Discover the AirU
Employee safety and occupational health are at the highest level of concern when it comes to pollution exposure.
Know when your employees are breathing clean safe air with TELLUS’s innovative solutions. Make informed data-driven decisions to help reduce pollution exposure in your workplace.
Remote monitoring 24/7
Remotely monitor indoor and outdoor sensor networks 24/7 in real-time to better understand workplace air quality and the efficacy of ventilation and control methods in place.
Cost efficient monitors that measure particulate matter (1μm, 2.5μm and 10μm), oxidizing and reducing species, temperature, humidity and location. Add PM10 monitoring for dust and pollen detection!
AirU monitors transmit air quality data to the cloud through a Cellular or Wi-Fi connection, and store years of data onboard.
Common Use Cases
Integrate TELLUS technology into your smart device
Let TELLUS do the heavy lifting by integrating the AirU platform into your existing smart product. Add air quality monitoring to your host of available solutions to add more value for your customers.
Improve awareness and engagement in the workplace
• Remotely access your data 24/7
• Display real-time air quality for others to see
• Share colored charts and graphs
• Download raw measurements
• Monitor sensor network health
• Identify outliers
• Receive air quality alerts and notifications
Get the right solution for your application
Robust design and portability make the AirU ideal for fenceline monitoring and short/long-term monitoring depending on your use case.
Monitor manufacturing floors, office space, or classrooms for elevated particulate matter (PM2.5, PM10) and VOC levels to understand inefficiencies in your air filtration system.
Real-time analytics help to make sense of the air quality data leading to informed decisions to reduce pollution exposure. Access your data remotely or integrate data into your current platform using our API
Powered by TELLUS CoreDI
TELLUS CoreDI is the culmination of over 15 combined years of rigorous multidisciplinary research, born out of the University of Utah.Focused on high spatial resolution air quality monitoring that is both economical and reliable. Designed to be integrated by local organizations and municipalities with a high degree of trust in the data.
A highly entwined, multi-tier hardware-software ecosystem that ensures the most accurate data collection and representation.
A suite of statistical tools developed in-house and refined over the last five years using trillions of data points spanning multiple regions across the globe to screen for outliers and flag erroneous measurements in real time.
Integration of 3rd party ground-truth data sources to continuously apply [update] in situ field calibrations to the network to correct for ever-changing environmental conditions and ensure the most accurate and trustworthy data.
Machine-learning-based spatial and temporal interpolation functions to reliably provide pollution information between data sources to provide pollution measurements anywhere in the network region.