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Reverse logistics: where returns lose their margin

By
Saad Merchant
Published on
August 9, 2026
Updated on
August 14, 2026
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Reverse logistics rarely costs what businesses think it costs. Shipping and handling are measured, budgeted, and largely fixed. The expensive part is the stretch between an item arriving back at the warehouse and any system registering that it exists, which in many operations runs to nine days. Across that window the item cannot be sold, the customer has not been refunded, and finance is carrying a liability it cannot clear. None of that is a physical constraint. The item sits on a shelf while a person works through a queue, checks the order in one system, authorizes a refund in a second, and adjusts stock in a third. Reverse logistics covers the whole journey a product takes on its way back, from the return request through receiving, assessment, refund, and resale or disposal. Almost all of its cost sits in the handoffs between those systems rather than in the handling itself. Closing those gaps is what an integration platform-as-a-service (iPaaS) is for.

Where reverse logistics costs actually sit

The obvious costs of a return are shipping and labor, and both are real. They are also the ones businesses already measure, which is why they get most of the attention and offer the least room for improvement.

The larger cost is time. An item that takes nine days to reappear in stock is an item the business owns, has paid for, and cannot sell. In seasonal or fashion categories, the delay costs more than the shipping. The window in which the item sells at full price is closing while it waits in a queue.

Refund timing carries its own cost on the customer side. A slow refund generates service contacts, chargeback risk, and a measurable drop in repeat purchase rates. Both costs come from the same source, which is that no system knows the item is back until a person tells it.

Why does a return touch so many systems?

A return runs the original transaction backwards, and the original transaction touched everything. The commerce platform holds the order. The payment provider holds the transaction to be refunded. The warehouse system holds the stock position. The ERP holds the financial record. The customer service desk holds the conversation.

Forward orders are usually well integrated because they generate revenue and get attention. Returns are treated as an exception path, so the same journey backwards is often held together by a spreadsheet, an email to finance, and a person who knows the process.

The asymmetry shows up in the numbers. Businesses that can process an order end to end in seconds routinely take days to process its reversal. The gap is almost entirely down to which path was designed and which one accumulated.

The four events a connected returns process needs

Reverse logistics is easier to fix when it is broken into the moments where a system needs to be told something.

  • Return authorized: the commerce platform and service desk agree a return is coming, and the warehouse is told to expect it
  • Item received: the warehouse records arrival, which is the event that should start everything else rather than end it
  • Condition assessed: the item is graded resellable, refurbishable, or scrap, and that grade determines both the stock update and the refund
  • Refund and restock: the payment is reversed, the financial record is adjusted, and the item rejoins sellable inventory in the same sequence

Most delays come from treating these as one manual task rather than four events. When a receipt automatically triggers assessment, and assessment automatically triggers both refund and restock, the nine days become the time the physical checks actually take.

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How reverse logistics works at scale with integration

The problem compounds as volume rises and as the operation spreads across more locations and more clients. A business handling returns for its own single warehouse can hold the process in someone's head. One handling returns across several clients and channels cannot.

Drake & Farrell is a Dutch reverse logistics and refurbishment provider working in the circular economy. It runs operations in the Netherlands and the Czech Republic on behalf of other businesses. Its situation is the multiplied version of the problem, because every client arrives with a different commerce platform and expects returns data back in its own systems.

Working with partners Fresh Dynamics and Inteqrate, Drake & Farrell connected Microsoft Dynamics 365 Finance and Operations to customer webshops across Shopify, Adobe Commerce, and WooCommerce through the Alumio iPaaS. Orders arriving as XML and CSV over FTP pass through the same layer. What that buys operationally is a return received in one warehouse updating the right client's stock position and storefront, without a separate build sitting behind each client relationship.

How an integration platform shortens the reverse logistics cycle

Before reaching for a platform, it is worth naming the alternatives. A dedicated returns application handles the customer-facing portal well and still has to be connected to the ERP and warehouse to be useful. Point-to-point integrations between the commerce platform and the warehouse cover the common case and break on the exceptions, which in returns is most of the volume. Manual processing works and is exactly what produces the nine days.

An integration platform covers the gaps between whatever tools are already in place. On the Alumio iPaaS that work takes four forms:

  • Triggered on receipt, not on a schedule: an event-driven Route turns the warehouse scan into the trigger for refund and restock, so nothing waits for an overnight run
  • Translated between systems: a Transformer converts a return reason from the service desk into a stock disposition in the warehouse and a credit reason in the ERP, with no mapping maintained by hand
  • Held safely when something is unavailable: built-in Storage queues the instruction when a payment provider or ERP is briefly unreachable, then replays it rather than dropping it
  • Traceable per item: logging records what happened to a specific unit and when, which is what makes disputed refunds and warranty claims answerable

Those flows are configured rather than hand-built per channel, with the Code Transformer available where configuration cannot express a rule. Adding a marketplace or a new client reuses the existing process instead of restarting it.

Turning reverse logistics from a cost into recovered margin

Returns will not stop growing. Free returns are a competitive expectation in most categories. Businesses that treat them purely as a cost to be minimized tend to reach for policy changes that damage conversion.

The more durable move is to shorten the cycle rather than discourage the customer. Every day removed between an item arriving and rejoining sellable stock is a day of recovered margin on inventory the business already owns. A faster refund is also one of the cheapest trust signals available.

An integration platform is what makes that possible, because the delay is not in the warehouse or the finance team but in the space between them. What the business gets back is inventory that returns to sale in days rather than weeks, and refunds fast enough to stop generating service contacts. The returns operation can then absorb another channel or client without adding headcount to carry it.

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FAQ

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What is reverse logistics?

Reverse logistics is the movement of goods from the customer back to the seller or manufacturer, covering returns, repairs, refurbishment, resale, and recycling. It includes the physical transport and handling as well as the data processes around it, such as authorizing the return, assessing condition, refunding, and updating stock. It is the mirror of forward logistics and is usually far less automated.

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What is the difference between reverse logistics and returns management?

Reverse logistics describes the physical and operational side, covering transport, receiving, inspection, refurbishment, and disposition. Returns management usually describes the whole process including the customer-facing parts, such as authorization, communication, and refunds. In practice the terms overlap heavily, and most businesses need both the customer process and the physical process connected to the same data.

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Why do refunds take so long to process?

Usually because the refund waits on a person confirming that the item arrived and is in acceptable condition, and that confirmation lives in a different system from the payment. Where the warehouse receipt does not automatically reach the payment and finance systems, the refund sits in a queue regardless of how quickly the item was physically processed. Connecting the receipt to the refund is what removes most of the delay.

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How does an integration platform improve reverse logistics?

An integration platform-as-a-service (iPaaS) connects the commerce platform, warehouse system, payment provider, and ERP so that each step of a return triggers the next automatically. Receiving an item updates stock, initiates the refund, and adjusts the financial record without manual re-entry between systems. It also records what happened to each unit, which is what makes disputed refunds and warranty claims traceable.

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How much does a poor returns process cost?

The visible costs are shipping and handling. The larger cost is usually the time an item spends unsellable while it waits to be processed, which in seasonal categories can exceed its margin. Slow refunds add service contacts, chargeback exposure, and reduced repeat purchase rates. Measuring days from receipt to restock alongside cost per return usually reveals which of the two is actually the problem.

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Should reverse logistics be handled in-house or outsourced?

It depends on volume, complexity, and whether refurbishment or resale is involved. Specialist providers bring processing capacity and refurbishment capability that is expensive to build internally, particularly for electronics and other repairable goods. The integration requirement is the same either way, since an outsourced provider still has to return stock and status data into the systems the business runs on.

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