Introduction: Operational excellence rests on solid foundations

The integration of IFS Cloud is not just an IT project: it is a profound organizational transformation that redefines your processes, working methods, and operational performance.

At each stage—architectural choices, business trade-offs, implementation decisions—you make a long-term commitment to your ability to generate value.

Feedback shows twelve recurring risks which, if not anticipated, can undermine projects. If properly anticipated and managed, however, they can become levers for success and project optimization.

This guide outlines these key points to watch out for, as well as best practices for making your IFS Cloud integration a real driver of operational performance.

Insufficient framing: when technology dictates the trajectory

Finding

The project fails from the outset when it prioritizes functional exploration of IFS Cloud at the expense of rigorous business scoping.

Without this foundation, the tool risks responding to a blurred vision, creating lasting gaps between business expectations and the reality of the system.

Warning signs

• Superficial or rushed framing workshops
• Imprecise or inconsistent functional backlogs
• Unresolved disagreements between sites or divisions
• Lack of indicators to qualify irritants

Corrective methodology

Mapping macro-processes

Create a comprehensive map of value chains (Order-to-Cash, Procure-to-Pay, Plan-to-Produce, Field Service Management) including standard flows, variants, and exceptions.

Objectify malfunctions

Measure each process using factual indicators (average cycle time, error rate, volume of re-entries, frequency of disruptions) to prioritize areas for transformation.

Structured fit-gap analysis

Compare business needs with the standard coverage of IFS Cloud and classify each requirement into three categories:

• Standard (natively supported)
• Configuration (necessary settings)
• Justified extension (specific developments)

Key deliverables

• Process dictionary: single, shared repository
• Fit-gap matrix: consolidated view of gaps
• Prioritized backlog: value-driven roadmap

Failing governance: the absence of transformational leadership

Finding

Without strong executive sponsorship and structured governance, an IFS Cloud project is vulnerable to major issues (slow decision-making, conflicting priorities, scope creep). The lack of clear leadership weakens the momentum for transformation.

Warning signs

• Strategic decisions regularly postponed
• Functional scope that extends without control
• Tensions between business units
• Project teams running out of steam

Target governance model

Strategic level: The Steering Committee

Decision-making body bringing together the executive sponsor and business departments, ensuring major decisions and approvals on a monthly basis.

Operational level: The multidisciplinary Core Team

Cross-functional team (business, IT, finance, and quality) ensuring day-to-day management and overall consistency of the project.

Functional level: Business Product Owners

Domain owners responsible for requirements, backlog, and validation of deliverables.

Key deliverables

• Detailed RACI matrix: clarification of roles and responsibilities
• Governance charter: explicit rules of the game
• Active risk register: anticipating deviations
• Structured decision-making rituals: security of trade-offs

The inappropriate deployment strategy: the illusion of the big bang

Finding

The choice of deployment strategy (greenfield vs. brownfield, big bang vs. gradual rollout) has a significant impact on project risks. A strategy that is poorly aligned with the maturity of the organization leads to resistance, deviations, and operational disruptions.

Warning signs

• High heterogeneity between sites
• Extended functional scope
• Business continuity constraints
• Limited processing capacity

Recommended approach:

Objectively arbitrate between greenfield and brownfield based on the actual state of the processes.

Deploy in successive waves: pilot , stabilization of key processes, then extensions by site/division

Define pass criteria to secure each stage (adoption rate, KPIs, critical anomalies).

Key deliverables

• Documented deployment strategy
• Wave plan
• Go/no-go criteria

Underestimated data quality: a major risk that is often overlooked

Finding

The performance of IFS Cloud depends directly on data reliability. Dispersed, inconsistent, or duplicated repositories can render the system dysfunctional as soon as it goes live.

Warning signs

• Fragmented item repositories
• Obsolete or incomplete nomenclatures and ranges
• Duplication of records (customers, suppliers, third parties)
• Non-harmonized coding between sites

Remediation approach

Data maturity assessment: evaluate the quality of repositories according to five criteria: completeness, uniqueness, consistency, timeliness, and compliance.

Implementation of a structured MDM: defining golden records, standardizing data entry rules, establishing deduplication processes and enrichment/validation workflows.

Controlled and gradual migration: perform several dry runs with increasing volumes to identify and correct anomalies before go-live.

Key deliverables

• Unified data dictionary: governance repository
• Detailed migration plan: meticulous orchestration
• Sustainable MDM strategy: long-term data quality
• Quality dashboards: continuous monitoring

Over-customization: a risk to scalability

Finding

Over-reliance on custom developments to meet specific business needs creates significant technical debt, complicates upgrades, and permanently limits the ability to leverage the IFS Cloud standard.

Warning signs

• Specifics developed too early
• Systematic circumvention of the IFS standard
• Custom code with little documentation and accumulated
• Difficulty keeping up with IFS releases

Recommended "Configure-First" approach:

Maximize the standard: fully leverage all the native capabilities of IFS Cloud before considering any development.

Use only supported extensions: use only IFS-compatible mechanisms (events, projections, configuration packages) to ensure backward compatibility.

Systematic business case: any customization must be financially justified and validated by a Design Authority comprising architecture, business, and finance.

 Architectural guardrails

• Architecture Principles Guide: Reference Framework
• Register of exemptions: traceability of exceptions
• Regular architecture reviews: technical debt control
• Customization KPIs: measuring the custom/standard ratio

Neglected system integrations: the fragility of interfaces

Finding

IFS Cloud must be integrated into an already rich application system. When interfaces are poorly defined or not properly managed, they become a major source of fragility.

Warning signs

• Incomplete inventory of inter-application flows
• Informal interface agreements
• No incident recovery mechanisms
• Faulty monitoring of exchanges

Recommended integration approach

Mapping the ecosystem: Identifying all systems, flows, volumes, and dependencies to obtain a comprehensive overview and ensure the reliability of the integration scope.

Standardize integration patterns: Adapt mechanisms as needed: REST APIs, asynchronous messages, ETL, and EDI.

 Deploy an orchestration platform: set up an ESB or iPaaS solution to centralize governance, manage errors, track exchanges, and secure operations.

 Key deliverables

• Consolidated interface catalog
• Versioned API contracts
• Standardized integration architecture
• Operating Guide and Support

Minimalist change management: a barrier to adoption

Finding

Adopting IFS Cloud requires a structured approach. Limiting change to a few technical training sessions leads to resistance, workarounds, and underuse of the tool.

Warning signs

• Late communication
• Generic training courses that are not well suited
• Lack of skills monitoring
• Increase in workarounds

Recommended approach to change

Segment users: tailor messages, training, and materials according to profiles.

Build a clear narrative of the transformation: articulate the vision, business benefits, and trajectory to give meaning to the change.

Deploy immersive training: train on real processes through practical cases, simulations, and progressive courses.

Rely on a network of ambassadors: mobilize representatives in each entity to provide support, raise awareness, and report weak signals.

Management tools

• Change management plan
• Customized training kits
• Adoption Barometer
• Usage dashboard

The flawed testing strategy: discovering defects too late

Finding

An inadequate testing strategy leads to more issues at the end of the project. Discovering defects during UAT or in production undermines confidence in the system, significantly increases correction costs, and puts the go-live at risk.

Warning signs

• Test cases developed too late
• Unrealistic or incomplete data sets
• Lack of non-regression automation
• Partial functional coverage

Recommended approach: the testing pyramid

Unit tests: validation of configured or developed components.

Integration testing (SIT): verification of interactions between modules and third-party systems.

User acceptance testing (UAT): validation of complete processes under near-real conditions.

Performance and resilience testing: load simulation, response time, and disaster recovery.

Automated non-regression testing: systematic replay of critical scenarios with each update.

Key deliverables

• Formalized testing strategy
• Complete test case repository
• Representative and controlled data sets
• Hedging reports to manage risks

Deferred application security: a source of vulnerabilities and non-compliance

Finding

Addressing security and compliance at the end of a project exposes you to security breaches, segregation of duties (SoD) violations, and audit difficulties. Late corrections are costly and disrupt operations.

Warning signs

• User profiles too permissive
• Generic or shared accounts
• Lack of control over critical tasks
• Incomplete or unusable audit trails

Recommended "Security by Design" approach

Build a role matrix aligned with processes: assign rights as fairly as possible according to the principle of least privilege.

Identify and address SoD conflicts: analyze sensitive rights combinations and implement compensating controls.

Industrialize access management: formalize workflows for granting, modifying, and revoking accesswith mandatory periodic reviews.

Ensure auditability from the outset: configure logs, retention periods, dashboards, and detection alerts.

 Key deliverables

• IFS Cloud Security Policy
• Role Matrix and SoD Analysis
• Authorization procedures
• Audit reports

The impasse on the Run: when exploitation is not anticipated

The diagnosis

A successful go-live can quickly deteriorate if support and organization for the Run are not anticipated: accumulation of incidents, unprioritized requests, and loss of system value.

Warning signs

• Absence of structured hypercare
• Level 1 support, untrained
• No operating documentation available
• Uncontrolled post-go-live backlog

Recommended Run Organization

Intensive hypercare (3-6 months): joint task force, war room, short SLAs, KPI monitoring, and daily meetings.

Transition to stabilized support: L1 user support, L2 IFS functional expertise, L3 technical expertise and developments

Center of Excellence (CoE): roadmap management, capitalization of best practices, continuing education, management of relations with the IFS ecosystem.

Key deliverables

• Operational runbooks
• Support organization model
• Service catalog
• Autonomy ramp-up plan

Ignored non-functional requirements: the illusion of performance

Finding

Neglecting non-functional requirements (performance, availability, scalability, resilience) leads to an unstable system that is difficult to correct after the fact. A system that is functionally perfect but technically flawed remains unusable.

Warning signs

• Unspecified performance objectives
• Uptake not tested
• Informal business continuity plan
• Insufficient backup/restore strategy

Recommended NFR approach:

NFR formalization: response time, peak volumes, availability rate, RTO/RPO.

Adaptive architecture: consistent cloud/on-premise sizing, redundancy, and high availability.

Load testing: extreme simulations to validate resilience and scalability.

Scalable capacity planning: anticipate growth and plan infrastructure changes.

Key deliverables

• NFR requirements document
• Detailed technical architecture
• Performance test reports
• Capacity planning plan

Lack of update strategy: a growing version debt

Finding

The rapid pace of changes in IFS Cloud requires active management. Without a strategy, version debt increases and complicates future updates.

Warning signs

• Discrepancy between test environments and production
• Release notes not analyzed
• Absence of non-regression testing
• New features not used

Recommended strategy approach

Formalize an update policy: define the frequency of service updates and release updates with regulated exemption criteria.

Industrialize the deployment pipeline: aligned environments and automation of deployments and testing.

Establish continuous functional monitoring: systematic analysis of new developments, impacts, and support needs.

Automate non-regression testing: securing critical processes before each update.

Key deliverables

• Release schedule
• Upgrade Playbook
• Impact matrix
• Version tracking dashboard

The Concret approach: your trusted partner for IFS Cloud

Our differentiating value proposition

As an IFS-certified partner, Concret combines functional expertise, technical excellence, and controlled governance to secure your IFS Cloud projects. Our approach is based on five key principles:

1. Configure-First: prioritization of the IFS Cloud standard to ensure scalability and cost control.
2. Integrated governance: Joint Core Team and Design Authority ensuring consistency and controlled decisions.
3. Data Readiness: data quality and migration integrated from the outset.
4. Test & Change by Design: structured testing and change management strategies from the outset.
5. Post-go-live excellence: hypercare, skills transfer, and establishment of the IFS Competence Center.

Industry references

• Manufacturing industry: Plan-to-Produce expertise (50+ projects)
• Industrial Services: Field Service Management
• Distribution: Order-to-Cash
• Aerospace & Defense: Compliance and Traceability

IFS launch checklist: essential summary before getting started

Governance & Organization

☐ Executive sponsor identified and committed
☐ Operational Steering Committee
☐ RACI formalized and distributed
☐ Dedicated Core Team and resources confirmed

Business & Process Framework

☐ AS-IS macro-processes mapped
☐ TO-BE vision defined and shared
☐ Fit-gap prioritized by value
☐ Consolidated business case with ROI

Deployment strategy

☐ Greenfield/brownfield arbitration
☐ Phased deployment plan
☐ Defined pilot scope
☐ Go/no-go criteria established

Quality & Data Migration

☐ Audit of reference systems
☐ MDM governance defined
☐ Migration strategy documented
☐ Migration environment ready

Architecture & Integrations

☐ Validated "Configure-First" principles
☐ Interface mapping
☐ Standardized integration patterns
☐ Formalized API contracts

Testing & Quality Assurance

☐ Multi-level testing strategy
☐ Test repository initiated
☐ Representative data sets
☐ Test environments available

Security & Compliance

☐ Role matrix defined
☐ SoD analysis performed
☐ Authorization procedures defined
☐ Audit requirements formalized

Change management

☐ Communication plan approved
☐ User personas defined
☐ Training courses designed
☐ Network of ambassadors mobilized

Preparing for the Run

☐ Hypercare organization defined
☐ Structured 3-tier support
☐ Runbooks being drafted
☐ Target CCoE model validated

FAQ: Essential Frequently Asked Questions

How long does an IFS Cloud integration take?

The duration depends on the scope, the number of sites involved, and the complexity of the integrations. A well-defined pilot project is generally deployed in 6-9 months, followed by successive waves of 3-4 months, using an iterative approach that controls risks and accelerates value creation.

Does the IFS Cloud standard cover our specific business requirements?

Experience shows that the standard covers 80 to 85% of business needs when configured optimally. The remaining specific requirements (15-20%) are handled via supported extension mechanisms. The key to success lies in the quality of the framework and mastery of the ERP's native capabilities.

How can you ensure user adoption?

Adoption is based on a three-pronged approach: meaning, skills, and support. The persona-based approach, complemented by a network of ambassadors and immersive training, enables adoption rates of over 85% within the first three months.

 Investments to be expected beyond licenses?

Integration costs represent on average 1.5 to 2.5 times the cost of licenses (consulting, configuration, migration, training, and change management). Recurring costs (support, maintenance, upgrades) are around 20 to 25% per year. These ratios vary depending on the complexity of the project.

How should post-launch support be organized?

The run is organized into three phases: hypercare (3-6 months), stabilized support (6-12 months), and then an autonomous Competence Center with a gradual and controlled transfer of skills to internal teams.

Conclusion: Making IFS Cloud a sustainable competitive advantage

The integration of IFS Cloud is above all an organizational transformation. The risks identified in this guide can be managed provided that a structured and proven approach is adopted.

Success is based on four fundamentals:

• A rigorous business framework
• Robust governance
• Mastery of data and integrations
• A proactive approach to adoption

 It is a comprehensive vision covering the entire lifecycle (from initial scoping to post-deployment operational excellence) that transforms IFS Cloud into a driver of performance and innovation.

Contact Concrete

Your context is unique, your challenges specific. The Concret teams are at your disposal to analyze your situation and work with you to develop an IFS Cloud integration roadmap tailored to your ambitions.

📞 Direct contact: laurent.seguin@groupe-pnlt.fr | +1 619-799-3633

Concrete, IFS-certified partner – Your IFS Cloud success, our commitment