Warehouse execution systems are built to process operational transactions reliably. The challenge often appears later, when the business process around those transactions becomes more complex than the original workflow.
A warehouse adds new customers or distribution channels. Traceability requirements increase. A carrier, transportation platform or another external system needs data from warehouse operations. Quality checks require additional approvals. A process that once ended with a scan now triggers several actions across different systems.
None of this necessarily means the warehouse execution layer itself is failing. Receiving, putaway, picking, loading and inventory transactions may still be working exactly as intended.
When that execution layer remains reliable, warehouse teams do not always need to replace it or move every new requirement into the ERP core. In many cases, the more practical option is to extend the workflow around the transaction.
Start With What the Execution Layer Already Does Well
Warehouse operations depend on a large number of routine transactions: receiving goods, moving inventory, confirming picks, loading shipments, performing cycle counts and reporting material movements.
For companies running Infor M3, Factory Track provides an M3-native execution environment for many of these activities, including goods receiving and putaway, picking and shipment loading, physical inventory, cycle counting and barcode scanning. Companies with broader warehouse requirements may also use a dedicated warehouse management solution for Infor M3 to cover processes across inbound, in-house and outbound logistics.
Problems often emerge not in the transaction itself, but in the additional steps surrounding it.
Consider a warehouse operator confirming a pick. From the ERP perspective, that may be a straightforward event. From the operational perspective, the same event might also need to generate a label, update a track-and-trace platform, trigger an approval, route an exception or send information to another logistics system.
Warehouse teams often compensate for gaps between systems without treating them as technology problems.
An employee scans the same information twice. Another switches between a handheld application and a browser. A supervisor approves an exception through a separate process. Data is copied into another system after the physical work has already been completed.
Common signs include:
- employees entering or scanning the same information more than once;
- frequent switching between applications or screens;
- warehouse events that need to trigger actions in external systems;
- approvals or exception processes handled outside the normal workflow;
- manual steps between the physical movement of goods and the corresponding system update;
- new operational requirements that repeatedly create pressure for ERP-core development.
Don’t Push Every New Requirement Into the ERP Core
Some companies respond to new operational requirements by adding custom logic to the ERP core or to the applications around it.
That can be effective, especially when the requirement belongs in the core system. But when every operational change leads to another modification, maintenance, testing and upgrades can become more complicated over time.
A broader Infor M3 example comes from SMD Logistics. The company runs Infor M3 alongside several other systems, including an internally developed Track & Trace solution. Its challenge was not Factory Track itself, but the need to connect logistics processes with a separate traceability environment and gradually move functionality away from an older portal-based setup.
Rather than approaching the change as a big-bang replacement, SMD Logistics moved logistics functionality to Novacura Flow in stages while keeping M3 at the center of its ERP environment. According to Novacura, the transition reduced the number of M3 modifications from more than 60 to approximately 10 and supported a gradual migration path.
This kind of architecture allows the ERP to remain the central business system while additional process logic is handled outside the core when appropriate.
Keep Core Execution Stable and Extend the Workflow Around It
Another option is to leave reliable warehouse execution where it already works and add workflow logic around the processes that extend beyond standard transactions.
In an Infor M3 environment, companies can extend Factory Track workflows with Novacura Flow while Factory Track continues to support core warehouse execution. Flow can coordinate processes that span systems, roles or business functions, including cross-system integration, approvals, exception routing and customized mobile workflows, without requiring changes to the M3 core.
That approach becomes useful when a warehouse process crosses application boundaries.
At SMD Logistics, for example, warehouse operations interact with both M3 and the company’s Track & Trace environment. The broader business process therefore extends beyond a single ERP transaction.
Keeping core execution and broader process orchestration separate can give warehouse teams more flexibility to adapt workflows without repeatedly altering the M3 core.
Remove Repeated Steps Before Adding More Technology
Extending warehouse execution does not always mean adding more functionality. Sometimes the biggest improvement comes from removing steps that no longer add value.
One Infor M3 distributor found that its full-pallet picking process required redundant pallet scans in Factory Track. A guided Flow workflow removed those repeated scans and allowed full-pallet picks to be processed in a fraction of the previous time, without modifications to the M3 core.
The improvement came from simplifying the workflow around the transaction, not from replacing the execution system.
Before adding another application, interface or workflow, warehouse teams should examine the steps operators already repeat.
Where do employees scan twice? Where do they re-enter information? Where does a transaction finish in one system but continue manually in another?
Those questions can reveal whether the problem requires a new system, a configuration change or a better workflow around the systems already in place.
An extension approach is most useful when the existing execution layer still performs its primary job effectively. It may be worth considering when transactions are reliable but employees repeatedly move between systems, when warehouse events need to initiate processes elsewhere in the business, or when new operational requirements are creating growing pressure for ERP-core customization.
An extension layer is not a substitute for a capable warehouse management or execution system. If the existing system cannot support the required inventory model, transaction volumes, warehouse structure or fundamental operational processes, replacement may still be the right decision.
Warehouse modernization should begin with the process rather than with a predetermined technology choice.
If the transaction itself is failing, the execution layer may need to be fixed or replaced. If the transaction works but the surrounding process has become fragmented, repetitive or difficult to manage across systems, extending the workflow may be the more practical answer.
That distinction helps warehouse teams invest in the part of the technology stack that actually needs to change while keeping proven execution processes stable.
