What Makes the Accelerator Special

  • Works with preconfigured processes and industry best practices
  • Supports a faster and more predictable Infor LN implementation
  • Helps with the selection of scenarios, options, and solution components
  • Lays the groundwork for clearer scope decisions
  • Particularly relevant for ERP replacements, cloud transformations, and rollouts
  • Ideal for discrete manufacturing companies with high demands for structure and scalability

What is the Infor Implementation Accelerator?

The Infor Implementation Accelerator is an implementation approach for Infor LN that utilizes preconfigured processes, reference models, and a structured solution definition. The goal is to structure implementation projects more quickly, define the scope earlier, and leverage standardization in a more targeted manner.

Typical characteristics of the approach
  • Preconfigured business processes as a starting point
  • Best-practice guidance for industry-specific workflows
  • Structured selection of scenarios, options, and process modules
  • Early classification of standard vs. deviation
  • Better foundation for target processes, template-based approaches, and rollouts
Important for classification
  • The Accelerator is not a substitute for project management.
  • It is not a rigid, off-the-shelf solution that is adopted without evaluation.
  • Its added value is realized most effectively when companies clearly prioritize requirements and make deliberate use of standardization.

For many companies, that is precisely the advantage: They don't have to start the implementation from scratch, but can build on a structured foundation for processes, scope, and solution architecture.

How the Infor Implementation Accelerator Works

This approach involves a structured analysis of project requirements, scenarios, and options. Based on this analysis, a clear picture emerges of which solution architecture and process map are appropriate for the specific project.

Process level: for example, end-to-end processes such as order-to-cash or plan-to-deliver

Integrationsarchitektur

Subprocess level: for example, order processing, procurement, or production planning

Functional level: specific technical activities within a process

Program level: The level at which individual programs or transactions become relevant in the system.

What Benefits Does the Accelerator Offer?

More Structure at the Start of the Project
Many risks arise, especially at the beginning of an ERP implementation: unclear requirements, broad-ranging discussions, and a lack of prioritization. The Accelerator brings structure to the solution definition process.
Faster Scope Decisions
When processes, scenarios, and options are defined early on, a realistic project scope can be established more quickly. This reduces unnecessary iterations and improves manageability.
Closer to the standard
By focusing on preconfigured processes, it becomes easier to consciously rely on standard processes. This reduces complexity and creates a better foundation for future development.
Greater predictability
A clearer vision provides a better foundation for effort estimation, resource planning, testing procedures, training, and rollouts.
A Stronger Foundation for Cloud Projects
With Infor CloudSuite Industrial Enterprise in particular, an approach that closely follows the standard is especially valuable. The Accelerator helps align transformation goals and standardization early on.

When to Use the Infor Implementation Accelerator

This approach is particularly useful when companies want to implement their rollout not only from a technical standpoint, but also in a structured, scalable manner with clear decision-making.

ERP Replacement

When an existing system reaches its limits—whether functional, organizational, or technological—the Accelerator provides a structured foundation for realignment.

Cloud Transformation

Those who choose Infor CloudSuite Industrial Enterprise benefit from clear standardization decisions and a well-defined vision.

Template and Rollout Approaches

When there are multiple locations, companies, or national organizations, this approach helps define core processes more consistently and makes them usable for future rollouts.

Highly Complex Discrete Manufacturing

Companies in mechanical engineering, plant engineering, industrial manufacturing, the automotive sector, or high-tech fields must strike the right balance between standardization and specific requirements. This is precisely where a structured approach proves valuable.

Particularly relevant for discrete manufacturing

In discrete manufacturing, it is not enough to simply adopt standard processes. The key is striking the right balance between standardization, flexibility, and process realities.

Typical Requirements

  • Wide variety of variants
  • Complex bills of materials and work plans
  • Project-based manufacturing and procurement
  • Close integration of sales, purchasing, planning, and manufacturing
  • Cross-site processes
  • Requirements for transparency and traceability

Typical Manufacturing Scenarios

Scenario

Engineer-to-Order

Make-to-Order

Configure-to-Order

What the Accelerator Does

In the ETO environment, the Accelerator helps define stable core processes and clearly distinguish project-specific requirements from them.

This approach helps align the processes involving orders, planning, procurement, and manufacturing more quickly toward a common goal.

In CTO scenarios, it is particularly important to determine which requirements can be implemented in accordance with standards and where deliberate differentiation remains necessary.

How an Accelerator Project Works

The Infor Implementation Accelerator does not replace a comprehensive project approach. However, it provides a structured foundation for early solution definition.

1. Set Goals and Establish a Framework

At the outset, we determine which processes are needed, which areas are within the scope, and which requirements are business-critical.

2. Select Scenarios and Options

Next, an assessment is made to determine which process modules, options, and industry-specific processes align with the target state.

3. Refine the process map and target architecture

Building on this, a structured overview of core processes, subprocesses, functions, and system mapping is created.

4. Evaluate Standards and Deviations

The decision is now being made as to which processes can be adopted as-is and where targeted additions would be appropriate.

5. Prepare for Implementation Thoroughly

With a clear scope and vision, implementation, data migration, testing, roles, and training can be planned much more effectively.

What Determines Success in Practice

For this approach to deliver real added value, it takes more than just preconfigured processes. The quality of implementation is crucial.

 

Factors for Project Success

  • Industry Knowledge
    Industry-specific requirements must be properly addressed—especially in discrete manufacturing.
  • Experienced Project Management
    Clear governance, well-defined scope management, and quick decision-making are crucial.
  • Fit-to-Standard with a Sense of Proportion
    Not every deviation from the standard is necessary. At the same time, standardization must not become an end in itself.
  • Clean Extensions
    Where extensions are necessary, they should be implemented in a way that is architecturally clean and manageable over the long term.
  • Early Coordination Between the Business Unit and IT
    In ERP projects in particular, the close integration of processes, the system perspective, and project management is key to success.

FAQ on the Infor Implementation Accelerator

In principle, yes—but not every individual process should be adopted as-is. Especially in the early stages of a project, the accelerator helps distinguish between truly business-critical characteristics and deviations that have developed over time. The added value is greatest when companies are willing to consciously evaluate standardization.

Yes, especially when a template-based approach needs to be established or further developed. Preconfigured processes and structured process models help define global core processes more clearly and manage differences between locations more effectively.

The Accelerator provides a significantly better foundation for “Fit-to-Standard” or “Fit-Gap” workshops. Instead of discussing requirements in a completely open-ended manner, business units and the project team can build on reference processes, scenarios, and defined options. This makes workshops more focused and decisions more robust.

A very important one. While the accelerator helps structure processes and scope earlier on, it does not replace thorough planning of data migration, interfaces, and the target architecture. Especially in legacy system landscapes, these issues are often critical to the project’s success.

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Contact person
Thomas Heinke
Thomas HeinkeHead of sales department