An air quality monitoring system for municipalities, schools, offices and industry that measures particulate matter, CO₂, VOC and gas levels indoors and outdoors.
A field measurement reaches you within seconds via the device and the cloud. The dots show the live journey of the data.
Data collection, storage, analysis and alarm management
See all stations on a city map with colour codes.
Particulate, gas and climate data in a single station.
Notifications to open windows or ventilate when CO₂ rises.
Share the data with citizens if you wish.
Works independently on a pole with a solar panel.
Daily averages, number of limit exceedances and trend reports.
Measuring points and parameters are defined.
Stations are mounted on poles or walls.
Maps and dashboards are configured.
Limit exceedances are reported instantly.
Choose from connection type, sensor and form factor options according to your needs.
A low-power IoT gateway that collects data from distant sensors over 433 MHz LoRaWAN and forwards it to the cloud over Wi-Fi.
An irradiance sensor with 0–1 V analogue output that measures solar irradiance from 0 to 1000 W/m² in photovoltaic systems. It can be connected to the DURANKA monitoring system.
A city-wide air quality network.
Emission monitoring around facilities.
CO₂ and ventilation monitoring in classrooms.
Indoor air quality for employee health and productivity.
Air quality in patient and staff areas.
Managing complaints caused by dust and noise.
You can request technical documents for your tender and procurement processes.
No. A solar-powered station is used outdoors and a compact sensor indoors; both are monitored on the same platform.
Yes, we can create a public map page if you wish.
NO₂, SO₂, CO, O₃ and similar gas sensors can be added as needed.
Yes, data and commands can be sent to ventilation systems via Modbus or API.
Tell us the areas you want to measure, and we will design the right station network for you.
