ERP migration

Migrate from Epicor iScala to Infor CloudSuite Corporate

Field-level mapping, validation, and rollback between Epicor iScala and Infor CloudSuite Corporate. We move data and schema; workflows are rebuilt natively in Infor CloudSuite Corporate.

Epicor iScala logo

Epicor iScala

Source

Infor CloudSuite Corporate

Destination

Infor CloudSuite Corporate logo

Compatibility

83%

10 of 12

objects map 1:1 between Epicor iScala and Infor CloudSuite Corporate.

Complexity

BStandard

Timeline

8-12 weeks

Rollback included Accuracy guarantee Field-level validation

Overview

What this migration involves

Moving from Epicor iScala to Infor CloudSuite is a schema-translation and middleware-architecture migration, not a direct table copy. iScala stores company-dependent data under two-letter module prefixes (GL, SC, OR, PC, SL, PL, AM, PR, MP, HR, PA) across a single SQL Server database with company codes as the multi-entity separator. Infor CloudSuite uses ION middleware with BOD-based ETL pipelines and a dedicated migration database that stages, validates, and copies data into the production schema. We resolve the multi-company scoping problem at the outset, inventory UD field definitions per iScala version, translate iScala's two-letter prefix tables to Infor's object-model equivalents, and configure ION Desk BOD mappings for any custom fields. Workflows, automations, report definitions, and file-share attachments do not migrate; we deliver a written inventory of every active iScala automation and recommended ION workflow equivalents for the customer's admin team to rebuild post-migration.

Field-level fidelity

Every standard and custom field arrives verified.

Schema-aware mapping

AI proposes the map; you confirm before any record moves.

Relationships preserved

Parent–child, lookups, and ownership stay linked.

Full activity history

Calls, emails, meetings — with original timestamps.

Attachments & notes

Documents, uploads, and inline notes move with the record.

Why teams make this switch

Two sides of the same decision

Leaving

Epicor iScala logo

Epicor iScala

What's pushing teams away

  • Built-in reports are described as difficult to use and the interface is not considered user-friendly, creating frustration with day-to-day reporting tasks.
  • The application does not support opening multiple windows simultaneously, forcing users to close one screen before accessing another — a workflow bottleneck for order processing teams.
  • Steep learning curve and limited documentation make implementation and ongoing administration challenging for under-resourced IT teams.
  • Outdated UI compared to modern cloud ERPs creates a usability gap that frustrates younger users and increases training costs.
  • Performance issues after migration to newer Epicor Kinetic environments have been reported when server resources are undersized, causing slower reporting and task execution.

Choosing

Infor CloudSuite Corporate logo

Infor CloudSuite Corporate

What's pulling them in

  • Infor CloudSuite is industry-specific out of the box — manufacturing, distribution, healthcare, and food & beverage editions ship with preconfigured workflows that reduce the need for extensive customization and accelerate time to value for operations-heavy organizations.
  • The platform's deep integration with Excel for financial reporting is frequently cited as a key productivity feature, allowing finance teams to pull data directly and make changes without leaving familiar tooling.
  • AWS-hosted multi-tenant deployment eliminates data center management for IT teams, and Infor OS provides a unified integration layer (ION) that connects the CloudSuite to third-party applications without point-to-point middleware.
  • Organizations with multi-site or multi-country operations choose Infor for its multicurrency, multilanguage, and local regulatory compliance capabilities across 175+ countries, which simplifies consolidation for global CFOs.
  • The two-tier ERP strategy positioning lets corporate headquarters run CloudSuite while subsidiaries run lighter instances, which appeals to complex organizational structures that want standardization without full replacement.

Object mapping

How Epicor iScala objects map to Infor CloudSuite Corporate

Each row shows how a Epicor iScala object lands in Infor CloudSuite Corporate, including any object-level transformations, lookup resolution, or schema-design dependencies.

Typical mapping — final map is confirmed during the sample migration step.

Epicor iScala

General Ledger (GL)

maps to

Infor CloudSuite Corporate

Financials / General Ledger

1:1
Mapping required

GL module in iScala holds chart of accounts, journal entries, and financial periods under the GL prefix. We map GL accounts and opening balances to Infor CloudSuite general ledger with multi-company accounts scoped by company code. Account structures in Infor are validated against the target company's fiscal calendar and currency setup. Historical journal entries migrate with full line-item detail; reversal entries and adjustment batches are flagged for the customer's Infor admin to post in the correct period.

Epicor iScala

Sales Ledger (SL)

maps to

Infor CloudSuite Corporate

Customer Master / Accounts Receivable

1:1
Mapping required

SL manages customer records, open invoices, and AR. We migrate customer masters and outstanding invoices preserving payment terms, credit limits, and multi-currency assignments. Address and contact fields vary by iScala version; we normalize them to Infor's address structure during field-level mapping and flag any version-specific fields for manual review. Customer-to-branch assignments from iScala map to Infor's customer-address hierarchy.

Epicor iScala

Purchase Ledger (PL)

maps to

Infor CloudSuite Corporate

Vendor Master / Accounts Payable

1:1
Mapping required

PL handles vendor records, open AP aging, and purchase invoices. We extract vendor masters with payment terms, bank details, and multi-currency assignments. Open AP aging records migrate as unpaid invoices with original invoice dates and due dates preserved for Infor's AP aging reporting. Multi-currency purchase transactions require exchange-rate preservation at the time of each invoice; we store the original rate and document currency on the migrated AP record.

Epicor iScala

Sales Orders (OR)

maps to

Infor CloudSuite Corporate

Sales Order Management

1:1
Mapping required

OR module contains order headers and lines with pricing, discounts, and fulfillment status. We migrate open and recent closed orders preserving line-level detail, quantity ordered versus quantity shipped, and any held or flagged status. Orders that span multiple iScala companies require split mapping with each order line assigned to the correct Infor operating unit. Attachment references on order headers are documented for manual reattachment post-migration.

Epicor iScala

Purchase Orders (PC)

maps to

Infor CloudSuite Corporate

Purchase Order Management

1:1
Mapping required

PC manages purchase order headers, lines, and receipts. Open PO records and GRNI (goods-received-not-invoiced) entries require careful sequencing because iScala tracks GRNI within the PC module while Infor separates receiving from AP matching. We migrate open POs and flag GRNI items for the customer's Infor admin to reconcile during the AP-matching configuration phase. PO approval workflows do not migrate; we document the approval matrix for rebuild in Infor's workflow engine.

Epicor iScala

Stock Control (SC)

maps to

Infor CloudSuite Corporate

Inventory Management / Item Master

1:1
Mapping required

SC covers inventory items, warehouse locations, lot numbers, and serial numbers. We map stock balances by site and warehouse, BOM structures, and warehouse assignments. Lot and serial tracking flags are preserved as metadata on the item master. iScala's two-letter module prefix for BOM structures (MP module references SC items) requires cross-module coordination: we migrate BOMs as part of the MP phase after item masters are in place. Lot and serial current balances include receipt transaction history so traceability links remain intact in Infor.

Epicor iScala

Material Production Control (MP)

maps to

Infor CloudSuite Corporate

Production Management / Work Orders

1:1
Mapping required

MP module handles work orders, routings, and production schedules. We migrate work order headers, operations, and material allocations preserving routing sequences and labor standards. Routing codes from iScala's two-letter-prefix schema require field-level mapping to Infor's operation sequence structure. Work order status (released, in-progress, completed, closed) transfers directly; work orders with partial completions are flagged with a status note for the Infor production admin to close or adjust.

Epicor iScala

HR and Payroll (HR, PA)

maps to

Infor CloudSuite Corporate

Human Capital Management

1:1
Fully supported

HR and PA modules store employee records, compensation history, and payroll runs. We migrate employee masters with demographic data, department assignments, and benefit enrollments as of the migration date. Effective-dated compensation records transfer as-is. Payroll processing rules, tax configurations, and deduction schedules do not migrate because Infor HCM uses a different payroll engine; we deliver a configuration guide for the customer's payroll admin to rebuild tax rules and deduction schedules in Infor CloudSuite HCM.

Epicor iScala

Asset Management (AM)

maps to

Infor CloudSuite Corporate

Fixed Assets

1:1
Mapping required

AM tracks fixed assets, depreciation schedules, and asset locations. We map asset masters with original cost, accumulated depreciation, and depreciation method (straight-line, declining balance, units-of-production). Asset-to-department assignments and cost center assignments are preserved for Infor's depreciation allocation reporting. Fully depreciated assets migrate with a closed status flag. Assets under finance lease and their corresponding liability accounts require separate cross-module mapping.

Epicor iScala

Project Management (PR)

maps to

Infor CloudSuite Corporate

Project Management / WBS

1:1
Mapping required

PR module stores project masters, WBS elements, budgets, and time entries. We migrate project headers and current budget balances. Detailed WBS element structures from iScala map to Infor's WBS hierarchy; complex WBS trees with multi-level rollups may require pre-creation of the project structure before line-item budget migration. Time entries migrate as activity records linked to the corresponding WBS element. Billing records and revenue recognition data migrate where the project billing method is time-and-materials; fixed-price project billing rules are documented for rebuild in Infor's project billing module.

Epicor iScala

User-Defined Fields (UD)

maps to

Infor CloudSuite Corporate

Custom Fields / Mongoose Extensions

lossy
Mapping required

The UD module contains custom fields attached to standard objects across GL, SL, PL, OR, PC, SC, MP, HR, and AM. UD field definitions and stored values vary by iScala version (2.2 through 2022.1), and the schema for UD field storage differs significantly between versions. We inventory all UD field definitions and their values during discovery against the target iScala version's UD table structure. Each UD field is mapped to either an Infor custom field (via Infor Mongoose), an extension table, or a User Area field in the target BOD. Any fields with no matching destination property are flagged for manual mapping review before migration begins.

Epicor iScala

Multi-Company / Multi-Site

maps to

Infor CloudSuite Corporate

Operating Units / Legal Entities

lossy
Mapping required

iScala stores company-dependent data under company codes within a single database alongside company-independent system data. This is a high-severity schema dependency: records from different legal entities can be inadvertently merged if scoping is not explicit. We query company codes upfront from iScala system configuration, create a corresponding operating unit or legal entity in Infor CloudSuite for each source company, and apply per-company extraction filters to every table pull. Inter-company transactions migrate as Infor inter-company journal entries. Multi-site deployments map to Infor sites under each operating unit.

Gotchas + challenges

What specifically takes care here

Platform-specific issues from each side, plus the pair-specific challenges that don't show up on either platform's page on its own.

Epicor iScala logo

Epicor iScala gotchas

High

Web Services license exhaustion degrades API performance

High

Multi-company schema requires per-company scoping

Medium

User-Defined (UD) field schema varies by iScala version

Medium

Linux container migration can break file share and report paths

Low

Stock lot and serial records require linked migration

Infor CloudSuite Corporate logo

Infor CloudSuite Corporate gotchas

High

Infor OS tier-based usage limits gate API and BaaS capabilities

Medium

Custom Fields use inconsistent naming across Infor editions

Medium

SQL migration utility requires source database access

Medium

Multi-site and multi-currency data require separate period closure sequencing

Low

REST API payload and timeout limits restrict bulk migration throughput

Pair-specific challenges

  • Multi-company schema demands explicit per-company scoping

    iScala stores company-dependent data under company codes within the same database, alongside company-independent system data. If we do not scope the migration to each company explicitly, records from different legal entities can be merged, corrupting AR, AP, and GL balances in the destination. We query company codes upfront from iScala system configuration tables, create a corresponding operating unit or legal entity in Infor CloudSuite for each source company, and build a per-company extraction filter into every SQL pull. Inter-company transactions are mapped to Infor's inter-company journal entry model rather than a single-company journal.

  • iScala Web Services license pool degrades under concurrent migration load

    Epicor iScala uses a Web Services license pool for API access. When the pool is exhausted, response times double, then double again with each additional request until the pool recovers. We monitor response times throughout the migration, pause ingestion when latency exceeds a defined threshold, and resume once the pool stabilizes. For large migrations we rely on direct SQL queries to the iScala SQL Server database rather than the Web Services API, which avoids license pool contention entirely. We flag any API-only data sources that require Web Services during discovery.

  • UD field schema varies by iScala version and requires pre-migration inventory

    The UD module allows custom fields on standard objects across GL, SL, PL, OR, PC, SC, MP, HR, and AM. However, the UD field definition schema changes between iScala versions (2.2 through 2022.1), and the table structure for storing UD values is not consistent across releases. We inventory UD fields against the running iScala version's UD table structure during discovery. Any fields without a matching Infor Mongoose or ION BOD target are flagged for manual mapping review before migration begins. Skipping this step results in silent data loss for custom fields that exist in the source but have no destination.

  • Infor CloudSuite requires a dedicated migration database with staged import

    Infor CloudSuite uses a dedicated migration database (separate from the production database) that receives, validates, and transforms external data before copying into the production schema. Source data must be mapped to Infor's DataMap Schema-Properties reference, and every table must follow Infor's defined import sequence due to foreign-key dependencies. We configure the Infor CloudSuite migration database, build XSLT transformations for custom BOD structures, run preliminary data transfer validation, and copy validated tables to the production database only after all constraint violations are resolved. Skipping this staging step causes foreign-key errors during production load.

  • Lot and serial records require linked stock transaction migration

    Lot and serial numbers in the iScala SC module are linked to stock transactions (receipts, issues, adjustments). Migrating only current balances without receipt transaction history breaks lot and serial traceability in Infor's quality and compliance reporting. We sequence stock migration to include receipt transaction history so that lot and serial links to receiving records remain intact. For manufacturers in pharma, food, or automotive regulated industries, traceability is a compliance requirement, making this sequencing critical.

Migration approach

Six steps for a successful Epicor iScala to Infor CloudSuite Corporate data migration

  1. Discovery and version identification

    We audit the source iScala installation: version (2.2 through 2022.1), installed modules (GL, SC, OR, PC, SL, PL, AM, PR, MP, HR, PA, SM, CM, UD), company codes and site count, UD field inventory per object, Web Services license pool size and current utilization, and multi-currency configuration. We pair this with a review of the target Infor CloudSuite edition (Industrial/LN, M3, or SyteLine), ION Desk availability, existing CloudSuite schema, and operating unit structure. Discovery outputs a written migration scope document, a UD field inventory, a company-to-operating-unit mapping, and an Infor ION BOD inventory for any custom fields.

  2. ION middleware and migration database setup

    We configure the Infor CloudSuite migration database per Infor's Migration Utility documentation. This includes establishing the import parameters, mapping external source tables (iScala SQL Server) to Infor CloudSuite target tables, defining import steps in dependency order (master data before transactional data), and building ION BOD XSLT transformations for any iScala UD fields that require custom mapping. We validate the ION BOD structure against the Infor DataMap Schema-Properties reference before any data is loaded. The migration database remains separate from the production database until all validation passes.

  3. Data extraction with per-company scoping

    We extract data from iScala using direct SQL queries to the SQL Server database with per-company extraction filters applied to every table. Concurrent Web Services API calls are used only for real-time validation reads where SQL access is restricted; we monitor Web Services license pool utilization and throttle requests to prevent pool exhaustion cascades. Stock lot and serial records are extracted with linked receipt transaction history to preserve traceability. UD field values are extracted from the version-specific UD table structure identified during discovery.

  4. Staging, validation, and transformation

    Extracted data is loaded into the Infor CloudSuite migration database with column-level mapping to the Infor target schema. We run validation checks on every table against Infor's data integrity rules: required fields, valid picklist values, foreign-key constraints, and date format consistency. Any invalid values are flagged in the Data Assessment Report and corrected in the staging layer before re-validation. XSLT transformations are applied to any custom BOD structures for UD fields mapped through ION. Each validation phase emits a row-count reconciliation report showing records passed, rejected, and pending correction.

  5. Production load in dependency order

    We copy validated tables from the migration database into the Infor CloudSuite production database following Infor's prescribed import sequence: company and site setup first, then GL accounts and chart of structures, then inventory items and BOMs (MP module after SC module due to item dependency), then open purchase and sales orders, then HR and AM records, then project headers and budgets, then transactional history (journal entries, invoices, stock transactions, and work order history). Multi-company data is loaded into the correct operating unit or legal entity in each phase. Each phase emits a production reconciliation report before the next phase begins.

  6. Cutover, automation handoff, and hypercare

    We freeze writes to iScala production during the cutover window, run a final delta migration of any records modified during the migration window, and validate post-migration data integrity in CloudSuite before enabling it as the system of record. We deliver a written inventory of all iScala Workflows, automations, and report definitions with recommended ION workflow equivalents for the customer's admin team to rebuild. File share and document attachment locations are documented with a reattachment guide. We support a one-week hypercare window for reconciliation issues raised by the customer's operations and finance teams before closing the engagement.

Platform deep dives

Context on both ends of the pair

Epicor iScala logo

Epicor iScala

Source

Strengths

  • Integrated multi-company, multi-currency General Ledger supporting real-time financial closing across subsidiaries.
  • Comprehensive manufacturing module (MP) with work orders, routings, and material production control.
  • Lot and serial number tracking in stock control (SC) for regulated industries like pharma and food.
  • Service order management (SM) with field-service scheduling for companies with on-site service operations.
  • Embedded reporting with iScala Query Designer and Crystal Reports for financial and operational analytics.

Weaknesses

  • UI is considered outdated compared to modern cloud ERPs, with no multi-window support limiting concurrent workflow.
  • Built-in reporting is difficult to use, driving users to external BI tools for ad-hoc analysis.
  • Limited public API documentation for iScala makes programmatic data extraction complex.
  • Web Services licensing model can cause degraded API response times when license pools are exhausted.
  • Steep implementation and training requirements for under-resourced IT and business user teams.
Infor CloudSuite Corporate logo

Infor CloudSuite Corporate

Destination

Strengths

  • Industry-specific preconfiguration across manufacturing, distribution, healthcare, and food & beverage reduces post-implementation customization effort.
  • Deep Excel integration for financial reporting allows finance teams to export, manipulate, and push data back without leaving a familiar environment.
  • Multi-tenant AWS deployment with Infor OS provides a unified integration layer that simplifies connecting to third-party applications and legacy systems.
  • Strong multicurrency, multilanguage, and regulatory localization capabilities support organizations operating across 175+ countries from a single platform.
  • Modular architecture allows organizations to deploy core financials, supply chain, or manufacturing modules independently and expand over time.

Weaknesses

  • Opaque pricing model with no public per-user rates and deployments commonly ranging from $500K to $5M creates significant budget uncertainty for prospective buyers.
  • Implementation complexity and timeline (commonly 2+ years for large deployments) leads to extended periods of reduced productivity and elevated project risk.
  • Steep learning curve with hidden options and a lack of public setup guidance makes self-service onboarding difficult compared to competitors with richer documentation communities.
  • Manufacturing module functionality is perceived by some users as outdated relative to modern ERP platforms, with reported bug issues that require workarounds.
  • Tight coupling between modules and environment-specific configurations makes migration to non-Infor systems labor-intensive, increasing switching costs.

Complexity grading

How hard is this migration?

Standard ERP migration. 1 of 8 objects need a mapping; the rest are 1:1.

B

Overall complexity

Standard migration

Derived from compatibility, mapping clarity, API constraints, and data volume across Epicor iScala and Infor CloudSuite Corporate.

  • Object compatibility

    B

    1 of 8 objects need a mapping; the rest are 1:1.

  • Field mapping clarity

    C

    Field mapping is derived from defaults — final spec confirmed during the sample migration.

  • Timeline complexity

    B

    8-object category — typical timelines run 2–7 days end-to-end.

  • API constraints

    B

    Epicor iScala: Not publicly documented for iScala; Web Services license pool governs concurrent API sessions rather than a per-minute rate.

  • Data volume sensitivity

    B

    Epicor iScala doesn't expose a bulk API — REST + parallelization used for high-volume runs.

Estimator

Estimate your Epicor iScala to Infor CloudSuite Corporate migration cost

Rule-based pricing — no per-record fees, no manual quotes. Migrations over 2M records are scoped individually.

Step 1

What are you migrating?

Pick a category, then your source and destination platforms.

Category

FAQ

Frequently asked questions about Epicor iScala to Infor CloudSuite Corporate data migrations

Answers to the questions buyers ask most during Epicor iScala to Infor CloudSuite Corporate migration scoping. Not seeing yours? Book a call.

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Infor CloudSuite implementation alone (Infor software, ION setup, and Infor consulting) typically takes nine to eighteen months per ERP Research and ERP Pilot benchmarks. FlitStack AI's data migration scope runs parallel to or following the Infor implementation and adds eight to twelve weeks for straightforward migrations (1-3 companies, limited UD fields, no multi-site complexity) and fourteen to twenty weeks for complex migrations with 4+ companies, heavy UD field usage, extensive BOM structures, or multi-site Infor CloudSuite destinations.

Adjacent paths

Related migrations to explore

Ready when you are

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