Many e-commerce initiatives focus primarily on the frontend: faster pages, better search, richer content, and a smoother checkout experience. These improvements matter, but they rarely determine whether a company can scale profitably, protect margins, or deliver reliably during peak demand.
In practice, e-commerce performance depends far more on the operational processes behind the customer experience - particularly how orders are handled across systems, inventory, logistics, and customer service.
The decisive factor is the operational infrastructure behind the customer journey: how orders are registered, validated, distributed, fulfilled, reconciled, and potentially returned across systems and partners. When the Order Management System (OMS), ERP (Enterprise Resource Planning), warehouse management, transport partners, customer service, and finance do not function as one integrated system, the frontend effectively becomes a demand generator that simultaneously exposes operational weaknesses.
For this reason, many organisations increasingly view order orchestration and distributed order management as critical capabilities. Gartner defines distributed order management as software that orchestrates and optimises order fulfilment across channels and locations.
Why this has become a strategic issue
Three developments have turned backend integration and operational models into a strategic leadership concern - not just a technical one.
First, customer expectations are increasingly shaped by delivery reliability and transparency, not only by the experience on the e-commerce platform itself. At the same time, distribution networks are becoming more complex as companies operate across multiple channels, warehouses, and markets.
Second, returns management has become a structural cost in retail. Industry estimates suggest that global product returns reached around $890 billion in 2024. Returns are therefore both a significant operational expense and a key factor in customer loyalty.
Third, many companies are experiencing margin pressure while logistics and fulfilment costs continue to rise. This is increasing the focus on supply chain optimisation and stronger control of order fulfilment across the organization.
The customer experience is shaped in the order process
In practice, the customer experience in e-commerce is the result of a series of closely connected operational processes throughout the entire order cycle.
The most important elements include:
Order promise and availability
- Inventory data and stock accuracy
- Available-to-promise logic
- Delivery time calculation
- Substitution rules
Order orchestration
- Routing between warehouses, stores, or 3PL partners
- Decisions on split shipments
- Fraud control and exception handling
Fulfilment
- Pick, pack, and ship processes
- Management of transport partners
- Customer communication
Financial reconciliation
- VAT and invoicing
- Refunds
- Chargebacks and revenue recognition
Return processes
- Approval of returns
- Assessment of product condition
- Recovery, refurbishment, or resale
When these processes are not aligned, typical symptoms appear: overselling, manual handling, “Where is my order?” inquiries, delayed deliveries, cancelled orders, or slow refunds. None of these challenges can be solved through improvements to the user experience alone.
A more useful way to view e-commerce operations is to treat order management as one continuous process across the entire value chain - from order placement to delivery, reconciliation, and potential returns.
Organisational models that support stable operations
Many companies already have the necessary systems in place. The challenge often lies in the operating model and in how responsibility is distributed between teams.
Several organisational patterns are common among companies that execute consistently and reliably.
One clear owner of the order process
A clearly defined owner of the entire order process - often placed in a role such as commerce operations or order operations - can prevent responsibilities from becoming fragmented across departments.
This role typically acts as the process owner, responsible for the overall process design, data definitions, and the handling of operational exceptions.
Cross-functional teams around shared outcomes
An effective organisational structure is to organise teams around specific outcomes such as delivery reliability, order promises, or return processes. In this setup, technology, operations, customer service, and finance collaborate closely around the same part of the order lifecycle.
This reduces the risk that improvements in one function create problems elsewhere in the value chain.
Clear decision rights
Order orchestration involves continuous trade-offs between speed, cost, inventory levels, and customer experience.
Effective governance therefore requires clear decision rights: who can change delivery rules, service tiers, return policies, or exception thresholds.
Without clear decision frameworks, organisations risk handling operational compromises on an ad hoc basis.
Metrics that support shared accountability
Many organisations work with function-specific KPIs such as conversion rate, warehouse productivity, or customer service response time. These metrics can optimise local performance but at the same time weaken the overall customer experience.
For that reason, more companies are introducing shared dashboards that reflect the entire order process.
A practical set of metrics may include:
- Perfect order rate – the share of orders delivered correctly and on time
- OTIF (On-time-in-full) – delivery reliability and completeness
- Order cycle time – the time from order placement to delivery
- Promise accuracy – deliveries made within the promised timeframe
- Exception rate – the share of orders requiring manual handling
- Contact rate per order – customer contacts related to order status or refunds
- Refund cycle time – the time from return to refund
- Cost-to-serve per order – total operational cost per order
For these metrics to work effectively, they need to be reviewed together and owned across the organisation. Otherwise, teams risk continuing to optimize their own targets in isolation.
Commerce performance is determined in the order process
For many organisations, e-commerce performance is more closely linked to the operating model behind order management than to the e-commerce platform itself.
When the order process is designed as one integrated workflow across technology, operations, and customer service, three effects typically follow: higher delivery reliability, lower total cost per order, and a stronger ability to scale sales without a corresponding increase in complexity.
This also changes how e-commerce should be managed organizationally. The focus shifts from isolated improvements in the frontend or warehouse operations to the interaction between systems, data, and decision rules throughout the entire order cycle.
In practice, this means that OMS, ERP (Enterprise Resource Planning), WMS (Warehouse Management System), and transport partners can no longer be viewed as separate platforms. Together, they form the operational infrastructure that determines whether an e-commerce setup can deliver reliably — even as volumes increase.