The Internet of Things (IoT), or the Internet of speeches, is a process of physical objects that may be emerging technologies that allow you to interact with the environment, transmit information about your station and accept call data (Gartner).

LoRa – (from Long Range), which belongs to the Californian company Semtech, is a radio frequency carrier signal based on the PHY level of a telecommunications device. In this way, using a LoRa modem, you can turn your data into this signal.

LoRaWAN connects the signal with the add-on. Based on the basic transmission of data to a telecommunication device, LoRaWAN is a technology that connects a LoRa signal to a device.

Both the protocol and the architecture, this helps to determine the hours of autonomous operation of nodes, the service capacity, the security of data transmission, the throughput of the network, as well as the types and diversity of add-ons, so vikorist.

The representatives of our company, on the basis of conducting analytical studies, which were confirmed by the results of testing at our facilities and at the facilities of our clients, made a revision that, Since the locks were installed on 9 or 16 surface dams, the communication range was approximately 1-2 km in the minds of the city. In some cases, the communication range reached 2.7 km.

On average, we can say that if the gateways will be located on 9 or 16 surface buildings with a radius of 1-1.5 km, then with 90% coverage the entire territory in the minds of the Lord will be covered.

The range of communication from the basement premises is approximately 500 meters and in the skin area to lie in front of real minds.

If the gateway and sensors operate on the LoRaWAN protocol and are configured for the same frequency range (868 MHz for Ukraine), then they are compatible and can work in the same network.

Yes, you can. The Helium hotspot is a full-featured LoRaWAN gateway that can be used without a Helium Network to create LoRaWAN coverage.

LoRaWAN is ideal for facilities where wired connectivity or stable mobile coverage is difficult or expensive. Typical use cases include basements, utility chambers, boiler rooms, pumping stations, residential buildings, industrial sites, and outdoor infrastructure. It works reliably in challenging radio conditions and over long distances.

Yes. In most projects, we integrate existing equipment using industrial interfaces such as M-Bus, Modbus, pulse outputs, or analog signals. This allows customers to extend the lifecycle of installed meters while adding remote monitoring, telemetry, and analytics without costly replacements.

LoRaWAN is specifically designed for low-power, long-range communication and performs well in underground and shielded environments. During implementation, we always conduct on-site radio measurements, optimize antenna placement, and adjust transmission parameters to ensure stable and reliable data delivery.

Absolutely. Our solutions are designed with scalability in mind. You can start with a pilot or a single district and gradually expand to hundreds or thousands of devices, add new sensor types, integrate analytics, BI, or SCADA systems, and extend LoRaWAN coverage without redesigning the entire system.

All collected data belongs to the customer. We implement secure data transmission, device authentication, and role-based access control. Depending on project requirements, data can be stored on customer-owned servers, private cloud infrastructure, or integrated directly into existing enterprise systems.