How It Works

Our cloud-connected air quality sensors monitor critical environmental variables for indoor air using a wireless mesh network.

Sensors integrate with your Building Management Systems for seamless monitoring and control.

Cloud-based IAQ analytics drives improved business outcomes in sustainability, health and safety, and risk and compliance.

Remediation Data Air Sensors Analytics

Air Quality Data

Our air quality sensors can be placed throughout a facility, their built-in mesh network ensuring efficient, continuous data collection by a central gateway. Every 3 seconds (the transmission rate can be as fast as 3 seconds, but could also be every minute or 5 minutes, configurable by the customer), the sensors gather critical air quality data and transmit it to the TelosAir Cloud , ensuring that our analytics engine has the most up-to-date data for accurate analytics and actionable insights to drive better business outcomes.

Analytics & Insights

Our cloud-based AI Engine extracts underlying insights from the data necessary for source identification, mapping air flow patterns, and identifying potential faults in your HVAC system. 

These insights are visualized clearly and intuitively through the TelosAir Dashboard. Generate automated reports, explore your data more deeply, and download graphics and raw data for further analysis or presentation from the Dashboard.

Closed Loop Remediation

Optimize the operation of your HVAC system by integrating our analytics with your building management systems, either directly through BACnet/IP or via manual intervention, to provide healthier indoor air quality, while minimizing energy use.

Our analytics will help guide you in setting optimal air exchanges, timely filter replacements, or spaces that need additional air purification technologies.

Networked Air Sensors

Our networked, air quality sensors detect gas and particle concentrations as well as general air properties. The compact sensor design allows for flexible deployment on a desk, wall, or mounted directly on HVAC ducts.

Our sensors communicate with each other and with a central gateway through a LoRa-based radio mesh network. Thus, there are no messy data wires to connect, just power (24V AC, 5V-12VDC, or 110/240 V AC).