A queryable, compliance-grade Maximo archive on AWS, Azure, GCP, or OCI. Parquet storage at pennies per GB-month, SQL/REST/Parquet access, role-based security with sensitive-field masking, retention horizon up to 40+ years for nuclear and life-of-aircraft + 5 for aviation.
DB2 backups, tape archives, cold storage dumps, lights-on MAM instances — none of them serve reliability engineers or NRC inspectors. Cloud archive does.
Traditional Maximo archival meant either keeping a 'lights-on' MAM 7.6 instance alive at $300K–$900K/year (DB2 EE licensing, WebSphere, MAM application licensing at 22% of original, app/DB/web infrastructure, 2–3 Maximo admins, BIRT/MIF patching), or taking DB2 backups to cold storage that no one could actually query without a multi-week restore project. Both patterns satisfy the regulatory 'retain the data' requirement on paper while failing the 'access the data' requirement in practice — especially under NRC, FAA, FERC, and DOT inspector pressure where the response window is days, not weeks.
The Maximo cloud archive solves both. Data lives in commodity cloud object storage as compressed columnar Parquet — typically 10–18x smaller than the source DB2 database, costing a few thousand dollars per year for multi-TB datasets including billion-row MEASUREMENT histories. Query interfaces (SQL, REST, direct Parquet) serve reliability engineers, regulatory inspectors, internal audit, and former technicians without any database restore step. Pre-materialized datasets — asset registers, WO close-out registers per site per quarter, MTBF rollups per asset family — serve the highest-frequency queries in sub-second.
Cloud archive is also forward-compatible. The archive lives in your cloud account, in your storage, accessible to whichever BI, reliability, and audit tools your organization standardizes on over the next 20–40 years. As your tooling evolves over the retention window — from Tableau today to whatever replaces it in 2040 — the archive stays accessible. No Maximo-specific or DB2-specific tooling required.
Four deployment patterns covering every governance, data-residency, and sovereignty requirement we've seen in EAM customers.
Fastest deployment (1–2 weeks), lowest operational burden. Data hosted in Syntra cloud accounts in customer's preferred region. SOC 2 Type II + ISO 27001 included.
Most common pattern for utilities and energy. Data and storage in customer's own AWS/Azure/GCP/OCI account with customer-managed keys. Syntra deploys and operates the query layer via remote control plane.
Full self-hosted. Customer's infrastructure, customer's operations team. Syntra provides software, deployment automation, and L3 support. Standard for defense and intelligence-sector deployments.
AWS GovCloud, Azure Government, OCI Government. FedRAMP-ready deployment patterns for Public Sector, military, federal nuclear, and defense customers with sovereignty requirements.
Archive data in one cloud (e.g. OCI for Oracle-aligned operations), query via another (e.g. Snowflake on AWS for analytics alignment). For customers with cross-cloud governance or vendor diversification policies.
Fully disconnected deployment for defense, intelligence, and classified nuclear work. Air-gapped install, periodic delta updates via approved transfer mechanism, on-prem query interface.
From scoping to first inspector query. Most Maximo cloud archive deployments complete in 6–12 weeks depending on data volume and regulatory profile.
Cloud account selection, object storage buckets provisioned, encryption keys generated (KMS or CMK — customer-managed mandatory for nuclear/defense), network paths configured (VPC endpoints, Private Link, air-gap transfer mechanism if applicable). IdP integration scoped.
Full MAXIMO schema extract from source — ASSET, LOCATIONS, WORKORDER, WPLABOR/WPMATERIAL, PM, JOBPLAN, INVENTORY, MEASUREMENT, FAILURECODE, COMPANIES, LABOR. Parquet conversion with SITEID/ORGID/year/month partition design. Upload to object storage with hash signatures and manifest files for auditability.
MAXOBJECT, MAXOBJECTCFG, AUTOSCRIPT (Jython/JavaScript automation), MIF object structures and publish channels, BIRT REPORT library, Start Center query definitions preserved alongside data. 'Maximo system encyclopedia' document drafted describing the operational logic encoded in customizations.
SQL/REST/Parquet endpoints provisioned. Role-based security configured per consumer profile (reliability engineer, inspector, auditor, planner). Sensitive-field masking rules applied for worker PII, vendor banking, restricted classifications. Audit-log pipeline to SIEM configured.
Asset register snapshots per site per year, WO close-out registers per period per criticality, MRO usage summaries per storeroom, PM compliance rates per asset class, MTBF rollups per asset family, calibration history per instrument — pre-computed for instant response on common queries.
Reliability, audit, inspector, and planner testing against archive vs live Maximo. Documentation and runbooks delivered. Consumer training (1–2 hours per consumer type). Maximo moves to read-only or decommissioned. Archive is now system of record for retention.
Six capabilities that turn 'Maximo data preserved' into 'Maximo data useful' over the full 20–40 year asset retention horizon.
Tableau, Power BI, Reliasoft Weibull++, Meridium APM connect via standard JDBC/ODBC to query archive data instantly. MTBF, Weibull, availability analyses run on billion-row MEASUREMENT history without restoring DB2.
NRC, FAA, FERC, DOT, OSHA inspectors run their own SELECT queries against archived WORKORDER, ASSET, MEASUREMENT with their familiar tooling. Sensitive fields masked, every query logged for chain-of-custody evidence.
Archived historical Maximo data feeds ML models for failure prediction, RUL (remaining useful life), and anomaly detection — accessible from Spark, Databricks, SageMaker, Vertex AI directly via Parquet. No data export step.
Join pre-migration Maximo archive with post-migration Fusion ALM live data in a single Snowflake/BigQuery query. 20-year asset reliability trends span both systems seamlessly without ETL pipelines.
Targeted preservation around incident-related assets (pipeline rupture, derailment, equipment failure), point-in-time freezing for litigation hold, defensible deletion of non-relevant data — all native to the archive's immutable-versioning storage layer.
On-demand generation of NRC 10 CFR 50 record packs, FAA 14 CFR 121.380 maintenance files, FERC 18 CFR 125 records, DOT 49 CFR 396 vehicle files, OSHA PSM record sets — assembled from archive with cryptographic chain-of-custody.
A Maximo cloud archive is a queryable, compliance-grade store of IBM Maximo data — every MAXIMO table (ASSET, LOCATIONS, WORKORDER, WPMATERIAL, MEASUREMENT, INVENTORY, FAILURECODE, PM, JOBPLAN), every automation script artifact, every MIF object structure, every BIRT report definition — held in cloud object storage with a managed query interface. It replaces the legacy pattern of keeping a 'lights-on' MAM 7.6 or MAS instance alive purely for compliance and reliability access. The Maximo cloud archive runs on commodity object storage (AWS S3, Azure Blob, GCS, OCI Object Storage) at pennies per GB-month, exposes SQL/REST/Parquet interfaces, applies role-based security with sensitive-field masking, logs every access for audit evidence, and supports retention horizons of 7+ years (SOX), 20+ (utilities), 40+ (nuclear NRC), or life-of-aircraft + 5 (FAA aviation).
Backups are restore-only — to use a 2014 Maximo DB2 backup, you have to provision DB2 LUW infrastructure, install the matching PeopleTools-era WebSphere stack, restore the database, license MAM, and bring the app server up. That's a multi-week operation requiring Maximo-skilled administrators and full IBM licensing. A Maximo cloud archive is query-ready continuously: a reliability engineer opens a SQL client and runs SELECT against WORKORDER in 30 seconds. The archive preserves the same MAXIMO schema and data as the source, plus the automation script catalog, MIF object structures, and BIRT report definitions, but eliminates the infrastructure and licensing dependency entirely. Cloud archives also include columnar compression (Parquet typically 10–18x smaller than the source DB2 database for MAXIMO schemas), partition pruning by SITEID/ORGID/year, and elastic query compute — typically 10–100x faster than restored backups for analytical queries on MEASUREMENT and WORKORDER history.
All major hyperscalers: AWS (S3 storage, Athena query, optional Glue catalog), Azure (Blob Storage, Synapse Serverless SQL, optional Purview catalog), GCP (Cloud Storage, BigQuery external tables), OCI (Object Storage, Autonomous Database, Analytics Cloud). Customer-managed encryption keys (CMK) supported on all platforms. Multi-cloud and hybrid-cloud deployments supported — for example, archive data in AWS S3 but expose query via Snowflake — for customers with cross-cloud governance requirements. Air-gapped and government-cloud deployments (AWS GovCloud, Azure Government, OCI Government) supported for defense, nuclear, and Public Sector customers with sovereignty requirements. The same archive software runs on all platforms — only the underlying object store and key management changes.
Very small relative to running Maximo. A typical mid-size MAM 7.6 instance — utility distribution operator with 80,000 assets, 12M historical work orders, 400M meter readings — has a Maximo DB2 database of 1.2–2.5TB. After Parquet compression, that archive lands at 110–230GB. At standard cloud object storage pricing ($0.02–$0.025/GB-month for warm tier), that's $25–$70/month, $300–$850/year. Even multi-TB MAS deployments rarely exceed $5K/year in storage. Query compute is the larger variable cost — typically $200–$2,000/month depending on query volume, with most customers landing in the $500–$1,000/month range. Total annual cost: $5K–$18K vs $300K–$900K for keeping a live MAM instance or $400K–$1.2M for MAS Manage on Cloud Pak for Data.
Yes. The archive's columnar Parquet storage plus SITEID/ORGID/date partition pruning handles billion-row Maximo tables natively. Largest archives in production: 2.1B-row MEASUREMENT (15 years of high-frequency meter reading data for a utility distribution operator), 47M-row WORKORDER (multi-decade WO history for a global oil & gas major), 380M-row WPMATERIAL (turnaround-heavy refinery operations), 95M-row MATUSETRANS (multi-site MRO transaction history). Typical query response: 2–5 seconds for single-asset single-period queries, 10–30 seconds for multi-year MTBF aggregations, with reliability and audit datasets pre-materialized for instant response. The archive scales linearly with object storage — no infrastructure capacity planning required, no DB2 RAC nodes to add.
Yes. Pure decommission customers freeze the archive at decommission date and never update it again — which simplifies the audit story. But many Maximo customers run a hybrid model: corporate moves to Oracle Fusion ALM while one or two plants stay on MAM 7.6 or MAS for another 12–36 months due to local certification or operational constraints. For these scenarios, the archive supports incremental delta capture via Maximo CHANGEDATE/CHANGEBY watermarks (or optionally GoldenGate CDC against the underlying DB2/Oracle redo logs for high-velocity MEASUREMENT and INVTRANS tables). Deltas land in the archive within minutes of source, so the archive stays current as the long tail of plant-level Maximo retirement plays out.
Defense in depth, designed for the most regulated industries. Storage: encryption at rest with KMS-managed keys (customer-managed keys mandatory for nuclear and defense), bucket-level access control, immutable object versioning for chain-of-custody evidence. Network: TLS 1.3 for all access, private endpoints (VPC endpoints / Private Link) for in-cloud access, IP allowlist for external inspector access, air-gapped deployment supported for classified work. Identity: role-based access tied to enterprise IdP via SAML/OIDC, MFA-required for sensitive roles (NRC inspector, restricted asset classification access), just-in-time elevation for unmask operations on worker PII or vendor banking. Audit: every query logged with user, timestamp, query text, rows returned, fields touched — log itself stored immutably and exported to SIEM. Compliance certifications: SOC 2 Type II, ISO 27001, NIST 800-53 alignment, HIPAA BAA available, FedRAMP-ready deployment patterns for government cloud.
Yes. Deployment options: (1) Syntra-managed SaaS — fastest to deploy, lowest operational overhead, data hosted in Syntra cloud accounts. (2) Customer-hosted in customer cloud account — data and storage stay in customer infrastructure with customer-managed keys, Syntra deploys and operates the query layer remotely. (3) Customer-hosted, customer-operated — full self-hosted, Syntra provides software and L3 support, customer's team handles operations. (4) Air-gapped — fully disconnected install for defense, nuclear, and intelligence customers, with periodic delta updates via approved transfer mechanism. Most Maximo customers in utilities, nuclear, and defense choose option 2 or 3 — it satisfies data residency, customer-managed encryption, and no-vendor-access policies while keeping operational burden manageable. All four options are functionally identical from a consumer perspective.
30-minute call. Walk through your cloud preference, data-residency requirements, regulatory profile (NRC, FAA, FERC, DOT, OSHA), and retention horizon — leave with a deployment plan and a year-1 cost number.