The Foundation of
good IAQ management:
Accurate, reliable readings.
It’s our data processing, not our hardware sensors, that allows Foobot monitors to be rated among the most accurate and reliable.
Our data scientists use machine learning to detect abnormal readings and to detect replicable patterns of pollution events. We also run baseline analysis, volatility analysis, cross-readings analysis to preserve accuracy and reduce drift over time.
The Foundation of good IAQ management:
Accurate, reliable readings.
It’s our data processing, not our hardware sensors, that allows Foobot monitors to be rated among the most accurate and reliable.
Our data scientists use machine learning to detect abnormal readings and to detect replicable patterns of pollution events. It also uses outdoor pollution data to better understand indoor pollution increase when no indoor activities are involved.
Check out the studies
Foobot sensors’ accuracy has been assessed by prestigious US universities such as Rutgers or Berkeley.
Our products
Our products
Residential use
Foobot Home
Sold out
From monitoring to activating
Using sensors to
deliver good air to occupants
Sensors assess indoor climate conditions in real-time, and feed our patented AI, which then sends the right command for each and every HVAC equipment.
The “brain” also takes in many more factors, such as changing outdoor temperature and pollution, occupancy, and varying energy rates, in real time.
From monitoring to activating
Changing the way buildings deliver air to occupants with AI
Indoor climate conditions are assessed, then our patented AI algorithms send the right command for each and every HVAC equipment, which are considered a system as a whole.
The “brain” also takes in many more factors, such as changing outdoor temperature and pollution, occupancy, and varying energy rates, in real time.
Discover what
air sensors + AI
can do for your business