InPost Lockers and Advanced Clothing Solutions (ACS)
Integration Agency & Consultants
Connecting new delivery options can cause significant operational drag. Cogent2 uses AI-powered integration delivery and operators who understand fulfilment to properly link InPost Lockers and ACS. This ensures accurate locker and customer data flows correctly, resulting in fewer dispatch errors and more reliable customer delivery communications.
Auditing warehouse flows and locker dependencies
We connect your InPost Lockers and Advanced Clothing Solutions (ACS) with Smart Lockers and WMS/3PL integrations quickly and efficiently. Our consulting services are invaluable, offering system audit expertise that uncovers inefficiencies and integration gaps across InPost Lockers, ACS, Smart Lockers, and WMS/3PL. These audits empower both our consultants and your team to take decisive action, ensuring your technology ecosystem runs smoothly and efficiently. This enables you to deliver a consistently excellent experience to your customers.
Solution Design
The InPost Lockers and Advanced Clothing Solutions (ACS) integration design prioritises fulfilment speed by making ACS the source of truth for order status and parcel preparation. Order data typically flows from the ecommerce channel to ACS for picking, while locker-specific attributes are sequenced to InPost for label generation. A key design decision involves the handling of locker availability data. In most implementations, we recommend a periodic sync for locker status to maintain system stability, accepting a minor lag in updates to protect the integration layer during peak trading. This approach ensures that the warehouse workflow remains uninterrupted even if the carrier network experiences latency. Operationally, the warehouse team works off ACS statuses while CX uses InPost tracking to manage collection queries, ensuring a clear division of ownership across the business.
Mapping parcel dimensions to locker allocation
The integration manages the flow of fulfilment orders from ACS to the InPost locker network. ACS maintains the record of parcel dimensions and weight, which are used for InPost locker size allocation. We implement timing rules to ensure the locker ID is validated before the shipment manifest is final. Monitoring is embedded into the flow to detect when a selected locker is decommissioned or full, triggering an alert to CX before the parcel leaves the warehouse. This sequencing prevents the common failure of shipping a parcel that the carrier cannot physically deliver to the chosen site.
Orchestrating secure flows through compliant middleware
Leveraging IPaaS with SO 27001 and SOC 2 compliance and above ensures secure, efficient integration of InPost Lockers and Advanced Clothing Solutions (ACS) with Smart Lockers and WMS/3PL systems. This approach enables InPost Lockers and ACS to connect Smart Lockers and WMS/3PL platforms, supporting real-time data flow and automation. Using an IPaaS platform reduces risk, simplifies management, and guarantees robust security accreditations for all integrations.
Monitoring silent failures and data mismatches
Clear visibility and reporting are vital when integrating InPost Lockers and Advanced Clothing Solutions (ACS) with Smart Lockers and WMS/3PL, as they ensure accurate tracking, quick issue resolution, and reliable operations. Cogent2 delivers this by providing real-time dashboards, automated alerts, and detailed reporting, giving you full oversight of InPost Lockers, ACS, Smart Lockers, and WMS/3PL data flows, so you can maintain control and confidence throughout the integration process.
Managing the locker delivery lifecycle internally
Training focuses on how the operations and CX teams own the lifecycle of a locker delivery. We hand over a clear operating model that defines ACS as the record for fulfilment and InPost as the final-mile handover point. Teams learn to check locker assignment integrity daily and monitor for failed label generations. We show CX staff how to read exception alerts from the integration layer, such as when a mobile number is missing or incorrectly formatted for a locker dispatch. Documentation is provided as a plain-English operational reference, mapping out who owns each error type so your team can resolve issues without technical intervention. This ensures the business retains control over the customer delivery experience after the implementation is complete.
Exception management and manifest integrity monitoring
Advanced Clothing Solutions (ACS) benefits from production Smart Lockers and WMS/3PL support, ensuring business continuity and peace of mind. InPost Lockers and Smart Lockers provide secure, efficient storage and collection, while WMS/3PL solutions keep operations running smoothly. ACS also gains on-hand technical knowledge and support, with InPost Lockers integrated for added convenience. This comprehensive approach guarantees ACS reliable service and expert assistance whenever needed.
Common failures
Inflated stock levels from non-sellable inventory
Operational impact: ACS inventory statuses like 'In-Refurbishment' or 'Post-Rental Inspection' are mistakenly synced as available to sell. This leads to overselling, creating failed Sales Orders that the fulfilment team at ACS cannot process. The customer service team then handles cancelled orders and disappointed customers who expected a locker delivery.
Prevention / Action: The integration logic must explicitly map and filter ACS's specific inventory statuses, defining which ones contribute to the sellable quantity. The primary ecommerce platform must remain the source of truth for final available-to-promise calculations, using the filtered ACS feed as a primary input alongside any reserved stock buffers.
Offering locker delivery for ineligible products
Operational impact: SKUs that exceed InPost's maximum locker dimensions are not correctly flagged at checkout. Customers select a locker, but when the Item Fulfilment request reaches ACS, the warehouse team finds the parcel is too large. This causes a fulfilment exception, requiring manual intervention from the operations team to contact the customer and arrange new delivery, delaying dispatch.
Prevention / Action: Product master data must include dimensions and weight for all SKUs, managed in the source-of-truth system (e.g. a PIM or ERP). The integration must use this data to dynamically filter the InPost delivery option at checkout for any cart containing an oversized item. This prevents the creation of unfulfillable locker orders at the source.
Delayed asset write-offs for damaged returns
Operational impact: An item returned to ACS is graded as 'Beyond Economic Repair' (BER), but this status is not synced to the core financial system. The SKU remains an active asset, distorting inventory valuation and the balance sheet. This forces the finance team into manual reconciliation work at month-end to identify and post journal entries for these written-off items.
Prevention / Action: Design the returns workflow so that a 'BER' status update from ACS automatically triggers a process in the ERP or accounting system. This process should adjust the inventory asset value to zero and post a corresponding write-off journal. Source-of-truth ownership must be clear: ACS owns the physical grading, while the ERP owns the financial record.
Incomplete order data reaching the final mile carrier
Operational impact: Orders are passed to ACS for processing but key data required by InPost, such as a valid customer mobile number, is missing or incorrectly formatted. This causes the final manifest and label generation to fail within the ACS shipping station. The order becomes a dispatch exception, requiring the warehouse operations team to investigate and find the correct data, which delays the entire batch and risks missing InPost's daily collection cut-off.
Prevention / Action: The integration's pre-fulfilment validation layer must check for the presence and format of all data points mandatory for InPost before an order is released to ACS. Orders failing this check should be held in a dedicated exception queue for review by a customer service operator. This prevents un-manifestable orders from interrupting the warehouse pick, pack, and ship workflow.
Frequently asked questions
What prevents an order with an oversized SKU from being sent to an InPost locker it won't fit into?
The integration validates SKUs against the item dimensions held by ACS before an order is fulfilled. If a SKU exceeds InPost's maximum parcel size, the locker delivery option can be disabled for that specific order. This prevents failed fulfilments where ACS dispatches an order that the InPost network cannot physically deliver.
How does the stock sync handle SKUs at ACS that are not available for sale, like those 'in refurbishment'?
Our integration maps specific ACS inventory statuses, like 'In-Refurbishment' or 'Post-Rental Inspection', to a non-sellable stock location. This ensures these SKUs are excluded from the inventory levels synced to your e-commerce platform. As a result, you avoid selling stock that ACS cannot actually fulfil, which protects the customer experience.
Will connecting to InPost add complexity or new errors to our warehouse fulfilment process at ACS?
No, the integration works with ACS's existing fulfilment process rather than trying to change it. The selected InPost locker ID and required shipping data are passed cleanly with the sales order to ACS. This allows the warehouse team to follow their standard pick, pack, and ship workflow, simply using the InPost shipping label that is automatically generated.
What happens if ACS part-ships an order that is destined for an InPost locker?
This scenario would typically cause a fulfilment failure, as an InPost locker reservation is for a single parcel against a single order. To prevent this, the integration logic usually dictates that the fulfilment is held at ACS until the entire order is consolidated. The system then triggers a single shipment to InPost once all items are ready in one package.
How should the integration handle items that ACS flags as 'Beyond Economic Repair' (BER)?
When ACS marks a returned SKU as BER, the integration triggers a workflow to automatically update the master inventory record and write it off. Depending on business rules, this can also initiate a customer refund or create a credit memo in the finance system. This process ensures that faulty stock does not re-enter the sellable inventory pool and that returns are correctly reconciled.