Article: The Business Impact of Implementing IFS Cloud ERP
Introduction
In today’s fast-paced manufacturing and asset-intensive industries, businesses need an ERP system that delivers real-time visibility, automation, and scalability. IFS Cloud ERP is designed to replace outdated legacy systems, streamline operations, and drive data-driven decision-making. This article breaks down how IFS Cloud impacts key business areas—supply chain management, AI integration, and reporting modernization—while providing practical steps for implementation.
1. Faster Deployments with Site Clusters
IFS Cloud allows businesses to group sites and roll out standardized processes, parts, and defaults quickly and consistently. This reduces implementation time, minimizes errors, and ensures uniformity across global operations.
Key Benefits: ✔ Rapid scalability for multi-site enterprises ✔ Reduced IT dependency with pre-configured templates ✔ Consistent data governance across all locations
Data-backed decision-making with AI recommendations
Reduced manual errors in forecasting and planning
6. Moving Away from Crystal Reports
With SAP ending support for Crystal Reports, businesses must transition to IFS Report Studio. Benefits include: ✅ Modern, interactive dashboards (no static PDFs) ✅ Self-service reporting for non-technical users ✅ Seamless integration with IFS Cloud data
Action Step: Start migrating reports now to avoid disruptions.
7. Data Governance and Compliance
IFS Cloud enforces role-based access, audit trails, and compliance controls (SOX, GDPR, ISO). This ensures:
Secure data handling with encryption and access logs
Automated compliance checks for audits
Single source of truth for financial and operational data
Outcome:Fewer audit failures and lower compliance risks.
8. Measurable Business Outcomes
Companies using IFS Cloud report: 📈 15-25% improvement in operational efficiency 💰 10-20% cost savings from automation and reduced IT overhead 🔒 Stronger data integrity with built-in governance
Next Steps: How to Get Started
Assess your current ERP gaps (supply chain, reporting, customizations).
Prioritize high-impact areas (e.g., workflow automation, Crystal Reports migration).
Leverage IFS Cloud’s built-in tools—no need for third-party add-ons.
Train teams on new workflows and AI features for quick adoption.
Conclusion
IFS Cloud isn’t just an ERP upgrade—it’s a strategic tool for faster operations, smarter decisions, and lower risks. By focusing on site clusters, workflow automation, and AI, businesses can eliminate legacy bottlenecks and future-proof their operations.
Most ERP programmes celebrate go-live like it’s the finish line. The steering committee pops the champagne, the System Integrator closes their tickets, and the project is marked «Green.» In reality, you haven’t finished the job. You have just handed over the risk.
Over the last few weeks, we’ve spoken to organisations that have invested $10m to $100m+ in ERP platforms and are now quietly battling a different problem:
The Silent Failure
Their people don’t want to use the system. Not because the technology failed, but because adoption was treated as an event, not a strategy.
For IT Directors and CIOs, this is critical. The system is technically stable. The uptime is 99.9%. But business value is flatlining.
What Actually Went Wrong?
Governance owned delivery, not outcomes. PMOs measure «On Time, On Budget,» but often dissolve before «Value Realization» begins.
Adoption was assumed, not designed. Organizations assume that because IFS Cloud is modern, users will naturally flock to it. They won’t.
Training focused on “how”, not “why”. Users are taught which buttons to click, but not why the data matters to the downstream supply chain.
Post-go-live support vanished. The expert consultants left just as the reality of the new process hit the shop floor.
Turning the Ship Around: 4 Strategic Pivots
If your ERP is live but value isn’t, the work isn’t finished, it’s just starting. Here is how we turn ERP programmes around.
Reframe the Narrative
Shift from «System Implementation» to Enterprise Behaviour Change. When you frame it as a technical upgrade, you get technical engagement. When you frame it as an operational shift, you get executive buy-in.
Redesign Governance
In an Evergreen environment like IFS Cloud (R1/R2 releases), governance must be perpetual. Assign a Product Owner whose KPI is User Adoption, not just system stability.
Treat Adoption as Risk
Low adoption is a commercial risk, not an HR issue. Track metrics like «Percentage of POs created via automation» and report them to the Board alongside uptime.
Capability After Go-Live
Shift your training budget. Reserve 40% for months 2 to 6. Learning sticks when users are facing real scenarios, not during UAT in a sandbox.
Long-term success isn’t technical. It’s cultural.
If you are looking at your post-go-live landscape and seeing frustration instead of flow, it is time to stop patching the software and start patching the strategy.
Curious how other IFS customers are tackling post-go-live adoption? Let’s compare notes.
Adoption often fails because the focus is placed on delivery milestones rather than behavioural change. If training focuses only on «how» to click buttons rather than «why» the process matters, and if support vanishes immediately after Go-Live, users revert to old habits or workarounds like Excel.
Unlike legacy ERPs, IFS Cloud updates twice a year (Releases R1 and R2). «Evergreen Governance» means maintaining a permanent Center of Excellence or Product Owner role to manage these updates, test new features, and drive continuous improvement, rather than dissolving the project team after the initial launch.
We recommend reserving approximately 40% of your training budget for the post-go-live period (Months 2 to 6). Users absorb information best when they are facing real-world scenarios. Heavy front-loaded training in a sandbox environment is often forgotten by the time the system is live.
Move beyond «System Uptime.» Track business value metrics such as the percentage of automated transactions vs. manual interventions, the time to complete key workflows, or the reduction in offline spreadsheets. These indicators reveal whether the system is actually being used to perform or just to comply.
In the fast-paced world of enterprise resource planning, IFS Cloud stands out for its agility and continuous innovation. However, architects tasked with implementing and maintaining the system face a significant challenge: balancing the need for customization with the imperative of governance. The Evergreen model of IFS Cloud, with its bi-annual updates, forces architects to confront this dilemma head-on. Customizations that once remained untouched for years now face scrutiny every six months, turning technical debt from a theoretical concern into an immediate risk.
The Evergreen Reality: A Double-Edged Sword
IFS Cloud’s Evergreen model is designed to keep organizations at the cutting edge, delivering new features and improvements twice a year. While this ensures businesses can leverage the latest advancements, it also means that every customization — no matter how small — must be re-evaluated with each update. What was once a «set and forget» modification in older versions like IFS Applications 9 or 10 now requires ongoing attention. The consequence of weak governance isn’t just inefficiency; it’s the potential for complete paralysis during upgrades.
The Tiered Governance Model: A Structured Approach
To navigate this challenge, architects must move beyond the traditional «Standard vs. Custom» binary. The Tiered Governance Model provides a framework for managing customizations based on their risk and impact. This model categorizes modifications into three tiers, each with its own governance rules and scrutiny levels:
Tier 1: Low-Code/No-Code Configurations – Changes made through Page Designer, Custom Fields, Events, Lobbies, and Automation Workflows. While these modifications are generally «upgrade-safe,» they introduce significant data risks if left unchecked. Every custom attribute must undergo a Data Impact Assessment to determine ownership, regulatory requirements, and inclusion in the Data Warehouse.
Tier 2: Extend on the Outside – Extensions built using REST APIs in platforms like Boomi, Azure, or Mendix. These integrations offer high flexibility with low core risk but require governance to ensure API Contract Stability. Only public and supported APIs should be used to avoid disruptions.
Tier 3: Extend on the Inside – Modifications to Projections, Logical Units (LUs), or underlying business logic. These high-risk changes should be a last resort and must be developed within the IFS Lifecycle Experience (LE) with mandatory automated test scripts.
Operationalizing Governance: From Theory to Practice
Governance isn’t effective if it’s not enforced. To operationalize the Tiered Governance Model, architects must embed governance into every stage of the development lifecycle:
Configuration Change Control Board (CCB) – Evaluates the method of implementation for customizations, ensuring every change aligns with architectural best practices.
Lifecycle as the Enforcer – IFS Build Place pipelines should act as the «governance sheriff,» blocking merges that lack associated documentation or fail static code analysis. If governance artifacts are missing, the build fails — no exceptions.
Expiration Date Strategy – Every customization should have a review date. Aggressive pruning of outdated customizations is essential to prevent technical debt from accumulating.
The Architect’s Bottom Line: Stewardship Over Speed
The role of an architect in IFS Cloud is not just to enable innovation but to ensure that innovation is sustainable. This requires a shift in mindset: from seeing governance as a barrier to recognizing it as the foundation of a resilient system. By defining ownership, lifecycle, and validation rules before a single line of code is written, architects can transform IFS Cloud from a fragile house of cards into a robust, evolving platform.
Action Plan: What You Can Do Today
Audit your customizations and document ownership, purpose, and review dates for each.
Enforce Data Impact Assessments for all custom attributes.
Lock down APIs to public, supported interfaces only.
Automate governance by configuring pipelines to block non-compliant merges.
Schedule regular reviews and retire obsolete customizations.
Train your team on governance responsibilities to ensure everyone understands the rules.
Conclusion
The next IFS Cloud update is always around the corner. By implementing a Tiered Governance Model and embedding governance into the development lifecycle, architects can ensure their customizations are ready for the future. Governance is not about saying «no» but about saying «do it right.»
Frequently Asked Questions
What is the Evergreen model in IFS Cloud?
The Evergreen model in IFS Cloud refers to the bi-annual updates that deliver new features and improvements. This model ensures organizations stay current with the latest advancements but requires ongoing evaluation of customizations to avoid technical debt and upgrade issues.
What is the Tiered Governance Model?
The Tiered Governance Model is a structured approach to managing customizations in IFS Cloud. It categorizes modifications into three tiers based on risk and impact: Tier 1 (Low-Code/No-Code Configurations), Tier 2 (Extend on the Outside), and Tier 3 (Extend on the Inside). Each tier has specific governance rules to ensure sustainability and compliance.
Why is governance important in IFS Cloud customizations?
Governance is crucial in IFS Cloud customizations to prevent technical debt, ensure compliance, and maintain system integrity. Without proper governance, customizations can become liabilities, hindering upgrades and increasing risks.
What is a Data Impact Assessment?
A Data Impact Assessment is a mandatory evaluation for all custom attributes in IFS Cloud. It determines data ownership, regulatory requirements, and whether the data should be included in the Data Warehouse. This assessment ensures that customizations are documented and compliant.
How can architects enforce governance in IFS Cloud?
Architects can enforce governance by embedding it into the development lifecycle. This includes using a Configuration Change Control Board (CCB) to evaluate implementation methods, automating governance through pipelines, and scheduling regular reviews to retire obsolete customizations.
What is the role of the Configuration Change Control Board (CCB)?
The CCB evaluates the method of implementation for customizations, ensuring they align with architectural best practices. It approves or rejects changes based on their potential risks and compliance with governance rules.
What is the Expiration Date Strategy?
The Expiration Date Strategy involves assigning review dates to all customizations. This ensures that workarounds or temporary solutions are retired when they become obsolete, preventing the accumulation of technical debt.
How can organizations prepare for IFS Cloud updates?
Organizations can prepare for IFS Cloud updates by auditing customizations, enforcing Data Impact Assessments, locking down APIs to public and supported interfaces, automating governance through pipelines, and training teams on governance responsibilities.
Centralized purchasing separates the transactional flow (ordering) from the physical flow (delivery):
Transactional Flow: Local purchase requisitions are consolidated into a single Purchase Order (PO) by a central purchaser. This PO is issued to the supplier as a unified order.
Physical Flow: The supplier delivers goods directly to the demand site, eliminating internal inventory transactions and reducing logistical complexity.
Key Benefit: No internal inventory transactions are required between the demand site and the ordering site, as receipt and arrival registration occur at the demand site.
Strategic Configuration and Prerequisites
To implement centralized purchasing effectively, enforce the following data consistency rules:
1. Purchase Part Standardization
All sites must use identical:
Part Numbers: Ensure the same part number is used across all locations.
Unit of Measure (UoM): Standardize the purchase UoM and conversion factors to inventory UoM.
Catalog Alignment: The central purchasing site’s catalog must include all parts from demand sites.
Failure to standardize: Leads to order errors, delayed deliveries, and increased operational costs.
2. Site Basic Data Setup
Configure site-level rules to define interactions between central and local entities:
Validity Periods: Define time intervals for default purchasing sites.
Pricing Logic: Choose whether prices are fetched from the Purchasing Site (PO Header) or Demand Site (PO Line).
Strategic Note: Using «Demand Site» pricing simplifies part administration by limiting basic data setup to the demand site.
Operational Workflow
From Requisition to Order
The transition from local requisition to central order can be automated or manual:
Automatic Detection: The «Central Order» option is enabled automatically if the demand site has valid centralized basic data.
Manual Selection: Buyers can manually select the central order option and specify the site and part pricing method.
Consolidation: Buyers can add lines to existing POs, converting normal POs to centralized POs.
Receipt and Arrival
Receipt and arrival registration are handled entirely by demand sites:
No central action is required for part arrivals.
Inventory transactions are recorded locally as usual.
For direct customer deliveries, the end customer’s address is saved on the PO line, and the process is managed by the demand site.
Risk Mitigation and Data Integration
Data Consistency Risks
Inconsistent part data across sites can disrupt centralized purchasing. Mitigate risks by:
Conducting a pre-implementation audit of part numbers, UoM, and catalogs.
Using Data Mesh and OData projections for real-time data synchronization.
Testing Scenarios
Before go-live, test the following scenarios:
Multi-site orders to a single supplier.
Direct deliveries to end customers.
Manual override of automated central order detection.
Frequently Asked Questions (FAQ)
How does the system determine the price for a centralized order?
A centralized order retrieves price-related information from either the Purchasing Site (PO Header) or the Demand Site (PO Line), based on configuration.
Are internal inventory transactions required between the central site and local sites?
No. Receipt and arrival registration at the demand site eliminate the need for internal inventory transactions.
What happens if centralized basic data is missing during requisition conversion?
The «Central Order» option will not enable automatically. However, buyers can manually select it and specify part pricing and site details.
Must part numbers be identical across all sites?
Yes. Parts must have the same number, UoM, and conversion factors across all sites to ensure seamless processing.
How can Data Mesh improve centralized purchasing?
Data Mesh enables real-time data synchronization across decentralized locations, ensuring consistency and reducing errors in multi-site procurement.
Implementation Checklist
Use this checklist to ensure a successful centralized purchasing implementation:
Audit part numbers, UoM, and catalogs for consistency across all sites.
Configure validity periods and pricing logic for each site.
Test automated and manual central order processes.
Simulate direct deliveries to end customers.
Integrate Data Mesh for real-time data synchronization (if applicable).
Train procurement teams on new workflows and error handling.
Key Performance Indicators (KPIs)
Measure the success of your centralized purchasing implementation with these KPIs:
Reduction in the number of purchase orders by X%.
Decrease in order processing time by Y days.
Cost savings from bulk purchasing and improved supplier terms.
Reduction in order errors and delivery delays.
Centralized Purchasing FAQ
How does the system determine the price for a centralized order?
A centralized order retrieves price-related information from either the Purchasing Site (PO Header) or the Demand Site (PO Line). This depends entirely on your specific configuration preferences for pricing logic.
Are internal inventory transactions required between the central site and local sites?
No. One of the key benefits of this model is that receipt and arrival registration occur directly at the demand site, effectively eliminating the need for complex internal inventory transactions.
What happens if centralized basic data is missing during requisition conversion?
The system is designed for safety; the «Central Order» option will not enable automatically if data is missing. However, buyers can intervene by manually selecting the option and specifying the necessary part pricing and site details.
Must part numbers be identical across all sites?
Yes, this is a strict prerequisite. For seamless processing, parts must share the same Part Number, Unit of Measure (UoM), and conversion factors across all participating sites.
How can Data Mesh improve centralized purchasing?
Data Mesh architecture facilitates real-time data synchronization across decentralized locations. This ensures consistency (e.g., matching part numbers) and significantly reduces errors inherent in multi-site procurement strategies.
In the complex ecosystem of Enterprise Resource Planning (ERP), the disconnect between maintenance operations and procurement has traditionally been a source of friction. For organizations in asset-intensive industries such as aerospace, defense, automotive, and heavy manufacturing , the need to acquire materials is often triggered directly by a maintenance event. Historically, linking these work tasks to the appropriate procurement vehicle, especially for non-standard scenarios such as borrowed or exchanged parts, required manual workarounds, spreadsheets, and disconnected communication.
With the release of IFS Cloud 25R2, this operational silo is effectively dismantled. The update introduces a robust integration between Work Orders, Work Tasks, and Procurement processes. This «Flexible Procurement Handling» capability empowers organizations to manage the entire lifecycle of an item — from the initial requirement on a shop floor to the final return of a loaned component — within a single, unified digital environment. This shift is not merely a functional update; it represents a strategic move towards a more responsive and data-driven supply chain.
The standout feature of the 25R2 update is the ability to connect Work Tasks directly with advanced procurement options. Previously, a technician or planner identifying a material need often had limited options within the maintenance interface, sometimes necessitating a switch to a separate purchasing module to handle complex requests.
Now, by adding a material line to a Work Task and selecting Purchase Order as the Supply Code, users unlock a suite of sophisticated sourcing methodologies. This integration ensures that the intent of the maintenance activity is perfectly preserved in the purchasing execution, enhancing data governance and reducing the risk of administrative errors.
Expanded Supply Codes: Beyond Standard Purchasing
IFS Cloud 25R2 democratizes access to complex purchasing types directly from the maintenance workflow. The «Purchase Order» supply code now acts as a gateway to four distinct procurement logic flows:
Regular Purchase: The standard acquisition model for parts or materials intended for consumption or inventory replenishment.
Exchange Order: A critical function for industries managing rotables. It streamlines the process of sending out a core part and receiving a serviceable unit, ensuring accurate cost tracking and inventory adjustments.
Repair Order: Facilitates the external service process by sending unserviceable parts to a supplier for repair and subsequent return, maintaining traceability throughout the external loop.
Borrow Order: Perhaps the most significant addition for short-term operational flexibility. It handles the temporary acquisition of supplier-loaned parts, automatically configuring ownership settings and serial tracking to prevent these assets from being mistakenly absorbed into general inventory.
Streamlined Returns and Closed-Loop Logistics
One of the most persistent challenges in Supply Chain Management (SCM) is the «reverse logistics» of loaned or exchanged parts. In previous iterations, returning a borrowed item often required manually creating a new Purchase Order or Return Material Authorization (RMA), a process prone to data entry errors and delays.
IFS Cloud 25R2 addresses this with a dedicated Returns tab within the Work Task interface. This feature is supported by a guided assistant that:
Automates Data Entry: Automatically applies shipment details to selected material lines, ensuring the return matches the original receipt.
Triggers Backend Transactions: eliminating the need for manual PO creation or separate receipt processing.
Ensures Traceability: Maintains a digital thread from the moment the part was borrowed to the moment it leaves the facility, a crucial capability for compliance and auditability in regulated sectors.
Conclusion
The enhancements in IFS Cloud 25R2 transform purchasing from a transactional back-office function into a strategic enabler of maintenance efficiency. By embedding sophisticated supply logic directly into the Work Task, IFS Cloud reduces manual effort, sharpens financial accuracy, and fosters stronger, more transparent relationships with suppliers.
IFS Cloud continues to evolve to improve efficiency and flexibility in work management and procurement. In many industries, companies often need materials or parts temporarily or source them from external suppliers. Previously, linking work tasks to procurement, especially for borrowed or supplier-loaned items, required manual workarounds and raised the risk of errors.
Now, IFS Cloud supports seamless integration between work orders, work tasks, and procurement processes. This allows organizations to flexibly decide how to source items and efficiently manage the return or purchase of loaned materials. These changes reduce manual work, ensure accurate financial handling, and build stronger supplier relationships.
IFS Cloud eliminates the operational disconnect between work management and procurement. Previously, linking maintenance tasks to procurement, especially for temporary, borrowed, or externally repaired materials, required manual workarounds. This led to errors, task delays, and complex financial tracking due to reliance on spreadsheets and limited visibility.
Now, IFS Cloud offers a fully integrated procurement workflow. Flexible Procurement Handling connects Work Tasks directly with procurement options. This allows organizations to manage the entire lifecycle of items, from simple purchases to complex supplier loans, within a single environment.
Key benefits include flexibility, as you can execute multiple procurement methods directly from the work task. It improves efficiency by reducing manual effort and eliminating workarounds. Accuracy is enhanced through precise cost tracking and streamlined financial follow-up. It also strengthens control over supplier relationships and inventory management.
The process starts by adding a material line to a Work Task and selecting «Purchase Order» as the Supply Code. This unlocks options like Regular Purchase, Exchange Order, Repair Order, and Borrow Order.
Regular Purchase is used for standard acquisition of parts or materials. Exchange Order manages cost-effective part exchanges with suppliers and ensures financial and inventory accuracy. Repair Order initiates external service processes for unserviceable parts and tracks their return. Borrow Order handles the temporary acquisition of supplier-loaned parts, with automatic ownership settings and serial tracking.
For supplier-loaned parts, IFS Cloud simplifies the return process. Users initiate returns directly from the Work Task’s «Returns» tab. A guided assistant ensures fast and accurate data entry by applying shipment details to all selected lines. The system automates backend transactions, eliminating manual PO creation and receipt processing and ensuring full traceability.
This functionality transforms disjointed workflows into a unified, controlled process. It reduces manual effort, minimizes errors, and provides end-to-end visibility from task initiation to procurement and inventory updates. The result is operational flexibility, precise financial control, and stronger supplier collaboration across industries like aerospace, automotive, and heavy equipment.
In the complex ecosystem of Enterprise Resource Planning (ERP), the disconnect between maintenance operations and procurement has traditionally been a source of friction. For organizations in asset-intensive industries such as aerospace, defense, automotive, and heavy manufacturing, the need to acquire materials is often triggered directly by a maintenance event. Historically, linking these work tasks to the appropriate procurement vehicle, especially for non-standard scenarios such as borrowed or exchanged parts, required manual workarounds, spreadsheets, and disconnected communication.
With the release of IFS Cloud 25R2, this operational silo is effectively dismantled. The update introduces a robust integration between Work Orders, Work Tasks, and Procurement processes. This «Flexible Procurement Handling» capability empowers organizations to manage the entire lifecycle of an item — from the initial requirement on a shop floor to the final return of a loaned component — within a single, unified digital environment. This shift is not merely a functional update; it represents a strategic move towards a more responsive and data-driven supply chain.
The Core Evolution: Flexible Procurement Handling
The standout feature of the 25R2 update is the ability to connect Work Tasks directly with advanced procurement options. Previously, a technician or planner identifying a material need often had limited options within the maintenance interface, sometimes necessitating a switch to a separate purchasing module to handle complex requests.
Now, by adding a material line to a Work Task and selecting Purchase Order as the Supply Code, users unlock a suite of sophisticated sourcing methodologies. This integration ensures that the intent of the maintenance activity is perfectly preserved in the purchasing execution, enhancing data governance and reducing the risk of administrative errors.
Expanded Supply Codes: Beyond Standard Purchasing
IFS Cloud 25R2 democratizes access to complex purchasing types directly from the maintenance workflow. The «Purchase Order» supply code now acts as a gateway to four distinct procurement logic flows:
Regular Purchase: The standard acquisition model for parts or materials intended for consumption or inventory replenishment.
Exchange Order: A critical function for industries managing rotables. It streamlines the process of sending out a core part and receiving a serviceable unit, ensuring accurate cost tracking and inventory adjustments.
Repair Order: Facilitates the external service process by sending unserviceable parts to a supplier for repair and subsequent return, maintaining traceability throughout the external loop.
Borrow Order: Perhaps the most significant addition for short-term operational flexibility. It handles the temporary acquisition of supplier-loaned parts, automatically configuring ownership settings and serial tracking to prevent these assets from being mistakenly absorbed into general inventory.
Streamlined Returns and Closed-Loop Logistics
One of the most persistent challenges in Supply Chain Management (SCM) is the «reverse logistics» of loaned or exchange parts. In previous iterations, returning a borrowed item often required manually creating a new Purchase Order or Return Material Authorization (RMA), a process prone to data entry errors and delays.
IFS Cloud 25R2 addresses this with a dedicated Returns tab within the Work Task interface. This feature is supported by a guided assistant that:
Automates Data Entry: Automatically applies shipment details to selected material lines, ensuring the return matches the original receipt.
Triggers Backend Transactions: eliminating the need for manual PO creation or separate receipt processing.
Ensures Traceability: Maintains a digital thread from the moment the part is borrowed to the moment it leaves the facility, a crucial capability for compliance and auditability in regulated sectors.
Conclusion
The enhancements in IFS Cloud 25R2 transform purchasing from a transactional back-office function into a strategic enabler of maintenance efficiency. By embedding sophisticated supply logic directly into the Work Task, IFS Cloud reduces manual effort, sharpens financial accuracy, and fosters stronger, more transparent relationships with suppliers.
Frequently Asked Questions
Q: What is the key purchasing improvement in IFS Cloud 25R2 regarding Work Tasks?
A: The key improvement is the direct integration of procurement options within Work Tasks. Users can now select «Purchase Order» as a Supply Code to access flexible sourcing options like Regular Purchase, Exchange Order, Repair Order, and Borrow Order directly from the maintenance interface.
Q: How does the «Borrow Order» supply code function in IFS Cloud?
A: The «Borrow Order» supply code allows organizations to handle the temporary acquisition of parts loaned from suppliers. It automatically manages ownership settings and tracks serial numbers, ensuring that loaned items are distinguished from company-owned inventory throughout their lifecycle.
Q: Does IFS Cloud 25R2 support the return of supplier-loaned parts?
A: Yes, IFS Cloud 25R2 simplifies this process significantly. Users can initiate returns directly from the «Returns» tab of a Work Task. A guided assistant populates shipment details and automates backend transactions, removing the need for manual Purchase Order creation.
Q: Which industries benefit most from the new Work Task procurement integration?
A: Industries with heavy maintenance and repair operations, such as aerospace, automotive, and heavy equipment, benefit most. These sectors frequently rely on exchanging, repairing, or borrowing high-value components, and the new integration streamlines these complex logistical flows.
