
Why so many small and mid-sized businesses with ecommerce operations remain stuck in 2026, and how to identify the 4 key blockers holding back data, customer care, pricing, and decision-making.
The ecommerce bottlenecks of an SME are the critical operational points, misaligned data between systems, overwhelmed customer care, unsynchronised stock and prices, decisions made without up-to-date information, that prevent an online store from growing in a healthy way. They have nothing to do with traffic or marketing, but with the company's ability to manage internal processes at the same speed with which it acquires customers.
In 2026, Italian ecommerce continues to grow, but not all SMEs manage to capture this growth in proportion to their costs.

Many SMEs remain stuck because they have invested in the online sales channel but not in the processes that support it, creating a bottleneck between what the store promises and what the company can actually handle.
Opening an ecommerce store today is relatively straightforward, but sustaining its growth requires systems that communicate with each other, people who do not waste time on repetitive tasks, and up-to-date data to make fast decisions. Without these elements, every new order becomes an operational burden rather than an opportunity.
An illustrative scenario: an ecommerce operation where every order requires manual entry into three different systems (management software, courier platform, and CRM). The time lost multiplies with every order and grows alongside volumes.
The first bottleneck arises when the ecommerce platform, management software, and warehouse are separate systems that do not update automatically, forcing someone in the company to act as a manual bridge between them.
This problem is particularly common in SMEs that have built their technology stack over time, adding different tools without an integration plan. The result is duplicate data entry, with a high margin of error and low visibility into what is actually happening in the business.
The second bottleneck appears when the customer care team spends most of its time answering repetitive questions about orders, shipments, and returns, instead of handling situations that genuinely require human attention.
As ecommerce grows, so does the volume of requests, but the dedicated staff rarely grows in proportion. This leads to longer response times, dissatisfied customers, and a team under constant pressure.
Another illustrative scenario: an ecommerce business that receives a high volume of requests via email and chat. Most of them concern order status or information already available on the website, yet the team still spends time answering each one individually.
Many SMEs with ecommerce operations still handle the most frequent customer requests manually. These are questions with a definite answer, which makes them among the most suitable for automation.
The third bottleneck affects SMEs that sell across multiple channels, their own website, marketplaces, and physical stores, but update prices and availability at different times, creating misalignments that result in sales of unavailable products or incorrect prices.
This problem becomes more serious during peak periods, such as sales events or promotional campaigns, when the speed of updates matters more than at any other time of year.
A company that sells both on its own website and on third-party marketplaces risks selling out-of-stock products on one channel while they remain visible on another, leading to order cancellations and negative reviews.
The fourth bottleneck occurs when those running the business make decisions on margins, supplies, and promotions based on reports that are days or weeks old, rather than on figures updated in real time.
SMEs without a structured IT team often build reports manually, with the risk that decisions arrive too late relative to market changes. In a fast-moving sector like ecommerce, this delay translates into missed opportunities.

Unlocking growth means connecting existing systems with custom-built automations capable of making the ecommerce platform, management software, and customer care communicate without manual steps and without relying on generic no-code tools.
Pure-code automations, unlike no-code or low-code tools, make it possible to build flows genuinely tailored to each company's specific processes, without the configuration limits of preset templates. This approach allows for handling edge cases, complex integrations, and growing volumes without having to start from scratch every time the business changes.
Integrating operational processes end-to-end reduces order management times compared to disconnected systems, because it removes the manual steps between one system and another.
Before taking action, it is useful to understand where the actual blockage lies, so as not to invest time and budget in the wrong direction.
Leomat works with companies across Italy, almost always remotely. The approach is based on custom automations developed in pure code, designed to connect the systems already in use within the company, ecommerce platform, management software, customer care, without manual steps and without forcing the company into standardised tools that do not suit its way of working. Among the services offered is also the development of custom ERP systems for the company, useful when the bottleneck stems from management software that is no longer adequate for sales volumes. A concrete example of this approach is the ERP Costruzioni case, where producing a quote went from 8 hours to 5 clicks, in 30 days. Those who want to understand which bottlenecks are truly holding back their growth can explore the topic further with Leomat.
The most common signs are orders entered manually into multiple systems, customer care staff frequently answering the same questions, discrepancies in stock or prices across sales channels, and reports that arrive days after what is actually happening in the business.
No, a structured internal IT team is not necessary. Many SMEs rely on specialist external partners who develop custom automations in pure code, integrating them into existing systems without requiring any technical expertise within the company.
It depends on the complexity of the systems involved and cannot be determined without examining them first. The main variable is how accessible the systems are for reading.
Yes, if the automation is built specifically for the process that generates the greatest waste of time, the return on investment is measured by the reduction in manual working hours and operational errors, without over-engineering the entire company system.
It makes sense to start with the process that generates the most manual working hours or the most recurring errors, which often coincides with multi-channel order management or customer care. An initial analysis of operational flows helps identify the right priority before investing in a solution.
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