Infor EPM Implementation Guide: Architecture, Planning, Integration, and Best Practices

Infor Enterprise Performance Management is most valuable when it is treated as an enterprise financial and performance management environment rather than simply another reporting application. In a well-designed implementation, financial actuals, budgets, forecasts, operational assumptions, consolidation processes, reporting structures, and management analysis work from controlled data and consistent business definitions. In practice, that requires considerably more than installing applications and creating reports.

An effective Infor EPM implementation starts with business requirements and dimensional design, then connects those decisions to data integration, OLAP modeling, business rules, security, reporting, workflows, testing, and ongoing administration. Infor’s current EPM documentation covers business applications including Budgeting & Planning, Financial Consolidation, Financial Reporting, Workforce Budgeting, Business Modeling, dashboards, Excel Integration, Application Studio, Application Engine, OLAP, and Relational Modeling. 

This guide explains how those pieces fit together, where implementation projects commonly encounter problems, and what finance and IT teams should evaluate before and during an Infor EPM deployment.

What Is Infor EPM?

Infor Enterprise Performance Management, commonly referred to as Infor EPM, provides capabilities for financial planning, budgeting, forecasting, financial consolidation, reporting, and related performance management processes. Infor positions EPM as a platform that brings planning and financial performance processes together while connecting with ERP and other enterprise data sources. 

The distinction between an ERP and an EPM environment is important. An ERP primarily records and processes operational and financial transactions. EPM uses financial and operational information to support activities such as budgeting, forecasting, management reporting, scenario analysis, consolidation, and performance evaluation. A finance organization may therefore use ERP data as the actuals foundation while using EPM to model future periods, compare actuals against plans, consolidate entities, and distribute management information.

Infor EPM can also operate within a broader Infor ecosystem. Current Infor documentation describes integration and technology areas involving Infor OS, Data Fabric, ION, Application Studio, Application Engine, OLAP, and business applications. Infor also maintains separate documentation for cloud and on-premises EPM environments, which is important because administration, deployment, migration, and infrastructure considerations can differ between those environments. 

For organizations already using Infor CloudSuite or another Infor ERP, the architectural relationship can be particularly important. The EPM environment does not replace the ERP’s transactional role. Instead, it extends the enterprise architecture into planning, analysis, consolidation, and performance management. Infor describes EPM as integrating with both Infor CloudSuites and external applications, allowing financial and operational data from heterogeneous environments to participate in planning and analysis processes. 

Why Infor EPM Matters for Enterprise Planning and Performance Management

Financial planning becomes difficult when budgets, forecasts, actuals, workforce assumptions, operational plans, and management reports are maintained independently. The problem is not simply the number of spreadsheets involved. The deeper issue is that each process can develop its own definitions, hierarchies, assumptions, and calculation logic.

An EPM implementation provides an opportunity to establish a controlled planning model. Actual financial information can be brought into the planning environment, while finance teams create budgets, forecasts, scenarios, and assumptions using defined dimensions and business rules. Infor describes its Budgeting & Planning capabilities as supporting planning across profit and loss, balance sheet, and cash flow, with modeling and scenario planning capabilities. 

The same principle applies to consolidation. A multinational organization may have multiple legal entities, currencies, charts of accounts, ownership relationships, and intercompany transactions. Consolidation requires more than adding balances together. Entity structures, eliminations, ownership, currency conversion, journals, and reporting requirements must be represented consistently.

This is where implementation quality becomes important. If the underlying model is poorly designed, sophisticated dashboards and reports cannot compensate for inconsistent data. Conversely, a well-designed EPM environment can give finance users a controlled foundation for analyzing actual performance, creating forecasts, evaluating scenarios, and communicating results to management.

Organizations evaluating Infor EPM can also review Sama Consulting’s broader ⁠Infor consulting services to understand how EPM-related work can fit within a larger Infor application landscape.

Core Capabilities of Infor EPM

Budgeting and Planning

Budgeting and planning are often the most visible EPM use cases. A properly designed planning application allows finance teams to establish planning structures, collect assumptions, perform calculations, manage versions or scenarios, and compare planned values with actual performance.

The implementation challenge is determining what should be modeled centrally and what should remain a local business assumption. For example, a corporate finance team may control account structures, fiscal calendars, entities, and reporting dimensions, while individual business units provide operating assumptions. The system must support both governance and practical participation.

Infor documentation identifies Budgeting & Planning as a business application within EPM and describes planning capabilities that can cover financial statements and modeling requirements. 

Financial Consolidation

Financial Consolidation addresses the process of bringing financial results together across entities and organizational structures. Infor describes EPM consolidation capabilities as supporting multiple sets of books, elimination entries, and consolidated financial statements. 

The implementation should begin with the organization’s consolidation policy rather than with screens and reports. The project team needs to understand entity ownership, consolidation groups, currencies, intercompany requirements, journal processes, close calendars, validation rules, and reporting requirements.

A technically correct consolidation model can still create operational problems if finance users cannot understand why a balance changed or where an adjustment originated. Reconciliation and traceability therefore need to be considered during design, not added after go-live.

Financial Reporting

Financial reporting translates the EPM model into information that finance and management can consume. Application Studio is particularly important in environments where organizations need structured, governed reporting.

Current Infor documentation describes Application Studio as a reporting environment that can access relational and OLAP data, use calculations and hierarchies, execute Application Engine processes, support writable report cells, and export reports into formats including Excel and PDF when appropriately configured. 

Reporting design should begin with the decisions users need to make. A management report that contains every available dimension is usually less useful than a carefully structured report that exposes the relevant variance, trend, and drivers.

Workforce Budgeting

Workforce planning introduces a different level of detail because personnel costs can be modeled at employee or position levels rather than only at general ledger account level. Infor’s EPM materials describe Workforce Budgeting as supporting detailed workforce cost planning and mapping summarized workforce expenses into financial accounts. 

This creates an integration requirement between workforce assumptions and financial planning. Organizations should define how employee or position-level assumptions translate into financial accounts, departments, entities, periods, and other planning dimensions.

Business Modeling and OLAP

Business Modeling and OLAP design form much of the technical foundation of EPM applications. Dimensions, hierarchies, members, relationships, measures, and calculation structures determine how information can be analyzed.

Infor’s current documentation identifies several modeling approaches, including Business Modeling, OLAP Modeling, Relational Modeling, and Application Engine processes. The appropriate approach depends on the application and the type of model being maintained. 

This is one of the areas where an implementation can become difficult later if the original design is rushed. Adding dimensions without understanding reporting, planning, security, and calculation implications can create unnecessary complexity.

Dashboards, Excel Integration, and Self-Service Analysis

EPM users do not all consume information in the same way. Executives may prefer dashboards, controllers may require structured financial reports, analysts may need multidimensional analysis, and planners may work extensively in Excel.

Infor’s current EPM documentation includes dashboards, Excel Integration, Self-Service Reporting and Analysis, and related reporting capabilities as part of the platform. 

The implementation should therefore define a reporting experience for each user group rather than attempting to force every role into a single interface.

Infor EPM Architecture and Data Flow

A conceptual EPM architecture can be represented as follows:

ERP and Other Source Systems

        |

        v

Integration and Data Flows

        |

        v

EPM Integration / Staging / Data Model

        |

        v

Business Modeling and OLAP

        |

        +——————+

        |                  |

        v                  v

Business Rules        Planning Processes

        |                  |

        +———+——–+

                  |

                  v

        Reports / Dashboards

                  |

        +———+———+

        |                   |

        v                   v

   Finance Users       Management Users

This is a conceptual architecture rather than a statement that every Infor EPM deployment uses exactly the same physical components. Current Infor documentation identifies Data Flow, Integration, Application Data Model, OLAP, Relational Modeling, Application Engine, Application Studio, dashboards, and business applications as distinct areas of the EPM environment. 

The most important architectural principle is separation of responsibilities. Source systems should remain authoritative for the transactions they own. Integration processes should move and transform data in a controlled manner. The EPM model should represent the dimensions and structures required for planning, consolidation, and analysis. Reporting should consume governed data rather than recreate core business logic independently in every report.

This approach also makes troubleshooting easier. When a report shows an unexpected value, administrators can determine whether the issue originated in the source system, integration layer, mapping, model, calculation, security configuration, or report itself.

For organizations using Infor CloudSuite, the broader cloud architecture should also be considered. Sama Consulting’s ⁠Infor CloudSuite consulting services cover implementation, integrations, data migration, optimization, and support across the wider Infor environment, which can be relevant when EPM is part of a larger CloudSuite modernization program.

How Infor EPM Supports Enterprise Financial Planning

Consider an organization with multiple legal entities, several operating divisions, a central finance function, and a combination of Infor and non-Infor source systems.

Actual financial data originates in the ERP environment. Master data establishes entities, accounts, organizational units, products, currencies, and other relevant dimensions. The integration process transfers the required information into EPM, where it is validated and incorporated into the appropriate model.

Finance then establishes the annual budget. Department managers enter operating assumptions, while corporate finance controls the overall planning framework. Workforce assumptions can be incorporated into departmental expenses, and capital plans can be evaluated against their expected financial effects.

During the year, actual results are compared with the approved budget and current forecast. When business conditions change, finance can create alternative scenarios rather than overwriting the original plan. Management reporting can then present actual, budget, forecast, and variance information using consistent definitions.

The value of this process is not simply automation. It is consistency. If the account hierarchy used for budgeting differs from the hierarchy used for reporting, or if actuals and planning data use different organizational definitions, users will spend time reconciling the system instead of analyzing the business.

Infor EPM Implementation Considerations

Requirements and Scope

A successful implementation begins with process requirements, not application configuration. Finance should document how budgets are created, who contributes assumptions, how approvals work, how forecasts are updated, how consolidation is performed, and which reports management considers authoritative.

IT should document source systems, interfaces, authentication requirements, environments, integration ownership, deployment processes, and operational support requirements.

A useful requirements workshop should identify not only what the organization wants to do, but also which existing processes should be eliminated. Reproducing every legacy spreadsheet process inside EPM can create a technically sophisticated version of the same inefficient operating model.

Dimensional Design

Dimensional design is one of the highest-impact implementation decisions. The team should define the dimensions required for planning and analysis and determine their relationships.

Typical dimensions may include account, entity, organization, period, scenario, currency, product, project, or other business-specific structures. The objective is not to create the maximum number of dimensions. It is to create the dimensions that support meaningful analysis without introducing unnecessary modeling and maintenance complexity.

Master Data

EPM planning is only as reliable as the master data supporting it. Account mappings, entity structures, organizational hierarchies, currencies, calendars, and other reference data must have clear ownership.

When an ERP changes an account or organizational structure, the EPM impact should be understood before the change reaches production. A master-data governance process prevents many issues that otherwise appear later as unexplained reporting discrepancies.

Security

Security needs to be designed around actual responsibilities. A regional controller may need access to multiple entities, while a business-unit manager may need access only to a specific organizational structure.

Infor EPM supports application and data security concepts, and current documentation distinguishes application roles, data roles, permissions, and related security configuration. 

Security testing should therefore use representative users rather than relying solely on administrator accounts. Test cases should confirm both positive access and denied access.

Testing

Testing should include more than confirming that screens work. A serious EPM test strategy includes:

• Source-to-EPM data validation
• Master-data validation
• Calculation testing
• Planning workflow testing
• Consolidation testing
• Currency and intercompany testing
• Security testing
• Report reconciliation
• Integration failure testing
• Performance testing
• User acceptance testing

Financial reconciliation deserves particular attention. A report can technically execute successfully while producing an incorrect number. Test scripts should therefore compare EPM results with controlled source-system balances and approved financial calculations.

Common Infor EPM Implementation Challenges

These problems tend to compound one another. For example, weak master-data governance can create integration mapping exceptions, which then produce reporting differences, which users may attempt to fix through report-level calculations. The result is a system that becomes increasingly difficult to maintain.

The solution is not always more technical development. Often, the better solution is to establish ownership and simplify the process.

Infor EPM Integration Considerations

Integration design should begin with data ownership. The team needs to identify which application is authoritative for each data domain and determine how frequently EPM needs updated information.

An ERP may be the source for actual financial balances and master data. A human resources system may provide workforce information. A CRM or operational application may provide sales assumptions. Other systems may provide project, capital, or operational planning inputs.

Infor EPM documentation includes integration and data-flow capabilities, while Infor’s broader ecosystem includes Infor OS and ION for connecting applications and managing enterprise integration patterns. 

Organizations evaluating ION as part of an EPM integration architecture can also review Sama Consulting’s ⁠Infor ION integration services. Integration design should consider mapping, validation, error handling, retry behavior, monitoring, reconciliation, and ownership rather than focusing only on moving data from one endpoint to another.

A particularly important practice is reconciliation. After a data load, the implementation should be able to answer whether the expected records arrived, whether totals agree with the source, whether mappings were applied correctly, and whether rejected records were identified and resolved.

Security and Governance Considerations

Financial planning and reporting frequently contain sensitive information, so security cannot be treated as a final configuration task. The implementation team should define who can view, enter, approve, modify, publish, and administer information.

Governance should also address changes to dimensions, reports, calculations, applications, integrations, and security roles. In cloud environments, release management becomes especially important because the platform evolves over time.

Infor’s current documentation describes application packaging and deployment mechanisms, including local packages and application comparisons. The Compare report can identify conflicts between packaged content and the target tenant before deployment. 

This type of controlled deployment approach is preferable to making undocumented production changes. Development, test, and production environments should have clearly defined responsibilities and promotion procedures.

For organizations operating on-premises EPM environments, infrastructure and service distribution also become part of performance and administration planning. Infor documentation notes that EPM can be distributed across multiple servers and identifies dedicated roles for components such as OLAP, Application Studio, dashboards, and Application Engine in larger environments. 

Infor EPM Performance and Optimization Considerations

EPM performance is influenced by the design of the model, complexity of calculations, data volumes, reporting patterns, integration processes, and user concurrency. Infor’s documentation explicitly identifies calculation complexity, hardware, and concurrent users as factors affecting EPM performance. 

Performance optimization should therefore begin with measurement. When a report becomes slow, the team should determine whether the problem is caused by the report definition, data retrieval, calculation logic, model complexity, integration activity, or infrastructure.

Application Studio reports should be designed with user behavior in mind. A report that retrieves a very broad multidimensional dataset when a user needs only a focused analysis creates unnecessary work. Similarly, business logic duplicated across many reports makes optimization and troubleshooting harder.

Application Engine processes also require careful design. Infor documentation notes that Application Engine processes can perform operations such as copying data between areas and executing calculations, and that longer-running processes can be executed asynchronously so users do not have to wait for completion. 

Performance work should also consider timing. A heavy integration job scheduled at the same time as a major reporting cycle may create avoidable contention. Coordinating batch processes, data refreshes, consolidation activities, and peak user periods can improve operational stability without changing the underlying infrastructure.

Practical Infor EPM Use Case

Consider a multinational industrial company operating ten legal entities across several countries. The company wants one controlled process for annual budgeting, monthly forecasting, financial consolidation, and management reporting.

The first step is to establish the financial model. Finance defines the account structure, entities, organizational dimensions, reporting periods, currencies, scenarios, and other dimensions required for analysis. The implementation team then maps source-system data to the EPM model and establishes validation rules.

Actual financial data is loaded into EPM from the ERP environment. Finance users create the annual plan, while operating managers provide departmental assumptions. Workforce planning provides personnel-related assumptions, and capital planning is incorporated into the broader financial outlook.

At month-end, actual results are loaded and validated. Consolidation processes bring legal entities together, while finance reviews intercompany and other consolidation requirements. Management reports then compare actual performance against budget and forecast.

When market conditions change, finance creates a revised scenario rather than replacing the original budget. This gives management a consistent view of the original plan, current expectations, and alternative scenarios.

This is an illustrative scenario, not a documented customer case. The important implementation lesson is that the value comes from connecting processes. Budgeting, forecasting, consolidation, reporting, and data integration should be designed as related components rather than isolated applications.

Infor EPM Best Practices

A practical implementation should follow several principles.

Start with business processes. Document the current planning, consolidation, and reporting processes before configuring applications. This exposes unnecessary manual work and conflicting requirements.

Treat dimensional design as architecture. Account, entity, organization, product, scenario, and other dimensions determine how users analyze information. Changes to these structures can have broad downstream effects.

Establish data ownership. Every important data element should have a clear source and owner. EPM should not become a second uncontrolled master-data repository.

Separate configuration from customization. Use delivered capabilities where they satisfy the requirement. Custom development should be justified by a genuine business need and evaluated for future maintenance.

Design reconciliation into every integration. Do not wait until month-end to discover that a data load was incomplete.

Test financial outcomes, not just application behavior. A successful process execution does not prove that the resulting financial value is correct.

Protect custom content from unnecessary upgrade risk. Current Infor documentation distinguishes commercial, protected, and custom applications and provides mechanisms for extending applications without modifying protected delivered content. 

Document the operating model. Documentation should explain who owns models, reports, integrations, security, deployment, monitoring, and support.

Build for supportability. The implementation team should leave administrators with diagnostic procedures, known-error guidance, reconciliation processes, and deployment documentation.

Plan for change. New entities, acquisitions, reorganizations, reporting requirements, regulatory changes, and ERP upgrades can all affect EPM. The model should be designed with controlled change in mind.

Organizations looking at analytics beyond EPM reporting may also benefit from understanding how Infor’s broader analytics ecosystem fits together. Sama Consulting provides ⁠Infor Birst consulting services for organizations that need enterprise analytics capabilities alongside their Infor application landscape.

Infor EPM Implementation Checklist

Before moving an implementation into production, confirm that the project team has addressed the following areas:

Business and Process

• Define planning and forecasting processes
• Document consolidation requirements
• Identify reporting consumers
• Establish approval and workflow requirements
• Define ownership for major processes

Data and Modeling

• Document source systems
• Define dimensional structures
• Establish account and entity mappings
• Validate master data
• Define financial calendars and scenarios
• Establish reconciliation rules

Configuration and Development

• Configure required EPM applications
• Define security roles
• Build required reports and dashboards
• Configure business rules and processes
• Develop required Application Engine processes
• Validate OLAP structures

Integration

• Build source-system integrations
• Define data transformation rules
• Establish error handling
• Configure monitoring
• Test incomplete and invalid data scenarios
• Reconcile loaded values against source systems

Testing and Deployment

• Complete system integration testing
• Complete financial reconciliation testing
• Perform security testing
• Conduct performance testing
• Complete user acceptance testing
• Establish deployment procedures
• Document rollback or recovery procedures where applicable

Operations

• Train administrators
• Train finance users
• Document support procedures
• Define ownership for integrations
• Establish model governance
• Establish change management
• Monitor performance and data quality after go-live

Frequently Asked Questions About Infor EPM

What is Infor EPM used for?

Infor EPM is used for enterprise performance management processes such as budgeting, planning, forecasting, financial consolidation, reporting, and related analysis. It can bring together information from ERP and other enterprise sources so finance teams can compare actual performance with plans, build forecasts, consolidate financial information, and provide structured management reporting. The specific applications and architecture depend on the organization’s requirements and deployment model. 

Is Infor EPM used for budgeting and forecasting?

Yes. Budgeting and forecasting are core Infor EPM use cases. Infor describes Budgeting & Planning capabilities for financial planning across areas such as profit and loss, balance sheet, and cash flow, along with modeling and scenario planning. A successful implementation still requires careful definition of dimensions, planning ownership, assumptions, workflows, and integration with actual financial data. 

Can Infor EPM integrate with ERP systems?

Yes. Infor EPM is designed to work with ERP and other enterprise data sources. Infor describes EPM as integrating with Infor CloudSuites as well as external applications, while its documentation includes integration, data-flow, and application data-model capabilities. The appropriate integration architecture depends on the source systems, data volumes, latency requirements, data ownership, and available integration technologies. 

What role does OLAP play in Infor EPM?

OLAP provides the multidimensional analytical foundation used by EPM applications and reporting processes. It allows data to be organized across dimensions and hierarchies so users can analyze financial and operational information from different perspectives. Infor’s current documentation identifies OLAP modeling, Business Modeling, Relational Modeling, and Application Engine as different tools or approaches used to create and maintain EPM models. 

What is Infor Application Studio used for?

Application Studio is used to create and manage reports within Infor EPM applications. It can work with relational and OLAP data, support calculations and hierarchies, provide interactive report actions, and support write-back scenarios where appropriately configured. Reports can also be designed for different environments and devices. 

What is Application Engine used for?

Application Engine is used to create and run business processes within Infor EPM. Processes can perform calculations, manipulate data, support application workflows, and interact with other EPM capabilities. Application Studio can execute Application Engine processes through actions, and Infor documentation describes synchronous and asynchronous execution options for processes with different runtime characteristics. 

What should organizations consider before implementing Infor EPM?

Organizations should evaluate business processes, dimensional design, master data, integration requirements, security, reporting, workflows, consolidation requirements, testing, deployment, and support. One of the most common mistakes is beginning configuration before finance and IT agree on the underlying business model. The implementation should establish clear ownership for data, calculations, security, reports, integrations, and ongoing administration before production deployment.

How does Infor EPM support financial consolidation?

Infor EPM supports consolidation processes involving multiple sets of books and legal entities, including elimination and consolidated financial reporting capabilities. The implementation needs to account for entity structures, ownership, currencies, intercompany activity, journals, validation, and reconciliation. The system configuration should reflect the organization’s actual consolidation policy rather than simply reproducing an existing collection of spreadsheets. 

Conclusion

An effective Infor EPM implementation is fundamentally a business architecture exercise supported by technology. The strongest implementations begin by defining how finance plans, forecasts, consolidates, reports, and analyzes performance. Those requirements then drive dimensional design, data integration, OLAP structures, business rules, security, reporting, and operational procedures.

The technical components matter, but their value depends on how they are connected. A well-designed integration cannot compensate for poor master data, and an attractive dashboard cannot correct an inconsistent financial model. Similarly, sophisticated planning capabilities will not deliver reliable results if users do not trust the underlying actuals and calculations.

Organizations implementing or modernizing Infor EPM should therefore treat the project as a lifecycle rather than a one-time software deployment. Requirements, modeling, configuration, integration, testing, deployment, administration, optimization, and user adoption all contribute to the final outcome.

For organizations that need experienced support across the wider Infor ecosystem, ⁠Sama Consulting’s Infor consulting team can support implementation planning, integration, modernization, optimization, and ongoing enterprise application initiatives where EPM is part of a broader Infor environment.