Our solutions can be deployed in all types of public buildings (schools, colleges, secondary schools, music conservatories, swimming pools, etc.) to ensure good indoor air quality management while reducing your energy consumption.
We have designed predictive solutions to make all types of building healthier and more eco-responsible. Our ambition is to create greener cities for tomorrow.
Our solution uses prediction to reduce the energy impact of your ventilation, whether natural or mechanical, and heating. So there’s no over-quality or over-heating in your establishments.
Our unique IAQ modelling and prediction technology reduces the number of sensors needed in your buildings.
You can measure, monitor and improve your indoor air quality thanks to our predictions, personalised recommendations and, if equipped, ventilation control.
Thanks to our indoor air quality predictions, we can control your ventilation just when you need it. You avoid over-quality and over-ventilation, significantly reducing your energy consumption (by up to 30%!).
We go much further than time programming or CO2 sensor control!
Don’t have ventilation ? Access our daily aeration recommendations and reduce your energy impact.
We are providing a QR code and a public interface (on a tablet or smartphone) to enable you to communicate about the quality of your indoor air.
Building occupants will also be able to access daily aeration recommendations.
Based on our predictive calculations, we choose the best time to open the window (when outside pollution is at its lowest) and the optimum duration. This encourages you to renew the indoor air, while avoiding the need to open the windows for long periods during the heating season.
Are you renovating or building your establishment?
Simulate the indoor air quality of your establishment during the design and/or renovation phase
The solution preferred by our customers that combines health and sobriety
Monitor and improve your indoor air quality while controling your HVAC system.
Choose your plan and save energy
