Reverse logistics

Reverse logistics is the process of receiving, inspecting, redistributing and writing off goods returned by buyers, taking into account time, costs and platform requirements. It covers the route of the item from the buyer back to the warehouse, its condition, and the decision to issue a refund, exchange, or disposal.

How reverse logistics works

Reverse logistics consists of a set of sequential operations, each affecting cost price and turnover speed. A typical process for a seller working with Kaspi.kz includes the following stages:

1. Return initiated by the buyer via the Kaspi.kz app or website.
2. Parcel routing: the buyer selects a return method (Kaspi courier, parcel locker, post office), payment and address are confirmed.
3. Delivery to a returns warehouse or to the seller's address (depending on the fulfilment model: FBS/self-pickup or use of Kaspi/3PL warehouses).
4. Acceptance and initial inspection: check contents, inspect for damage and functionality, photograph item condition.
5. Classification of outcome: fit for resale after repair/repackaging, subject to markdown, requires write-off (non-repairable) or exchange.
6. Decision on refund and update of stock levels in the system.
7. Logistics and accounting operations: transport costs, disposal, defect processing, and cost adjustments.

Differences in fulfilment models affect speed — when stored at a Kaspi warehouse, returns reach the unified system faster; when the seller handles delivery themselves, times increase by 2–7 days.

Why it matters for sellers in Kazakhstan

Reverse logistics directly affects cash flow and reputation. Specific effects for a seller on Kaspi.kz:

• Reduced losses from unrecorded returns. From the experience of Kazakhstan sellers, uncontrolled returns lead to understated inventory by 3–8% per month in clothing and footwear categories if acceptance is not organised.
• Faster turnover of funds. The faster you inspect an item and complete the return, the sooner funds are back in circulation. Delays of 5–7 days increase financial load when return rates are high (5–12% for apparel, 1–3% for electronics).
• Fewer claim disputes with buyers and the platform. Photo documentation and a reception protocol reduce the risk of refunds in disputed cases by 30–60% depending on category.
• Optimised warehouse space and write-offs. Timely processing of returns reduces the share of write-offs and markdowns; this is important given high rental costs.

Fulfilment models and their impact on returns

Three common fulfilment models affect reverse logistics differently:

• FBS (Fulfilment by Seller). Kaspi coordinates pickup/returns, but goods are processed at the seller's facilities. Pros: greater control over classification and refurbishment; cons: longer processing times and higher local labour costs.
• Self-pickup by the seller. The seller organises both delivery and returns. Pros: full control; cons: increased lead time and operational burden, higher risk of delays that harm cash flow.
• Kaspi or 3PL warehouses. Returns go to third-party or Kaspi-managed warehouses. Pros: faster integration into Kaspi's single system and quicker refunds; cons: fees, stricter packaging/processing rules and less direct control.

Choose a mixed approach by SKU: fast-moving, low-margin goods benefit from FBS or 3PL; high-value or repairable goods may remain under seller control.

Examples of situations and solutions on Kaspi.kz

Typical cases and recommended approaches:

• Wrong size or buyer change of mind (clothing, shoes). Solution: encourage returns to Kaspi/3PL warehouses for fast inspection and restocking; apply standardised photo checks and resealing for resale.
• Damaged in transit. Solution: require photo evidence at handover, register the claim immediately, and either refund or send for repair depending on category rules.
• Defective electronics. Solution: route to a service centre for diagnostics; if repairable, return to stock with appropriate warranty tags; if not, write off and update cost accounting.
• Missing parts or incomplete sets. Solution: detect at initial inspection, create a compensation or partial refund workflow, and return the item to the seller with a clear RMA note.

Practical tips for setting up reverse logistics

Key practices to reduce time and cost:

• Standardise acceptance procedures with checklists and mandatory photo/video of the returned item at reception.
• Implement digital RMA forms that link to Kaspi order IDs and automatically update inventory.
• Set SLAs for each stage (pickup, delivery to acceptance, inspection, decision) and track them in dashboards.
• Train staff on defect classification so similar cases are processed the same way every time.
• Use batch processing for small-value returns (consolidation) to reduce per-item handling costs.

How to automate and where AWW helps

Automation reduces manual errors and accelerates processing. Processes to automate:

• Return registration and RMA generation linked to Kaspi order data.
• Routing to the nearest acceptance point and scheduling pickups.
• Automatic photo and status attachment to the order card.
• Inventory updates and automatic compensation calculations.

AWW helps by integrating with Kaspi API, centralising photos and acceptance statuses, generating reports on return reasons, and recommending actions (repair, markdown, write-off). This reduces processing time and manual reconciliation.

Seller mistakes and how to avoid them

Common mistakes:

• Missing photo evidence — leads to higher claim payouts. Fix: enforce mandatory photo capture at reception.
• Inconsistent documentation — different teams use different forms. Fix: standardise digital RMA and train staff.
• Slow registration in the system — creates mismatch with Kaspi orders. Fix: set clear timeframes and monitor SLA breaches.
• Not accounting for return costs in SKU pricing. Fix: include average return rate and processing costs when calculating margins.

Cost control and pricing

Costs to include when calculating SKU profitability with reverse logistics:

• Transportation to and from the buyer.
• Labour for acceptance and inspection.
• Repair, repackaging and markdown expenses.
• Disposal costs and platform administrative fees.
• Average return percentage per SKU and packaging amortisation.

Use these inputs to set minimum sale prices and to decide whether a SKU should be handled via FBS, self-pickup or 3PL.

Conclusion

Efficient reverse logistics is a competitive advantage on Kaspi.kz. Standardised acceptance, fast routing, automation and correct cost accounting reduce losses, speed refunds and improve buyer satisfaction. Start with a simple RMA and photo requirement, measure SLA and costs, then iterate: optimise the model per category and scale automation with tools like AWW.