Retail IoT: Smart Retail Solutions for Store Estates

A store estate must hold a continuous temperature record for every refrigerated cabinet. EasyNet Technologies supplies certified probe temperature sensors, footfall counters, and dual-SIM industrial routers for every branch in the estate. EasyNet Technologies supplies all three as an authorized distributor, operating across the EU and the UK under full manufacturer warranty.
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From Twice-Daily Checks to a Continuous Record

Once sensors, a gateway, and a network are in place in a store, store operations gain visibility that spot checks and till data cannot produce. These are the capabilities the hardware delivers across a brick and mortar store estate, and they are where operational efficiency becomes something measured rather than assumed.

Wireless temperature probe and transmitter clipped to a supermarket chiller shelf rail above chilled stock

Cold Chain Monitoring

Probe sensors sit in every chiller, freezer, and hot cabinet and report at a fixed interval whether anyone is on site or not. Platinum resistance and dual-probe LoRaWAN sensors cover cabinet air, product core, and ambient conditions in the same store. What accumulates is a continuous temperature record instead of two signatures a day.

Ceiling-mounted people counter with twin lenses installed above a retail store entrance, cabled into the ceiling

Footfall Counting

Overhead time-of-flight counters at the entrance measure how many people came in, in which direction, and at what time of day. They count shapes, not faces, so footfall analytics arrive without shopper identification. Occupancy sensors extend the same data to queue areas, staff rooms, and back-office space that usually goes unmeasured.

Wall-mounted indoor air quality and temperature sensor on a pillar beside shop floor shelving in a small store

Store Environment Monitoring

Indoor ambience sensors report temperature, humidity, CO2, and air quality on the shop floor and in the stockroom. The readings show whether the trading environment holds through a busy Saturday, and whether back-of-house stock sits in conditions anyone would sign off. Environmental monitoring in a leased unit needs no cabling.

Industrial cellular router with two antennas mounted in an open wall cabinet, patched to Ethernet cables behind a till

Branch Connectivity

Industrial 4G and 5G routers with dual SIM failover keep a store trading when the fixed line goes down. Point-of-sale systems, digital signage, and stock terminals stay online through a second carrier rather than stopping at the counter. Managed and unmanaged PoE switches carry the in-store network behind them.

Ruggedised asset tracker bolted to a steel roll cage loaded with cartons at a retail loading dock

Estate Asset Tracking

Roll cages, trolleys, and stillages move between distribution centre and branch and rarely come back in the same numbers. Battery-powered asset trackers report location without a vehicle power supply, which turns supply chain visibility between sites into a data set rather than an estimate made at stock count.

Wireless magnetic door contact sensor fitted to a cold store door frame in a retail stockroom

Back-of-House Door Monitoring

Magnetic contact switches report when a stockroom, yard gate, or cold store door is opened and how long it stays open. The same sensor line adds leak detection under sinks and behind chillers. For loss prevention, a door left open at three in the morning becomes a record that exists rather than a suspicion.

IoT Products for Retail Deployments

LoRaWAN

LoRaWAN
Sensors

Milesight EM300-SLD LoRaWAN spot leak sensor for server rooms and data centres
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Connectivity

LoRaWAN
Gateways

Milesight UG56 black metal LoRaWAN gateway with top SMA antenna connector and side vents.
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Cellular

Industrial Cellular Routers

Donyx RS52 industrial 5G router front view with status LEDs and metal housing
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Networking

Industrial Ethernet Switches

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Retail IoT Applications by Store Format

A supermarket, a fashion unit, and a distribution centre measure different things and sit in very different buildings. The portfolio covers the sensing, connectivity, and networking requirements across each of them.

Long supermarket aisle of glass-door refrigerated cabinets stocked with chilled products, shoppers in the distance

Supermarkets

Dozens of refrigerated cabinets across one floor, each needing its own probe and its own record. Sub-metering on grocery refrigeration and lighting circuits runs over the same LoRaWAN network through smart current transformers, so consumption and cabinet temperature appear against each other rather than in two separate reports assembled by two different teams.

Interior of a small UK convenience store with packed shelving, a chilled cabinet run and a serving counter

Convenience Stores

A small footprint where one gateway covers the whole unit, sales floor and stockroom together. The sensor count is low enough that a store fits a standard kit: chiller probes, a door contact, an ambience monitor, and a 4G router with dual SIM failover for a site that often has one fragile line. Forecourt units run the same configuration.

Bright fashion store interior with timber clothing rails, folded knitwear and a fully glazed shop frontage

Fashion Retail

No cold chain, so the value sits at the door and in the environment. Entrance counters measure footfall against trading hours and staffing, and ambience sensors show whether temperature and humidity hold in an apparel unit with heavy glazing, long opening hours, and stock that reacts to both.

Multi-floor department store atrium with crossing escalators, a glazed roof and shoppers on the ground floor

Department Stores

High ceilings and wide entrances that a standard counter cannot cover, and several floors that each need their own count. Ultra time-of-flight counters are specified for the ceiling height, and one gateway per building typically carries every sensor floor to floor without new risers or containment.

Pharmacist working at a dispensary counter surrounded by shelved medicine stock in a UK community pharmacy

Pharmacies

Refrigerated stock held inside a narrow band, where the temperature record matters as much as the temperature. Probe sensors log continuously and export, and a door contact on the medicine fridge shows how long it was open rather than only how often it was opened.

Row of retail park units with signed fascias and marked customer car parking under an overcast sky

Retail Parks

Outdoor estate rather than shop floor: loading bays, service yards, and customer car parks. Outdoor bullet cameras cover the perimeter and delivery areas, and a parking camera with licence plate recognition covers vehicle movement in and out of the car park itself.

Enclosed shopping centre concourse with shoppers walking between unit frontages under a glazed barrel roof

Shopping Centres

Common areas with several entrances, where a total footfall figure only means something if every door is counted the same way. Outdoor counters handle the external approaches, and air quality monitoring in enclosed malls covers the space between the units rather than inside them.

Warehouse aisle between tall pallet racking stacked with cartons, an operator on a forklift at the far end

Retail Distribution Centres

The building the estate is supplied from, where cold storage, dock doors, and cage movements all produce data the stores never see. Temperature sensors run through chilled and ambient zones, and asset trackers follow cages out to branch and back so losses are traceable to a leg of the journey.

Parade of uniformly fascia'd high street shops on a wet UK street, lit interiors visible through the glazing

Franchise Networks

Forty sites or four hundred, under different operators, all needing the same evidence in the same format. One specification replicated per site gives a franchisor comparable data across the network instead of forty spreadsheets built by forty people using forty methods.

Why Store Operations Still Run on Spot Checks

Retail is not short of data. Every transaction, every line item, and every staff hour is already recorded to the minute, and the customer experience at the front of the store is analysed in detail. What goes unmeasured is the building the trading happens in, and the stock sitting in it before it ever reaches a till.

Each gap below comes from running a store estate without continuous conditions data. The fourth and fifth are the ones that stop most of these projects before a single sensor gets specified.

A manual temperature check is a sample, not a record

Two readings a day describe two moments. What happened overnight, across a bank holiday weekend, or in the four hours after a door seal failed is not in the log, because nobody was standing there to write it down.

Footfall gets inferred from transactions rather than measured

Counting sales tells you who bought. The difference between the two is the number that explains a quiet week, and in most stores it is the number nobody actually has.

Back-of-house conditions are not measured at all

Stockrooms, cellars, and prep areas hold value and rarely hold a sensor. Heat, damp, and a slow leak behind a chiller get found on the next visit, which can be after the stock is already written off.

A leased unit has nowhere to run new cabling

Most stores are somebody else’s building. There is no drilling the structure, no new containment, and no spare socket behind the chiller, so anything that needs a cable run does not get installed at all.

A branch that loses its line stops taking card payments

Single-line connectivity makes trading dependent on one circuit. When it drops, the point-of-sale estate, the signage, and the stock terminals go with it, and the store is reduced to whatever it can still do on paper.

Cages and equipment move between branches without a record

Roll cages, trolleys, and dollies leave on a delivery and return in different numbers. The losses surface as a replacement cost at year end rather than as a movement anyone can trace back to a site.

Audit records get rebuilt by hand after the event

Temperature logs, cleaning schedules, and store conditions are reconstructed from paper at the point an auditor asks for them. Sensors that log continuously turn that reconstruction into an export.

Retail IoT hardware closes every one of these gaps.

How a Retail IoT Deployment Comes Together

Four stages take a store estate from spot checks to continuous data.

Diagram of the four-stage retail IoT flow: Sense, Connect, Monitor, Replicate, with cabinet, gateway and store icons

Sense

Probe temperature sensors, ambience monitors, door contacts, leak detectors, people counting sensors, and asset trackers measure conditions at the points that matter, on reporting intervals measured in minutes rather than shifts.

Almost all of them run on internal batteries and mount with adhesive or a single fixing, which is what makes them installable in a leased unit with no cabling, no containment, and no electrical work booked in.

A LoRaWAN gateway in the store collects every sensor in the building, sales floor to stockroom to cold store, and backhauls over the existing line or a cellular connection. One gateway per store is the usual count.

LoRaWAN carries small packets a long way at low power, so a shop’s worth of sensors needs one connection rather than one subscription per device. Where a site needs bandwidth, for cameras or an IoT gateway doing edge processing, industrial 4G and 5G routers handle it, with dual SIM failover holding the store online when the fixed line drops.

Readings land in whatever the estate already runs, whether that is a facilities platform, an inventory management system, or a cloud dashboard. EasyNet Technologies supplies the hardware layer and confirms the devices report correctly into it.

Thresholds are configured per device, so a cabinet drifting out of band or a stockroom door left open produces real-time data against a limit rather than a number somebody has to go looking for later.

The first store is a specification exercise. Every store after it repeats the same bill of materials, the same mounting positions, and the same reporting intervals, which is what makes a multi-site retail estate comparable rather than forty separate projects sharing a budget line.

The same hardware is available to EU and UK sites, so one specification covers both markets. Rollouts are usually phased by region, and the specification does not change between phases.

Put a Measured Record Behind Every Store

Retail IoT starts with hardware chosen for the building it has to sit in. Our engineering team will review your store formats, the connectivity each site actually has, and the records you are required to keep, then specify the sensors, gateways, routers, and switches to match. EasyNet Technologies is an authorized distributor operating across the EU and the UK.
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Frequently Asked Questions

Retail IoT is the use of IoT sensors, gateways, and network hardware to measure conditions across a store estate continuously and report them into the systems a retailer already runs. Typical deployments cover temperature monitoring in chillers and freezers, humidity and air quality on the shop floor, door state in the stockroom, footfall at the entrance, and asset location between sites, all transmitted over low-power networks such as LoRaWAN or over cellular. Smart retail is the name for what sits on top; this is the device layer beneath it, inside the building the trading happens in
Smart retail, sometimes called a smart store, describes an estate where connected devices measure conditions and movement continuously, and where that data feeds day-to-day operational decisions. The term is used broadly for IoT in retail, covering everything from back-of-house temperature records to shopper-facing technology. The part EasyNet Technologies supplies is the sensing and connectivity layer: the devices that produce the data, and the routers, switches, and gateways that carry it
Four groups cover most of what gets deployed in a brick and mortar store. Condition monitoring covers chillers, freezers, stockrooms, and the shop floor. Counting covers footfall at entrances and occupancy in specific areas. Tracking covers cages, trolleys, and equipment moving between sites. Connectivity covers the routers and switches keeping point-of-sale systems, digital signage, and stock terminals online. An estate usually starts with one group, and adding the others onto a network that is already in place costs less than the first group did.
This is the usual blocker in a leased unit, and it is answered at network level. Battery-powered LoRaWAN sensors communicate with a single gateway placed anywhere in the building that has power and a backhaul connection, so the chiller probes, door contacts, leak detectors and ambience monitors need no cable and no new containment. One gateway covers an entire store including the stockroom and cold store. Ceiling-mounted people counters are the exception: the higher-accuracy models draw PoE or DC at the mounting position, which is a fit-out item to plan for at the entrances only.
The counters in the catalogue are specified to produce a count. Time-of-flight sensors read the shape and height of an object passing underneath, thermopile sensors read a heat signature, and break-beam counters read an interruption at a doorway. The thermopile and break-beam types carry no imaging element at all, so they can be specified where a store wants counting with no camera in the ceiling. None of the counters is sold or configured for shopper recognition, and how a particular deployment is assessed under UK data-protection law stays with the retailer.
Long battery life is the point of the protocol. A LoRaWAN sensor spends almost all of its time asleep and wakes only to send a short packet at low power. A ten-minute interval is the usual specification for cabinet temperature, and a probe on that interval will outlast the same probe reporting every minute by a wide margin. A display on the device shortens whatever figure you start from. Sensors mounted inside freezers also sit colder than rated ambient, which is accounted for at specification and not discovered in January.
One specification, repeated per site. A pilot store establishes the bill of materials, the mounting positions, and the reporting intervals, and every subsequent site orders the same list. The constraint is usually supply, which is why EU and UK distribution centres matter: sites in both markets draw from local stock, and a phased rollout does not stall between regions waiting on lead times.
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