sign individually. External auditors (SOX, FAA, NRC, ITAR, OSHA PSM) accept the pack as primary reconciliation evidence. The pack is digitally signed, timestamped and preserved for the life of the Fusion deployment.
Each domain is signed off independently by its owner before the audit pack closes.
IFS GL trial balance per period per BU per currency vs Fusion Trial Balance. Variance threshold zero to the cent. Drillable to journal line and source LU. Finance signs per period.
AP open balance per supplier per BU, AR aging per customer per BU — IFS source vs Fusion balance. Multi-currency layered. Finance signs per BU.
Asset count, NBV, accumulated depreciation per category per BU per fleet. Life-of-aircraft chain validated for aerospace, life-of-process for OSHA PSM. MRO ops signs per fleet.
Budget, commitments, actuals, percentage-of-completion per project per portfolio. Multi-year capital projects validated period by period. Project ops signs per portfolio.
Work-order count and cost per fleet, item count and inventory balance per organization. Mechanic sign-offs preserved per work order. Supply chain and MRO ops sign per domain.
Attachment count and byte-total per LU per period — IFS source vs Fusion (or archive) target. Spot-check sampling validates document integrity. Compliance signs.
Validation runs continuously from first load through final cutover. The audit pack is the migration's closing deliverable.
Every extract → transform → load pass produces its own reconciliation report within minutes of load completion. Counts, sums, hashes per partition per domain. Discrepancies surfaced with structured root-cause hints.
Variances grouped by candidate root cause so a single mapping rule fix resolves hundreds of records. Fixes applied to mapping catalog under change control, affected records re-loaded, reconciliation re-runs. Iteration until variance is zero.
IFS continues processing transactions while Fusion processes the same. Daily reconciliation per domain validates Fusion parity continuously. Deltas captured and replayed. Drift surfaced and fixed.
Finance signs GL parity per period, AP/AR parity per BU. MRO ops signs asset register parity per fleet, work-order parity per fleet. Project ops signs project parity per portfolio. Supply chain signs item parity per organization. Compliance signs document and retention-chain parity.
Signed sections assembled into a single digitally-signed, timestamped audit pack. Multi-currency layers preserved, drill-downs to source LU preserved, discrepancy resolution history attached. Pack archived for the life of the Fusion deployment.
SOX, FAA 14 CFR, NRC 10 CFR 50, ITAR, OSHA PSM and DFARS auditors all accept the pack as primary reconciliation evidence. Customer's internal audit signs off on completeness.
The single deliverable that closes an ifs applications data validation engagement.
Per period per BU per currency. IFS GL trial balance per Fusion Trial Balance — variance threshold zero. Drill-down to journal line and originating LU preserved.
AP open balance per supplier per BU. AR aging per customer per BU. FA NBV per category per BU. Multi-currency layers. Each signed by finance.
Asset count, NBV, accumulated depreciation per category per BU per fleet. Life-of-aircraft chain (asset → WO → part → mechanic → certificate) validated per fleet for FAA 14 CFR.
Project budget, commitments, actuals, %POC per project per portfolio. Work-order count and cost per fleet with mechanic sign-offs preserved.
Attachment count and byte-total per LU per period. Hash signatures preserved. Spot-check sampling validates integrity. ITAR/FAA/OSHA PSM document retention chain proven.
Every variance ever raised, every candidate root cause, every fix applied, every re-load, final state — full traceability. Stored as part of the audit pack for the life of the Fusion deployment.
ifs applications data validation is the post-load reconciliation pass that proves every record migrated from IFS Applications into Oracle Fusion landed correctly. It runs at three layers: counts (records per LU per period vs Fusion-loaded records per object per period), sums (GL balance per period per BU, AP open balance per supplier, AR aging per customer, asset NBV per category, work-order labor cost per fleet, project actual cost per project), and hashes (content hash per source record vs re-hash post-Fusion-load). The Syntra ETL validation engine produces a signed reconciliation pack per domain per period — finance signs GL parity, MRO ops signs asset register parity, project ops signs project budget parity, audit signs the full chain. Without this, a migration cannot pass SOX, FAA 14 CFR or NRC 10 CFR 50 audit.
GL parity is the highest-stakes validation in any ifs applications data validation pass. Syntra ETL runs the IFS GL trial balance per period per BU per currency and compares to the Fusion Trial Balance post-load. Variance threshold is zero to the cent at the account-period level. Any variance is drilled to the journal line, with a side-by-side view of the IFS source LU, the Fusion-loaded journal and the supporting evidence (PO, voucher, work-order). Finance signs off the GL parity pack per period before signing the full reconciliation pack. The pack itself becomes a SOX audit artifact — preserved with the migration evidence for 7 years post-cutover, longer for industries with extended retention (FAA life-of-aircraft, NRC 10 CFR 50).
Asset register parity is the second-highest stakes validation, especially for aerospace MRO and oil & gas customers. Syntra ETL validates IFS functional and serial object counts vs Fusion Asset counts per category per BU, NBV per asset class per period, accumulated depreciation per asset class per period, and parent-child hierarchy depth per fleet. Every disposal, transfer and mid-life cost adjustment is reconciled. For aerospace customers, the life-of-aircraft chain (asset → work-order → part-installed → mechanic-signed → original certificate document) is validated end-to-end per fleet for FAA 14 CFR Part 121.380 evidence. MRO ops signs off the asset register parity pack per fleet before the migration closes.
Project budgets, commitments, actuals, forecasts and revenue recognition all carry over to Fusion PPM during ifs applications data validation. Validation checks: project count per portfolio, task count per project, total budget per project (vs IFS source), total actual cost per project (vs IFS source), total commitments per project (vs IFS source), percentage-of-completion per project, recognized revenue per project per period. Project ops signs off the project parity pack per project portfolio. For construction and aerospace customers running multi-year capital projects, this is non-trivial: a single capital project may carry 5–10 years of accumulated commitments and actuals — each needs to be reconciled to the cent.
The audit pack is the deliverable that closes the migration. It contains: GL parity per period per BU per currency, AP open balance parity per supplier, AR aging parity per customer, FA NBV parity per category, asset register count and NBV parity per fleet, work-order count and cost parity per fleet, project budget and actual parity per project, item count and inventory balance parity per organization, document attachment count and byte-total parity per LU. Each section is signed off by the relevant domain owner (finance, MRO ops, project ops, supply chain, compliance). The pack is digitally signed, timestamped and archived. Internal audit signs off the full pack as the migration's primary evidence artifact. External SOX auditors, FAA inspectors, NRC inspectors and ITAR auditors all accept the pack as primary reconciliation evidence.
Every reconciliation variance is captured with structured context: source LU + key, target Fusion object + key, expected value, actual value, variance, candidate root causes (mapping rule error, validation error in source, rounding, currency conversion, timing of cutoff). The validation engine groups variances by candidate root cause so a single mapping rule fix can resolve hundreds of records simultaneously. Fixes are applied to the mapping catalog (under change control), the affected records are re-extracted/re-transformed/re-loaded, and the reconciliation re-runs. Iteration continues until variance is zero. The full discrepancy resolution history — every variance, every root cause, every fix — is archived as part of the audit pack.
Yes. IFS deployments carry company currency, transaction currency, accounting currency and statistical currency per record. Fusion ledgers carry primary currency, reporting currencies and statistical currencies. The validation engine reconciles at every currency layer: transaction-currency totals (vs IFS source transaction currency), accounting-currency totals (vs IFS source accounting currency converted), reporting-currency totals (vs Fusion reporting currency), per BU per period. FX rate handling is reconciled separately: Syntra ETL preserves the IFS-source FX rate per record so that translation differences in Fusion don't masquerade as data corruption. Multi-currency IFS deployments common in Emirates Airlines, ADNOC and other UAE+global customers are reconciliation patterns Syntra has executed repeatedly.
Validation is integrated into the migration workflow, not bolted on at the end. Each load pass produces its own reconciliation report immediately — counts, sums, hashes per partition surfaced within minutes of load completion. Discrepancies are resolved iteratively during the build phase. By the time the parallel-run cycle begins, the validation engine has been running continuously for weeks and most root causes have been resolved. The parallel run (1–2 month-end cycles) generates the final reconciliation pack: a typical mid-size ifs applications data validation pack covering Financials, EAM, Project and SCM produces in 24–48 hours after the parallel-run close and is reviewed/signed within 1–2 weeks. The pack becomes a SOX, FAA, NRC and ITAR audit artifact preserved for the life of the Fusion deployment.
30-minute discovery call. We'll walk your IFS module footprint, audit obligations (SOX, FAA, NRC, ITAR, OSHA PSM) and Fusion target landscape — and produce a validation plan with concrete domain-owner sign-off pathway before the call ends.