Meet our air quality sensors: Reliable, affordable and built upon the latest technological developments.
Current air quality monitoring systems are bulky, expensive and difficult to maintain and calibrate. This changes now: The air quality sensors developed by Breeze Technologies deliver real-time hyperlocal air quality data for a fraction of the price of legacy monitoring hardware. At the same time they are much smaller, making it possible to deploy them virtually anywhere. Building air quality monitoring networks has never been this easy before.
Each air quality sensor measures all the most common air pollutants. For more ambitious projects, the measurement platform can still be extended to detect more exotic parameters. Learn more
Multiple connectivity options
Local air quality gets measured every 30 seconds and is transmitted via various connectivity options. This real-time data will help you trigger immediate actions in your smart infrastructure. Learn more
Our sensors are designed to simply work. They come already configured to stream gathered data directly into your account on our Environmental Intelligence Platform. From here you are able to dive into the data or export it via APIs. Learn more
Small form factor & low cost
The small form factor of our air quality sensors makes it possible to install them virtually anywhere. They can be installed on walls, street lights and other city furniture. Our air quality sensors are up to 1.000 times cheaper than existing monitoring infrastructure. This makes hyperlocal air quality data gathering viable for nearly everybody.
Our air quality sensors measure all common air pollutants.
Each air quality sensor that we ship measures the most common air pollutants. For more ambitious projects, our environmental sensing platform is extendable to include even the most exotic pollutants. Proprietary on-device data management ensures data integrity. Thanks to predictive maintenance features in our cloud platform, we detect sensing deviations to ensure highest data accuracy. Our sensors can measure the following parameters:
Climate (Temperature and Humidity)
Carbon Monoxide (CO)
Carbon Dioxide (CO2)
Nitric Oxide (NO)
Nitrogen Dioxide (NO2)
Particulate Matter (PM10 and PM2.5)
Sulphur Dioxide (SO2)
Volatile Organic Compounds (VOCs)
If you require any other parameters to be measured please leave an inquiry via our contact form.
Every environment is different. This is why our sensors support multiple connectivity standards to fit your needs.
Our air quality sensors support the latest connectivity standards for smart building and smart city projects: Whether you want to use your existing infrastructure with WiFi air quality sensors, set up long-range infrastructure networks with LoRa air quality sensors or are looking for fully autonomous sensors using the cellular network for data transmission.
Built to work with our Environmental Intelligence Cloud
Our air quality sensors are built to seamlessly work with the Environmental Intelligence Platform. Our award-winning cloud calibration technology re-calibrates data gathered from our sensors in real-time, to ensure highest data quality and accuracy.
Redundancy and performance
Larger deployments of air quality sensors can produce a lot of datasets. This is why our cloud-native Environmental Intelligence Platform is designed to be highly scalable, to always deliver top-notch performance. Data is backed-up regularly and stored on redundant infrastructure.
Real-time calibration and plausibility checks
Thanks to our cloud calibration engine, sensor data is assessed and calibrated in real-time. This means that you will not have to worry about on-site calibration and sensor maintenance. We will contact you if you need to take any action.
Integrable via easy-to-use APIs
Real-time and historic sensor data can be streamed into smart city and building management platforms. Through our powerful APIs, you also have access to aggregated averages and benchmarks according to international standards
The cookie settings on this website are set to "allow cookies" to give you the best browsing experience possible. If you continue to use this website without changing your cookie settings or you click "Accept" below then you are consenting to this.