ERP migration
Field-level mapping, validation, and rollback between Infor M3 and Acumatica. We move data and schema; workflows are rebuilt natively in Acumatica.
Infor M3
Source
Acumatica
Destination
Compatibility
15 of 15
objects map 1:1 between Infor M3 and Acumatica.
Complexity
CModerate
Timeline
48–72 hours
Overview
Infor M3 organizes data around table-driven structures with multi-company (MCM) capability and AS400/RPG-era panel navigation. Acumatica uses a unified tenant model with Branch/Locations for multi-entity operations and a modern REST-first UI. The migration carries everything Infor M3 stores natively — customer master, supplier master, item master with costing, purchase orders, sales orders, inventory transactions, and custom fields — into Acumatica's corresponding entities. The harder problems are translating Infor M3's multi-company elimination entries into Acumatica's inter-company journal entries, preserving Infor M3's costing element structure in Acumatica's cost types, rebuilding process-manufacturing configurations (formulas, routings, work centers) in Acumatica's Production Management, and mapping M3's custom fields to Acumatica's user-defined fields. FlitStack AI extracts from Infor M3 via its published API endpoints and direct database read where needed, applies a field-level mapping plan, and loads into Acumatica via its REST API — with a test migration and delta-pickup window before final cutover. The FlitStack AI platform maintains full audit trails of all transformed values, enabling reconciliation against the M3 source at any point during or after the migration.
Every standard and custom field arrives verified.
AI proposes the map; you confirm before any record moves.
Parent–child, lookups, and ownership stay linked.
Calls, emails, meetings — with original timestamps.
Documents, uploads, and inline notes move with the record.
Why teams make this switch
Leaving
What's pushing teams away
Choosing
What's pulling them in
Object mapping
Each row shows how a Infor M3 object lands in Acumatica, including any object-level transformations, lookup resolution, or schema-design dependencies.
Typical mapping — final map is confirmed during the sample migration step.
Infor M3
Customer (CRS610 / MITM3)
Acumatica
Customer (AR303000)
1:1Direct map for standard customer records. Infor M3 stores customer data across MITM3 (customer master) with address, payment terms, and credit limits. Acumatica Customer holds equivalent fields. We map the primary M3 address to the customer address and preserve the M3 customer number in a custom reference field.
Infor M3
Supplier (CRS610 / MITM3)
Acumatica
Vendor (AP303000)
1:1Direct map for supplier records. Infor M3 supplier master (MITM3) contains payment terms, bank details, and WHT configuration. Acumatica Vendor carries the same core attributes. M3's tax withholding configuration maps to Acumatica Vendor tax settings; we preserve the M3 supplier number in VendorRefNbr.
Infor M3
Item Master (MMS001 / MITMAS)
Acumatica
Stock Item / Non-Stock Item (IN202500)
1:1Infor M3 item master (MITMAS) holds product definitions, units of measure, lot controls, and costing model linkage. Acumatica's Stock Item covers inventory tracked products; Non-Stock Item covers non-inventory items. The mapping includes UOM conversion rules, the base unit of measure from M3, and item class linkage. Costing type (standard, average, FIFO) maps to Acumatica's valuation method field.
Infor M3
Item Costing Model (M3 Costing)
Acumatica
Item Cost (IN2095P)
1:1Infor M3's costing model uses a hierarchy of costing elements (material, labor, overhead, discounts) that retrieve from purchase orders or calculate from other elements. Acumatica stores cost as a per-site standard cost or average cost. We extract the final computed cost from M3 and load it as Acumatica's current cost; M3's costing element breakdown is preserved as a custom text field on the item for audit.
Infor M3
Purchase Order (POE300 / POOH200)
Acumatica
Purchase Order (PO301000)
1:1M3 PO headers (POOH200) and lines (POE300) map to Acumatica Purchase Order header and detail. Status values (released, on hold, closed) map to Acumatica PO status values. M3's PO approval workflow generates a different status than Acumatica's; we map based on the M3 PO status code. Open POs migrate with their line details, quantities, and agreed prices.
Infor M3
Sales Order (SOS300 / SOOH200)
Acumatica
Sales Order (SO301000)
1:1M3 sales order headers (SOOH200) and lines (SOS300) map to Acumatica Sales Order. M3's order types (standard, rush, blanket) map to Acumatica order types. The ship-to address, payment terms from the customer, and line-level discounts carry over. Hold and credit-hold statuses map directly; invoice terms from M3 carry as the order's terms.
Infor M3
Inventory Transaction (MMS200 / MMT100)
Acumatica
INRegister / INAdjustment (IN301000)
1:1M3 inventory transactions (MMS200 for adjustments, MMT100 for transfers) map to Acumatica inventory issues, receipts, and adjustments. Each transaction carries the warehouse code, item, quantity, cost layer, and transaction date. M3's lot numbers map to Acumatica's lot/serial numbers. Transfer transactions generate both an issue and receipt in Acumatica.
Infor M3
Multi-Company (MCM / OIS100)
Acumatica
Branch + Inter-Company Journal (GL305010)
1:1Infor M3's Multi-Company (MCM) allows multiple legal entities within one database with cross-company transactions and automatic elimination entries. Acumatica uses separate Branches within a single tenant for multi-entity. We create one Acumatica branch per M3 company, then map M3's elimination entries to Acumatica inter-company journal entries. Your Acumatica admin configures the inter-company elimination account mapping.
Infor M3
Custom Field (CMS470/CMS471)
Acumatica
User-Defined Field (Customization Project)
1:1Infor M3 custom fields defined in CMS470 (alphanumeric, numeric, date types) attached to items, suppliers, and PO headers/lines map to Acumatica user-defined fields defined per Data Access Class. We read the field definition (type, length, decimal places) and create a matching UDF in the Acumatica Customization Project. The custom field group in M3 translates to the DAC scope in Acumatica.
Infor M3
Bill of Materials / Production Order (PDS100 / PDS200)
Acumatica
BOM / Production Order (AM201500 / AM201000)
1:1Infor M3 production orders (PDS200) with routing operations (PDS600) and bill of materials (BOM) map to Acumatica's production orders and bills of materials. M3 work center definitions map to Acumatica's work centers. Operation sequences, labor and machine times, and resource calendars carry over. Formula-controlled items in M3 map to Acumatica's formula BOM type.
Infor M3
Warehouse / Location (MMS001 / MITLOC)
Acumatica
Warehouse / Location (WH204100)
1:1Infor M3 warehouses and locations (MITLOC) map to Acumatica warehouses and location codes. M3's zone configurations (bulk, picking, staging) map to Acumatica location types. Bin-level location addresses carry as location labels. M3 warehouse parameters (lead times, replenishment settings) map to Acumatica warehouse attributes.
Infor M3
Purchase Invoice / AP Invoice (AP200)
Acumatica
Bill (AP301000)
1:1Infor M3 AP invoices (AP200) map to Acumatica Bills. M3 invoice types (regular, credit memo, prepayment) map to Bill types. Hold status, approval status, and terms carry over. M3's tax breakdown (including withholding tax) maps to Acumatica's tax amount and tax zone fields. Retainage amounts are preserved as a custom field if used in M3.
Infor M3
AR Invoice (AR200)
Acumatica
Invoice / AR Invoice (AR301000)
1:1M3 AR invoices map to Acumatica AR invoices. The customer number, invoice date, due date, terms, and tax amounts map directly. M3 payment status (open, paid, disputed) maps to Acumatica status. Credit hold from M3 sets the customer on credit hold in Acumatica.
Infor M3
Journal Entry / GL (GL100 / GL200)
Acumatica
Journal Transaction (GL301000)
1:1Infor M3 journal entries map to Acumatica journal transactions. Account numbers map by account code; M3's company/department dimension maps to Acumatica's branch/department dimension. M3's posting date, reference number, and description carry over. Multi-company journal entries in M3 generate inter-company entries that map as described in the MCM mapping above.
Infor M3
Lot / Batch (MMS100)
Acumatica
Lot / Serial Class (IN204000)
1:1Infor M3 lot-controlled items (MMS100) with batch attributes, expiration dates, and genealogy map to Acumatica's lot classes. M3 lot traceability (which production order generated which lot) maps to Acumatica's lot genealogy. Attribute fields in M3 lot records carry as custom lot attributes in Acumatica.
| Infor M3 | Acumatica | Compatibility | |
|---|---|---|---|
| Customer (CRS610 / MITM3) | Customer (AR303000)1:1 | Fully supported | |
| Supplier (CRS610 / MITM3) | Vendor (AP303000)1:1 | Fully supported | |
| Item Master (MMS001 / MITMAS) | Stock Item / Non-Stock Item (IN202500)1:1 | Fully supported | |
| Item Costing Model (M3 Costing) | Item Cost (IN2095P)1:1 | Fully supported | |
| Purchase Order (POE300 / POOH200) | Purchase Order (PO301000)1:1 | Fully supported | |
| Sales Order (SOS300 / SOOH200) | Sales Order (SO301000)1:1 | Fully supported | |
| Inventory Transaction (MMS200 / MMT100) | INRegister / INAdjustment (IN301000)1:1 | Fully supported | |
| Multi-Company (MCM / OIS100) | Branch + Inter-Company Journal (GL305010)1:1 | Fully supported | |
| Custom Field (CMS470/CMS471) | User-Defined Field (Customization Project)1:1 | Fully supported | |
| Bill of Materials / Production Order (PDS100 / PDS200) | BOM / Production Order (AM201500 / AM201000)1:1 | Fully supported | |
| Warehouse / Location (MMS001 / MITLOC) | Warehouse / Location (WH204100)1:1 | Fully supported | |
| Purchase Invoice / AP Invoice (AP200) | Bill (AP301000)1:1 | Fully supported | |
| AR Invoice (AR200) | Invoice / AR Invoice (AR301000)1:1 | Fully supported | |
| Journal Entry / GL (GL100 / GL200) | Journal Transaction (GL301000)1:1 | Fully supported | |
| Lot / Batch (MMS100) | Lot / Serial Class (IN204000)1:1 | Fully supported |
Gotchas + challenges
Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.
Infor M3 gotchas
REST API handler timeout of 25 seconds blocks large record migrations
API concurrency caps differ by tenant suffix — PRD vs non-PROD
Dataset export captures only main message data — related records require separate calls
Custom fields behave inconsistently across M3 modules
Minimum 20-user licensing requirement inflates migration scope
Acumatica gotchas
API user licenses cap concurrent sessions and request throughput
Multi-tenant filtering requires CompanyID awareness
Custom fields require separate discovery before field mapping
Notes and attachments use a separate linked table structure
Implementation timelines frequently run 3–9 months end-to-end
Pair-specific challenges
Migration approach
Stand up Acumatica branch and entity structure before extraction begins
Before data leaves Infor M3, your Acumatica admin (or our team with Acumatica partner credentials) creates the Branch/Locations that correspond to each M3 MCM company. The inter-company journal definition — which branch is the elimination entity and which accounts absorb eliminations — must be configured in Acumatica GL setup. We deliver a branch-mapping plan based on the M3 company count and inter-company transaction volume so the Acumatica schema is ready before any data validation runs.
Extract master data with field normalization and custom field discovery
FlitStack AI connects to Infor M3 via its published API endpoints and direct database read for high-volume transactional tables. All extracted records are normalized: M3 date formats converted to ISO 8601, leading zeros stripped from numeric codes, fixed-length text trimmed. Custom fields defined in CMS470 are discovered and catalogued — their type (alphanumeric, numeric, date), length, decimal places, and the object they attach to (item, supplier, PO header/line) are recorded for Acumatica UDF creation. A data discovery report is delivered before mapping is finalized.
Resolve owner and branch assignments by company code and user email
M3 company codes map to Acumatica branch IDs. Users in M3 (operators who created transactions) are resolved by email against Acumatica user accounts. Unmatched users are flagged before migration — your team either creates the Acumatica user first or assigns their records to a fallback owner. No transactional record lands in Acumatica without a resolved branch assignment, and no ownerless transaction is created.
Sequence the migration: master data first, then transactional history
Acumatica's foreign-key constraints require a load order: Branches → Customers → Vendors → Items → Warehouses → Purchase Orders → Sales Orders → Inventory Transactions → AP/AR Invoices → GL Journal Entries. We sequence the migration to satisfy these constraints. Master data (customer, supplier, item) loads first with M3's company-code-to-branch assignment applied. Transactional records load in date order within each module. M3 multi-company journal entries are held and loaded last, after all branches exist in Acumatica.
Run a sample migration with field-level diff and costing validation
A representative slice migrates first — typically 500–1,000 records spanning customers, items, POs, SOs, and a month of inventory transactions. We generate a field-level diff between the M3 source record and the Acumatica destination record so you can verify: branch assignment per M3 company code, costing element preservation in the custom cost field, lot number linkage in Acumatica lot class, and open PO status mapping. Costing validation is a specific check — the loaded Acumatica standard cost is compared to the M3 computed cost to confirm the transformation is accurate.
Execute full migration with delta-pickup window and audit log
Full migration runs against Acumatica. A delta-pickup window (typically 24–48 hours, configurable) captures any records created or modified in Infor M3 during the cutover period. Every operation is recorded in an audit log: record counts per module, error details per failed row, and field-level validation results. One-click rollback reverts the Acumatica tenant to its pre-migration state if reconciliation fails. After rollback is confirmed, the migration re-runs with the corrected mapping.
Platform deep dives
Infor M3
Source
Strengths
Weaknesses
Acumatica
Destination
Strengths
Weaknesses
Complexity grading
Moderate ERP migration. 2 of 8 objects need a mapping; the rest are 1:1.
Overall complexity
Moderate migration
Derived from compatibility, mapping clarity, API constraints, and data volume across Infor M3 and Acumatica.
Object compatibility
2 of 8 objects need a mapping; the rest are 1:1.
Field mapping clarity
Field mapping is derived from defaults — final spec confirmed during the sample migration.
Timeline complexity
8-object category — typical timelines run 2–7 days end-to-end.
API constraints
Infor M3: Not publicly documented; enforced by tenant-level concurrency caps (PRD: 10 per service, non-PRD: 5 per service) and usage-based limits on minutes and storage.
Data volume sensitivity
Infor M3 doesn't expose a bulk API — REST + parallelization used for high-volume runs.
Estimator
Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.
Step 1
Pick a category, then your source and destination platforms.
Category
FAQ
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