Run regulator, reliability, and finance reports against decades of Maximo WORKORDER, MEASUREMENT, and ASSET history — without the live Maximo TCO. SQL/REST query interface, pre-built NRC/FAA/PSM extracts, federated joins to Fusion.
Most Maximo to Fusion migrations stop at cutover. Maximo historical reporting is what makes the migration actually complete.
When a maintenance team moves from Maximo to Oracle Fusion Cloud Maintenance, the operational story is satisfying — new UI, AI-native predictive maintenance, embedded IoT. But on day one of Fusion go-live, Fusion has no history. A reliability engineer who pulls up a critical pump in Fusion sees an empty work-order timeline. Three weeks of Fusion history is not enough to do reliability engineering. NRC, FAA, and OSHA auditors don't care that Fusion is new — they want to see the last 30 years of evidence.
Without a deliberate Maximo historical reporting strategy, organizations end up paying twice: once for Fusion (the new system) and once for keeping Maximo running 'just in case'. The latter often costs $600K–$2M per year — and is the bill that quietly defeats the original Fusion business case.
Syntra ETL's Maximo historical reporting solves this directly. The complete Maximo history — every WORKORDER, every MEASUREMENT, every ASSET specification — moves to queryable cloud archive during the migration. Fusion handles current operations; the archive handles history; a federation layer stitches the two together for reliability engineers and auditors who don't care where the data lives, only that they can see it.
Each ships as a parameterised saved query, ready for reliability engineers, regulators, and finance.
Total maintenance cost per asset across full lifetime — labor, materials, services, downtime. Drillable to individual WORKORDERs and WPMATERIAL lines. Used for repair-vs-replace decisions and capital planning.
Mean time between failures and mean time to repair by asset, asset class, site, and failure code. Pulls from WORKORDER, WOSTATUS, FAILURECODE history with full LOCHIERARCHY context.
Scheduled PM count vs completed PM count by site, by criticality, by year. Critical for NRC 10 CFR 50 Appendix B audits and FAA airworthiness program compliance.
Failure code frequency, severity distribution, and consequence chain trending. Joined to ASSETSPEC and CLASSSTRUCTURE for fleet-wide reliability-engineering analysis across 10+ years.
Spare-parts consumption patterns, slow-mover identification, and storeroom optimization analytics across multi-year MATUSETRANS history. Feeds capital working-capital reviews.
Open work-order backlog by site, priority, and craft over time. Used to evidence backlog reduction, regulator inquiries on deferred maintenance, and operational excellence reporting.
A practical workflow for adding queryable Maximo history to a Fusion migration — or to a pure decommission.
Reliability engineering, regulator-facing teams, finance, insurance interview. Document the queries each team runs today against live Maximo and the queries they will need post-cutover. Catalog ≈30–60 saved queries typical.
Maximo extractors pull full WORKORDER, MEASUREMENT, ASSET, INVENTORY, PM, FAILURECODE history. Output partitioned by fiscal year, site, ORGID, and asset class for query-time pruning. Hash-signed at row level.
Each documented query rebuilt as a parameterised saved query against the archive. NRC, FAA, OSHA PSM, FERC regulator extracts ship pre-built. Reliability-engineering queries (MTBF, PM compliance, failure mode) customised per asset taxonomy.
Archive registered as federated SQL source in Fusion OTBI and external BI tools (Power BI, Tableau). Unified asset-lifetime view built — current Fusion WO history stitched to historical Maximo WO history per asset.
Reliability engineers, regulator-portal users, finance trained on the new query interface. Live Maximo decommissioned (or kept temporarily as fallback). Saved-query library handed over with documentation and signed evidence-pack templates.
What Maximo historical reporting actually looks like for the regulators who matter most.
10 CFR 50 Appendix B QA: every safety-related component must have a continuous PM compliance history. The archive holds 30+ years of PM, WORKORDER, FAILURECODE for each SR component, queryable for NRC inspection windows in seconds.
14 CFR Part 121 maintenance recordkeeping: lifetime-of-aircraft. The archive holds every WORKORDER per tail number, every AD compliance event, every component-time tracking for life-limited parts (LLP) across full airframe history.
29 CFR 1910.119 mechanical integrity: lifetime-of-process for PSM-covered equipment. Inspection, test, and corrective action history queryable per PSM tag with full ASSETSPEC and FAILURECODE context.
Capital asset register lifetime tracking for FERC rate cases; NERC CIP-aligned access to BES cyber-asset maintenance history. Separate cryptographic boundary for CIP-scoped Maximo data.
49 CFR 213 track inspection history, 49 CFR 229 locomotive inspection records, 49 CFR 396 commercial motor vehicle inspection records — pre-built regulator extracts for each.
Environment of Care: medical gas, fire suppression, emergency power generator PM compliance history. Joint Commission survey ready with three-year minimum retention preserved indefinitely.
Maximo historical reporting is the capability to run queries, dashboards, and regulatory extracts against years (often decades) of Maximo WORKORDER, MEASUREMENT, ASSET, and INVENTORY history after the operational maintenance system has moved to Oracle Fusion or been decommissioned. It matters because regulators, reliability engineers, and finance routinely need to look back five, ten, or thirty years — NRC inspections compare current safety-related component condition against historical PM compliance; FAA audits verify airworthiness directive compliance across the lifetime of an airframe; OSHA PSM mechanical integrity inquiries reach back to original installation. Without Maximo historical reporting, the answer is either 'keep paying for live Maximo forever' or 'we don't have the data'. Syntra ETL gives you a third option: query the archive.
From the user's perspective, very similar — and that's the point. Maximo historical reporting through Syntra exposes the same WORKORDER, ASSET, MEASUREMENT, INVENTORY data through a SQL/REST interface so reliability engineers and auditors run queries that look identical to the Start Center or BIRT report they used before. The difference is under the hood: instead of querying a live MAXIMO DB2 instance with row-level transactional overhead, queries run against Parquet partitioned by site, organization, and fiscal year — column-pruned, partition-pruned, and typically faster than the original Maximo on aggregation workloads. Live operational reporting (real-time WO status, today's craft assignments) doesn't apply — that lives in Fusion. Historical reporting (lifetime maintenance history, asset reliability analytics) lives in the archive.
Any tool that speaks JDBC, ODBC, or REST. In practice that means Power BI, Tableau, Spotfire, IBM Cognos, Oracle OTBI / BI Publisher, Qlik, ThoughtSpot, Looker, Alteryx, ACL, IDEA, and any custom Python/R notebook stack. The underlying Parquet files can also be queried directly from AWS Athena, Google BigQuery, Snowflake, Azure Synapse, or Apache Spark for warehouse-native fleet analytics. Reliability engineers using IBM Maximo Health, SAP Asset Intelligence Network, or GE Digital APM can connect to the archive as a historical data source and stitch retired Maximo history into modern reliability platforms without re-ingestion.
Yes. Syntra ETL ships pre-built saved queries that map to specific regulator inquiries: NRC corrective action history per safety-related component, FAA airworthiness directive compliance per airframe, OSHA PSM mechanical integrity history per PSM-covered process, FERC capital asset register, DOT roadway/transit inspection compliance, NERC CIP cyber-asset patch history. Each pre-built extract is parameterised by date range, site, asset class, and component criticality. For regulator audit windows, customers commonly pre-materialise the relevant extract into a date-bracketed snapshot so inspection day is sub-second response, not 'we'll get back to you'.
Multi-decade aggregation queries (e.g., MTBF by asset class across 25 years, PM compliance trend by site, MRO inventory turn by storeroom by fiscal year) run efficiently because the archive is structured as columnar Parquet partitioned by fiscal year, site, ORGID, and asset class. The query engine prunes partitions and columns before scanning, so a 2.1B-row MEASUREMENT scan filtered to a single asset and three years of readings typically returns in 5–15 seconds. For dashboards refreshed daily (reliability scorecards, KPI tiles), customers configure pre-aggregated materialised views that refresh nightly, giving sub-second dashboard tile latency without re-running the underlying scan.
Yes. LOCATIONS, LOCHIERARCHY, ASSET parent-child relationships, and CLASSSTRUCTURE classifications are preserved in the archive at the same granularity as the source Maximo system. A query for 'all WORKORDERs against rotating equipment in Plant 03 cooling water system' walks the same hierarchy it would have walked in live Maximo, returns the same WORKORDER set, and joins to the same ASSETSPEC attributes. This matters for reliability engineering — root-cause analysis depends on the asset's structural context as much as its event history.
Yes — and that's typically the point. Post-migration, current maintenance activity lives in Fusion ALM; historical activity lives in the Syntra Maximo archive. A reliability engineer querying 'total corrective WO labor hours per asset over the lifetime of the asset' needs both. Syntra exposes the archive as a federated SQL source so Fusion OTBI, BI Publisher, or any external BI tool can issue a single query that joins historical Maximo WORKORDER data to current Fusion Work Order data. Customers typically build a unified asset-lifetime view on top of this federation, presenting reliability engineers with one stitched timeline regardless of which system the data originally lived in.
Role-based access with mandatory audit logging. Every query against the archive is logged with user, timestamp, query text, rows returned, and data classification accessed. Reliability engineering roles see full asset and WO history but not labor SSN linkages; finance roles see costed WO data and inventory transactions but not detailed task narratives; regulator-portal roles see only the regulator-extract views (NRC corrective action, FAA airworthiness, etc.) scoped to their inquiry. NERC CIP customers can configure tighter restrictions for BES cyber asset-linked Maximo data, with separate cryptographic boundaries and signed evidence packs.
30-minute call. Walk through your reliability engineering, regulator, finance, and insurance reporting needs — and design a Maximo historical reporting strategy that doesn't require keeping Maximo alive.