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How 4G/5G control with Siretta SNYPER reduces risks in POS, lockers, warehouses and e-shop logistics.
For an e-commerce owner, IoT often sounds like a topic that concerns industries, telecommunications providers or hardware manufacturers. In practice, however, IoT is already embedded in the daily operation of e-commerce: in wireless POS that completes payments at physical pickup points, in smart lockers, in warehouse tablets, in temperature sensors for sensitive products, in picking scanners, in last mile vehicles and in remote monitoring systems. When these points rely on cellular IoT, i.e. a connection via mobile phone networks, the quality of the signal translates directly into the quality of service. A checkout that does not complete, a locker that does not synchronize orders or a vehicle that loses its position is not just a technical problem; it is a cost, a lost trust and a potential loss of a repeat customer.
The DesignNews article on surveying cellular networks using Siretta SNYPER highlights exactly this logic: before a business installs equipment that depends on 4G LTE or 5G, it needs to know which provider, which technology and which installation point offer the most stable connection. For e-commerce businesses investing in automation, warehousing, click and collect or e-commerce logistics, network coverage should not be assessed “by eye” from the bars of a mobile phone. An organized network survey is needed, with measurements such as RSRP, RSRQ and SINR, so that decisions about IoT SIM card, router, antenna and provider are based on data.
Siretta SNYPER is a specialized cellular network analyzer used to scan available mobile networks in a specific location. Its practical value lies not only in “seeing” if there is a signal, but in helping a business compare providers, technologies and connection quality before purchasing or installing equipment. For an e-shop that opens a new pickup point, relocates a warehouse or installs lockers in a commercial space, this information can prevent wrong choices that later cost more: provider changes, replacement routers, external antennas, go-live delays and customer complaints.
The bottom line is that IoT requires a different way of evaluating than simple mobile browsing. An employee can tolerate a few seconds of slow internet on their mobile phone. However, an M2M system that updates real-time stock, temperatures, order statuses or POS transactions does not have the same tolerance. POS connectivity, for example, needs to be predictable, not just available. If the signal is weak at the checkout, if the router is in a metal rack or if the warehouse has “dead zones”, the customer experience is affected without being immediately visible on the e-shop dashboard. Therein lies the business value of a network survey: it brings problems to the surface before operational failures occur.
The IoT debate is not theoretical. According to IoT Analytics, the global number of connected IoT devices was estimated at 16.6 billion in 2023, 18.8 billion in 2024, and is projected to reach approximately 40 billion by 2030. This means that more and more retail outlets, warehouses, vehicles, and service systems will compete for reliable connectivity. For the e-shop owner, the message is simple: as the ecosystem of connected devices grows, the more important it becomes to design the infrastructure professionally and not piecemeal.
As shown in the graph below, the growth of IoT devices is intense and creates new levels of dependence on stable networks, proper installation, and continuous monitoring.
Source: IoT Analytics, State of IoT 2024
At the same time, the transition to 5G raises expectations for speed, lower latency and better management of multiple devices. Ericsson says that global 5G subscriptions are expected to reach about 2.3 billion by the end of 2024 and 6.3 billion by 2030. This does not mean that every e-shop needs 5G on every device immediately. But it does mean that subsequent investments in routers, modems, gateways and IoT SIM cards must be made over a multi-year horizon. If a business deploys infrastructure today only based on the minimum need, it may soon find itself with limitations on remote monitoring, real-time logistics or automated warehouse operations.
The following chart shows the projected rise in 5G subscriptions, which explains why equipment and provider selection must take into account not only current costs, but also future scalability.
Source: Ericsson Mobility Report, November 2024
Another useful context comes from the GSMA, which in its State of Mobile Internet Connectivity Report 2024 states that at the end of 2023, 571% of the global population used mobile internet, 391% were in coverage but not using it, and 41% remained outside mobile broadband coverage. For e-commerce brands considering international expansion, cross-border logistics or pickup points in less central areas, this shows that coverage is not a given everywhere in the same way. Even when coverage is available, the actual quality inside a building or warehouse can vary significantly.
The chart below captures the difference between connectivity, coverage, and coverage gap, a distinction that is critical when designing infrastructure for e-commerce operations.
Source: GSMA State of Mobile Internet Connectivity Report 2024, end-2023 data
The biggest mistake many businesses make is that they treat connectivity as a commodity, not as a functional infrastructure. They buy a router, a SIM, a data package and think that's it. But the real performance of a cellular IoT system depends on many parameters: distance from provider antennas, building materials, metal structures, underground points, interference, network load per hour, antenna location, equipment quality and fallback between 4G LTE and 5G. RSRP, RSRQ and SINR measurements help to understand not only if there is a signal, but if the signal is clean, stable and usable for business applications.
In an e-commerce warehouse, risk can manifest itself in very practical ways. Scanners are slow to update picking status, tablets aren’t syncing returns, temperature sensors aren’t sending alerts, the backup router doesn’t take over when the landline goes down, or lockers aren’t reporting that an order has been received in a timely manner. The impact doesn’t always show up as a “site outage.” It can show up as incorrect stock, delayed shipments, canceled orders, poor reviews, or increased pressure on customer support. That’s why IoT should be treated as part of the customer experience, not just as a technical add-on.
IoT impacts the service quality and operational performance of an e-shop. Inconsistencies in connectivity can lead to delays in payments, orders, and inventory management.
Siretta SNYPER allows scanning of mobile networks to select the best provider and technology. This helps avoid costly mistakes such as equipment changes and delays.
Connectivity affects the performance of IoT devices, such as POS and temperature sensors. A stable connection is critical for smooth operation and customer experience.
RSRP, RSRQ and SINR measurements are important for evaluating signal strength and quality. These measurements help in selecting the appropriate provider and equipment.
Proper IoT connectivity reduces failures and delays, improving the customer experience. This leads to fewer manual interventions and better predictability.
A proper network survey helps avoid connectivity issues, ensuring better performance of IoT devices. By investing in network mapping, unexpected outages are avoided.
Choosing the right provider ensures stable and reliable connectivity. A stable provider reduces transaction failures and improves overall business performance.
