Solutions

Solutions in ecology

Solutions in ecology

Implementing solutions for remote collection of indicators on environmental quality based on LoRaWAN technology allows to:

  • receive data from remote monitoring objects in “real time” mode;
  • control air quality parameters: temperature, humidity, pressure;
  • dust concentration;
  • CO2 level;
  • radiation background;
  • air quality index. quickly implement the system into operation;
  • receive notifications when the permissible limits are exceeded.
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solutions

Solutions in industry 

Using IoT (Internet of things) solutions based on LoRaWAN technology allows to: 

  • control the work of manufacture by monitoring important parameters and condition of the equipment:
  • duration of equipment / units operation;
  • temperature regime;
  • vibration level;
  • the number of work cycles and their duration;
  • energy consumption control.
  • track the working conditions of the staff:
    • movement control;
    • noise level;
    • temperature;
    • humidity;
    • CO2 level.
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solutions

Solutions in the field of housing and public utilities

Solutions in the field of housing and public utilities 

The implementation of IoT (Internet of Things) solutions based on LoRaWAN technology in the field of housing and public utilities allows:

  • To organize a system for remote accounting of resource consumption;
  • To receive up-to-date information in “real time”;
  • To respond timely to emergencies;
  • To control and manage engineering networks and infrastructure facilities;
  • To optimize operating costs.
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Solutions in agriculture

IoT solutions for agriculture
Solutions in the field of agriculture using IoT(Internet of things) based on LoRaWAN protocol. Practical examples of solutions
The implementation of solutions for remote collection of indicators for agricultural facilities based on LoRaWAN technology makes it possible to:

  • automatically receive remote data from fields, greenhouses, livestock farms;
  • control parameters of:
  • humidity and temperature of soil, air;
  • wind speed and direction;
  • solar radiation level;
  • measure the light level.
  • manage the microclimate of greenhouses;
  • monitoring and management of irrigation systems;
  • organize condition monitoring of machinery and equipment in the fields;
  • remotely monitor the status of devices and systems;
  • temperature and humidity control of agricultural products storage.

 

 

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solutions