SAP ECC and Scend
Integration Agency & Consultants
Cogent2’s approach combines AI-powered delivery with operators who understand the operational lag between SAP ECC and Scend. When order volumes are high, delays between IDoc release and warehouse dispatch create shipping backlogs. Our integration work focuses on closing this gap, improving fulfilment timing and the accuracy of your outbound dispatch.
Auditing SAP ECC and Scend gaps
Cogent connects your SAP ECC and Scend systems efficiently, ensuring your ERP and WMS/3PL operations are optimised. Our consulting services, particularly our system audit, are invaluable for identifying inefficiencies and integration gaps. This enables both our consultants and your team to take decisive action, ensuring your tech ecosystems, including SAP ECC and Scend, run smoothly. By addressing these areas, your ERP and WMS/3PL systems can operate effectively, allowing you to deliver an exceptional customer experience.
Solution Design
Our consultants at Cogent2 empower you to take control of your SAP ECC and Scend integrations. We collaborate closely to craft a blueprint for success, ensuring your ERP and WMS/3PL systems are optimised for efficiency. By designing well-planned integrations, we save your business time and energy, laying the groundwork for sustainable growth. With our expertise, your SAP ECC and Scend systems become robust, allowing your ERP and WMS/3PL operations to flourish seamlessly.
Mapping delivery documents to dispatch events luxury
SAP ECC serves as the master for inventory and order authorisation. The integration pushes outbound delivery requests to Scend and receives shipment confirmations to trigger final billing and stock reduction. To maintain data integrity, the system maps SAP ECC Delivery Documents to Scend SKU identifiers to prevent stuck records. Monitoring focuses on the transition points where order status drifts. If a delivery document fails to update in SAP after Scend has dispatched the parcel, the system flags the exception before it impacts reconciliation or customer tracking.
Orchestrating secure flows via compliant iPaaS
Cogent2 leverages iPaaS to integrate SAP ECC and Scend with ERP and WMS/3PL systems securely. iPaaS platforms offer ISO 27001 and SOC 2 compliance and above, ensuring data security. Benefits include efficient SAP ECC and Scend integration, improved ERP and WMS/3PL connectivity, and enhanced data management. This approach supports secure, scalable operations while maintaining high security standards.
Surfacing hidden failures in the reconciliation
Standard dashboards often miss quiet failures occurring between the SAP ERP layer and the Scend API. Visibility for this integration is built on proactive exception management rather than simple volume tracking. We surface stuck IDocs, SKU mapping errors, and delivery documents that fail to close despite a dispatch scan at the Scend warehouse. By identifying these gaps early, you prevent a build-up of unshipped orders and ensure that the inventory levels reflected in SAP ECC align with the physical stock held at Scend. Detecting these mismatches before they hit the month-end reconciliation process protects the integrity of your stock master data.
Handing over the order to cash workflow
Cogent2's training equips teams to effectively manage SAP ECC and Scend, integrating ERP and WMS/3PL systems. By focusing on SAP ECC and Scend, the training ensures your team can handle ERP and WMS/3PL challenges, supporting your brand's growth ambitions.
Resolving stuck IDocs and SKU mismatches
Support is focused on maintaining the integrity of the SAP order-to-cash cycle. We monitor for specific failure modes, such as sync errors or SKU mismatches between SAP ECC and Scend, that can stall shipping operations. Issues are prioritised based on their impact on dispatch timing and financial accuracy. Our team takes ownership of the technical monitoring, ensuring exceptions are caught and resolved before they require emergency manual intervention from your finance or warehouse managers. This active oversight prevents the rigid SAP delivery structure from becoming an operational bottleneck when warehouse requirements change at Scend.
Common failures
SKU mismatch from master data padding.
Operational impact: SAP ECC often uses fixed-length, padded SKUs for its Item Master, such as '000012345'. If Scend expects an unpadded SKU like '12345', the mismatch will cause the outbound delivery IDoc to fail processing. This creates stuck orders that the fulfilment team cannot see, leading to dispatch delays and manual data correction by operations teams to get the Sales Order picked.
Prevention / Action: The integration's mapping layer must contain logic to transform SKU formats between the systems. This usually involves trimming leading zeros from the relevant IDoc segment before pushing the data to Scend. Defining SAP ECC as the master for the SKU and Scend as the system that must accommodate its format prevents these failures.
Premature outbound delivery creation.
Operational impact: An integration configured to trigger a delivery to Scend upon Sales Order creation in SAP can release orders before credit or fraud checks are complete. This results in the fulfilment team picking and packing orders that are subsequently cancelled by the finance team. The result is wasted labour, complex returns for items that were never dispatched, and inaccurate stock allocation.
Prevention / Action: The integration should be sequenced based on SAP's status records, not simple creation events. Outbound delivery IDocs (e.g. SHP_OBDLV_SAVE_REPLICA) should only be generated after the Sales Order is released from all credit blocks and holds. This makes SAP the explicit source of truth for fulfilment authorisation.
Fulfilment desynchronisation from partial shipments.
Operational impact: SAP may split a Sales Order into multiple outbound Delivery Documents if stock is in different warehouses or has different availability dates. If the integration only references the parent Sales Order, Scend might only process the first dispatch confirmation. This leaves 'ghost' back-order lines open in SAP and requires manual intervention from the ops team to close out the order and trigger final billing.
Prevention / Action: Design the integration to handle a one-to-many relationship between Sales Orders and Delivery Documents. Each outbound delivery from SAP must create a discrete fulfilment request in Scend. Shipment confirmations from Scend must be mapped back to the specific Delivery Document that triggered them to ensure accurate status updates, billing, and stock journals in SAP.
API throttling during high-volume sales periods.
Operational impact: During a product launch or sale, a sudden spike in Sales Orders can trigger a high volume of concurrent outbound IDocs from SAP ECC. This can exceed Scend’s API rate limits, causing connection timeouts and failed posts. This creates a large backlog of unprocessed deliveries, leading to significant dispatch delays and missed customer delivery promises.
Prevention / Action: The integration middleware requires a queuing mechanism with exponential backoff and controlled retry logic. Instead of pushing every IDoc to Scend immediately, the system should process them in batches at a sustainable rate. Implement monitoring and alerts for when the queue size passes a critical threshold so that operational teams can act before it affects fulfilment.
Frequently asked questions
What happens if our SAP SKUs don't exactly match the product identifiers in Scend?
This is a common point of failure where the integration must be precise. If SAP ECC sends a padded SKU, for example '000012345', but Scend's item record is stored as '12345', the delivery request will fail. This results in an order that cannot be picked by the warehouse team until the data is manually corrected, causing dispatch delays and affecting fulfilment accuracy.
How do you handle order cancellations in SAP after a delivery has been sent to Scend?
Our standard operating model treats SAP ECC as the master for order authorisation. When an order is cancelled in SAP, a corresponding cancellation request must be sent to Scend to halt the fulfilment process. If picking has already begun, this requires an exception process, as the integration must prevent the shipment from leaving the warehouse and trigger the correct stock reversal.
How much manual work will my team need if an SAP IDoc fails to create a delivery in Scend?
Without a robust error handling layer, your team would need to manually investigate each failure. This typically involves a warehouse operator discovering an order is missing in Scend, then raising a ticket for the IT team to check the IDoc status in SAP. This reactive process, often caused by SKU or unit of measure mismatches, directly impacts fulfilment times until the master data is fixed and the IDoc is re-processed.
We're moving to Scend to cope with high order volumes. How does this integration help clear our order backlog?
The integration automates the creation of outbound delivery requests from SAP ECC directly into Scend's fulfilment queue, removing the manual processes that cause backlogs. As soon as a delivery document is created and authorised in SAP, the integration ensures it is ready for picking in the warehouse. This is critical for managing the rigid, sequential nature of SAP IDocs with the high-velocity demands of a modern 3PL.
Our 'units of 'measure' in SAP don't use standard codes. Will this cause problems for Scend?
Yes, this is a frequent cause of stuck orders. If SAP ECC uses an internal unit of measure code like 'PCE' on its delivery document, but Scend expects a standard code like 'EA' (each), Scend will reject the document. This leaves the order in an error state and unfulfilled, requiring a mapping table or a manual correction in SAP before the stock can be allocated for picking.