Hardware Integration & IoT

We close the gap between the physical world and software: a signage screen, a network device, a sensor or a production machine — they all produce data, and we make that data meaningful.

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Closing the gap between the physical world and software

A sensor reads a value, a meter turns a number, a machine emits a signal — but none of that data means anything until it's connected to software. Hardware integration starts exactly there: turning the language a device speaks (serial, TCP/IP, Modbus, OPC-UA, MQTT) into a record software understands. This usually isn't on a software agency's service list; we highlight it as a separate service because it's already running inside our sector products.

The hardware bridge runs live in three separate products of ours: a bridge reading data from machines and PLCs on the manufacturing side, a line gathering meters and sensors through an edge gateway in facility management, and a layer driving storefront signage screens on the food-service side. The service on this page is the common thread of those three: connecting a device to software.

Modbus, OPC-UA, TCP/IP, MQTT support
A bridge running live in our sector products
Offline buffer-and-sync via an edge gateway
A vosetu difference most agencies don't offer

A coupling clamped onto the shaft of a huge machine, driving a small recording drum through a taut cord while the machine itself stays untouched — Data is read without touching the device: the bridge is built beside the machine, not into it.

The sub-services living under hardware integration

The device type changes, but the pattern stays the same: read, verify, record, alert when needed.

Device & sensor data collection

We build a bridge (IoT gateway) that reads data from meters, sensors and control units.

Signage & network device management

We build the layer that manages storefront signage screens and network devices from the center.

Communication over serial, TCP/IP and MQTT

We translate the protocol a device speaks (including Modbus, OPC-UA) into a data model software understands.

Remote monitoring & command dispatch

We monitor a device's state remotely and send it commands when needed.

Streaming to the cloud & visualization

We carry device data to the cloud and turn it into a readable real-time dashboard.

Threshold alerts & alarms

A value over threshold or an abnormal signal instantly raises a notification — by SMS, email and on the dashboard.

Meter cords entering a hut from several directions and one single cord leaving it on the far side — Dozens of field sources gather onto one line; there is a single road to the center.

This bridge is already running in our sector products

Manufacturing: machine, PLC and hardware bridge

In our manufacturing product, barcode/label printers, industrial scales, RFID/barcode readers and machine controllers connect directly to the application. A scale reading or a sensor signal is recorded without waiting for human entry — this is exactly the service on this page, at work on the shop floor.

Printer, scale, RFID/barcode reader
Data exchange with machines/PLC
Measurement not left to manual entry

A slim sensing arm resting on a press ram, with a corded teal tally drum that has advanced one notch while the press itself stays untouched

Energy & facility: meters, sensors and the edge gateway

In our facility-management product the system talks to meters, sensors and control units over industrial protocols; an edge gateway collects the data and carries it to the center, buffering locally when the connection drops. The same bridge architecture adapts to your own devices.

TCP/IP, Modbus, OPC-UA
MQTT & edge gateway
Offline buffer-and-sync

Cords from post-mounted meters joining at one teal gateway box, with a single cord rising from it

The storefront signage screen

Alongside the till and kitchen display, our food-service product also manages storefront signage TVs: menu and promotion content changes from the center and reflects on the screens instantly. A small but real example of hardware integration — the screen itself is a 'device'.

Signage content managed from the center
Instant reflection, no manual update
A screen is a hardware-integration endpoint too

A worker turning a crank inside a shop window as one blank board face slides aside to reveal another, with a passer-by stopped outside

Sectors where the hardware bridge is at work

The same protocol and data-collection logic runs, adapted, across different devices in different sectors.

Manufacturing

Printer, scale, reader and machine/PLC integration, together with offline-capable station software.

Energy & Facility Management

Meter and sensor reading, edge gateway, threshold alarms and an energy-consumption dashboard.

Food service

Kitchen display (KDS), signage TV management and connectivity with payment/meal-card devices.

Logistics

Shipment traceability via barcode/QR and GPS-based fleet/vehicle location tracking.

How we build a hardware integration

Device & protocol discovery

We determine on site which device speaks which protocol (Modbus, OPC-UA, TCP/IP, MQTT).

Bridge & edge-gateway setup

We set up the bridge that collects data and carries it to the center, and enable local buffering for disconnected periods.

Dashboard & alert rules

We define the real-time dashboard and threshold/alarm rules, and validate them with real data.

Go-live & care

The device is tested end to end in the live environment; monitoring then continues under SLA maintenance.

A slider tipping a peg on a rail so an arm drops a blank card into a tray, with a figure standing by, hand out but touching nothing — It is the event, not a person, that pulls the trigger: once the threshold is passed the record drops by itself.

What ships as standard in every hardware integration

Modbus, OPC-UA, TCP/IP and MQTT protocol support

Offline buffer-and-sync via an edge gateway

A real-time monitoring dashboard

Threshold/alarm rules and SMS/email notifications

An independent adapter architecture for new device types

Time-series data logging and historical queries

Remote monitoring and command dispatch

Post-launch maintenance and support with SLA

The technology we build on

Protocol

MQTT
TCP/IP
Modbus
OPC-UA

Gateway

.NET
Raspberry Pi
edge gateway

Data

Time-series
PostgreSQL

Monitoring

Real-time dashboard
Threshold alarm

Supported protocols (Modbus, OPC-UA, MQTT, TCP/IP)

One

One shared, layered core

Layered

service / bll / dal architecture

.NET 9

Modern core stack

Frequently asked

What do you bring ready on the IoT side?

A hardware bridge running live in three products: the integration we built with printers, scales, readers, meters and sensors on the manufacturing, facility-management and food-service sides. The integration specific to your devices is built on that bridge.

Which devices and protocols can you work with?

We work with machines and PLCs that expose data over Modbus, OPC-UA and TCP/IP, sensors and edge devices that speak MQTT, and serial/USB-connected printers, scales and readers. A new device type is added as an adapter without touching the core.

Is data lost if the internet drops?

No. The edge gateway buffers readings locally when the connection drops and syncs them to the center once it returns. We run this pattern in real operations in our facility-management and manufacturing products.

Is it brand-independent?

Usually yes. An edge gateway aggregates different-brand devices at one point; in the pre-deployment survey we determine which protocol your devices speak and, where compatible, connect them without replacement.

Do you provide monitoring and support after launch?

Yes. A real-time monitoring dashboard and threshold alarms are standard; post-launch SLA maintenance covers bug fixing and new-device integration requests.

Let's get your devices talking to software

We'll listen to which device you need connected and over which protocol, and map out where to start, together. The first conversation is non-binding.