Infor M3 Cloud Archive — Parquet, Tiered, SQL-Queryable

Infor m3 cloud archive is Syntra ETL's purpose-built archival product for retiring Infor M3 BE while keeping every record queryable for regulatory, finance, tax and recall purposes. Architecturally it is M3 data extracted as Parquet, stored on cloud object storage (S3, GCS or Azure Blob) with tiered hot/warm/cold storage management, fronted by SQL endpoints (Presto/Trino, Snowflake external tables, Athena) and a purpose-built historical-reporting UI. KMS-signed evidence packs satisfy SOX, SAF-T, HGB and FDA 21 CFR Part 11 audit requirements. The product replaces the live M3 BE for all historical access while supporting full BE decommissioning and the licence/infra/DBA cost savings that follow.

Cost, scalability and operational risk. Keeping M3 BE running read-only still incurs full Infor licence (BE plus any vertical modules), Oracle or SQL Server database licence, infrastructure cost (typically a 16–32 vCPU server with TB-scale storage), DBA labour, ION subscription if any integration touchpoints remain, and ongoing vendor patch-cycle commitment. A multi-TB M3 BE in read-only mode commonly costs $200K–$600K annually. The infor m3 cloud archive runs at $20K–$80K annually for equivalent data volumes (driven by object-storage tier mix), and the read-only BE doesn't get patched indefinitely — vendor sunset eventually forces the move anyway. Cloud archive front-runs that forced move.

Three tiers, transparent to the consumer. Hot tier (S3 Standard / GCS Standard / Azure Hot): records younger than 2 years, accessed frequently, sub-second query latency. Warm tier (S3 IA / GCS Nearline / Azure Cool): records 2–5 years old, accessed periodically, 5–30 second query latency. Cold tier (S3 Glacier Instant / Azure Archive): records older than 5 years, accessed rarely, minute-to-hour latency tolerable for the use cases (legal hold, deep audit). The Syntra historical-reporting query engine automatically routes queries across tiers, prefetching warm-tier reads when predictable. Total cost is typically 70–85% lower than equivalent hot-only storage.

Everything in scope from infor m3 data archival policy. Finance: GL postings (FGL), AP/AR closed (FAP/APS, FSL/ARS), fixed assets (FAS), inter-company. Operational: closed sales orders (OOH), closed POs (MPL), closed manufacturing orders (MMO), closed inventory transactions (MITTRA). Master: item master (MITMAS) snapshots at end-of-FY, customer (OCUSMA), vendor (CIDMAS). Traceability: lot/serial (MITLOC) for closed lots, batch genealogy, quality records. Attachments: vendor invoice scans, batch records, quality certificates, order ack documents. Configuration: COA (CRS630), exchange rates (CRS055), policy and audit-rule configuration as of cutover. All multi-CONO, multi-DIVI tagged.

Yes. The archive exposes Presto/Trino, Snowflake external tables and Athena endpoints — meaning any SQL client (DataGrip, DBeaver, Mode, Hex, Sigma, Tableau, Power BI, the customer's own BI stack) can query archived M3 data with standard SQL syntax. Schema introspection works through any of those engines. The Syntra-provided historical-reporting UI is convenience on top — power users typically use direct SQL. Customers integrating the archive into a broader data-lake architecture (Snowflake, Databricks, BigQuery) federate the archive as external tables and blend with their own warehouse data for unified analytics.

Generic data lakes are storage and compute primitives — useful, but not opinionated about M3's particular shape. The infor m3 cloud archive is the M3-shaped product layer on top: pre-built schema preservation (MMS/CMS/CRS/OOL/MMO/MITMAS prefix families intact), pre-built voucher-chain preservation (GL → AP/AR → document → attachment), pre-built SAF-T/HGB regeneration tooling, pre-built recall-traceability query patterns, pre-built historical-reporting UI tuned to finance/audit/tax/quality workflows, pre-built KMS-signed evidence packs sized to SOX/SAF-T/HGB/Part 11 audit. You could build it from primitives — but the build cost typically exceeds 18 months of licence/operational savings.

First-class. M3 attachments (vendor invoice scans, customer order ack docs, batch records, quality certificates) are extracted via the M3 document-management interface or directly from the BE attachment store, content-hashed for tamper-evidence, stored in object storage with the original M3 attachment-ID preserved as the key, and bound to the archived transactional record via the cross-reference. A 7-year-old AP invoice in the cloud archive links directly to its original scanned invoice image via the same M3 attachment-ID. Finance reconstruct exactly as in live BE; tax-audit response identical to BE response. Attachments inherit the same tiered storage policy as their parent transactions.

Yes. The cloud archive is partitioned per CONO and DIVI at the storage layer, with RBAC isolating per-entity access. Multi-tenant deployments (consolidated holding-company environments where multiple operating entities share an M3 BE) get clean per-entity archives that satisfy local statutory and audit requirements without bleed. Cross-entity queries (consolidated trial balance, group-level recall trace) are supported via the federation layer with appropriate permissions. KMS keys can be per-entity if a finance entity requires sovereign key custody — this is common in regulated EU subsidiaries with local data-protection officer mandates.