Air qualityAvailable
Sintropy Air: Precision air quality
Sintropy Air is the IoT sensor built for reliable, repeatable air quality measurements. It tracks fine particulate matter, gases and atmospheric parameters to give you a complete picture of the environment.

Field sensors
- PM10, PM2.5, multi-gas
- Measured parameters
- ±5% reading
- Accuracy
- LoRa / 4G
- Connectivity
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Clean air, data that makes a difference
Sintropy Air supports your sustainability projects with continuous measurement of key air-quality indicators. A rugged IoT solution for urban, industrial and natural sites.
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Key features
Sintropy Air combines particulate, gas and environmental measurement into a single IoT device designed for long-term installations.
- 01
PM10 and PM2.5 fine particulate
Measures fine-dust concentrations using optical sensors calibrated against reference standards. - 02
Atmospheric gases
Detects the main gases that drive air-quality indexes, useful for impact analyses and compliance. - 03
Local weather parameters
Temperature, humidity and atmospheric pressure to contextualize readings and correct the dataset. - 04
Dashboard and alerts
Real-time data on the XNatura platform with configurable thresholds and custom notifications.
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How it works
Four steps to bring Sintropy Air into your environmental monitoring projects.
- 01
Installation
The sensor is placed at representative points across the monitoring site, either independently or with support from our team. - 02
Air sampling
Sintropy Air continuously analyzes air and atmospheric parameters at regular intervals. - 03
Data transmission
Readings are sent via LoRa or 4G to the XNatura platform where they are processed and stored. - 04
Visualization and reports
Access interactive dashboards, time-series charts and exportable reports to track trends.
Field sensors
Technical specifications
Sintropy Air is designed for long-running outdoor deployments.
- Measured parameters
- PM10, PM2.5, multi-gas
- Accuracy
- ±5% reading
- Connectivity
- LoRa / 4G
- Power
- Solar + battery
- Monitored parameters
- 10+
- Sampling interval
- 5 min
- Reading accuracy
- ±5%
How to get it
The device comes with an offer from our team
We do not sell sensors from a price list. The team puts together an offer for your project: how many sites and devices, what has to be monitored and for how long, and the subscription to the XNatura platform that turns the readings into species lists, maps and exports.
FAQ
Frequently asked questions
What parameters does Sintropy Air measure?
Sintropy Air measures fine particulate matter (PM10, PM2.5), key air-quality gases and weather parameters such as temperature, humidity and atmospheric pressure.
How often is data collected?
The sensor takes a measurement every 5 minutes, providing detailed time series for analysis and reporting.
Does Sintropy Air replace Polly-X?
No, it is a complementary solution: Polly-X is the main product for wide-scale air monitoring, while Sintropy Air is a professional variant built for projects that require higher precision and reliability.
Can I integrate the data with my own infrastructure?
Yes, Sintropy Air data is available on the XNatura platform and can be exported or integrated via API into third-party systems.
What is Sintropy Air?
Sintropy Air is the IoT sensor built for reliable, repeatable air quality measurements. It tracks fine particulate matter, gases and atmospheric parameters to give you a complete picture of the environment.
How does Sintropy Air work?
Clean air, data that makes a difference. Sintropy Air supports your sustainability projects with continuous measurement of key air-quality indicators. A rugged IoT solution for urban, industrial and natural sites.
What are the technical specifications of Sintropy Air?
Measured parameters: PM10, PM2.5, multi-gas · Accuracy: ±5% reading · Connectivity: LoRa / 4G · Power: Solar + battery · Monitored parameters: 10+ · Sampling interval: 5 min · Reading accuracy: ±5%
Measure your site's air quality
Contact us to bring Sintropy Air into your environmental monitoring projects.















