Clarity provides everything you need to get started with air quality monitoring, with a suite of hardware solutions built around the Node-S — our solar-powered and MCERTS-certified air quality sensor.
Stackable Modules attach in seconds, making it easy to upgrade your air monitoring network to measure additional air pollutants over time.
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Clarity's modular accessory ecosystem unlocks flexibility for air quality monitoring networks. With modules that attach in seconds, it's simple to upgrade your air quality monitoring network over time. Expand capabilities by mixing and matching accessory modules like Wind Module, Ozone Module, Black Carbon Module, and more.
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Clarity’s flagship particulate matter (PM) and nitrogen dioxide (NO₂) monitor is self-powered, FCC/CE certified, UV-resistant, MCERTS-certified for use with solar power, and weatherproof. Our devices come pre-configured with integrated solar power harvesting, batteries, and global cellular connectivity — meaning you can get up and running quickly without external infrastructure.
A truly self-sufficient IoT air quality monitoring device, the Clarity Node-S accommodates site-specific requirements according to your needs, not the other way around. In fact, we’re so confident in the Node-S’s ability to amaze, our solution comes with free hardware replacements.
Clarity has deployed thousands of air quality sensors in a variety of climatic conditions around the world.
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Accurate air quality monitoring starts with calibration. Clarity's rigorous Collocation and Calibration process ensures your air pollution measurements are scientifically validated and defensible.
Purchase Node-S devices pre-calibrated to generalized models by the Clarity Lab, or collocate anywhere with a reference monitor to develop custom localized calibrations — all included with Sensing-as-a-Service℠ air quality monitoring.
Swap modules to test new air quality sensor technologies or investigate emerging pollutants. Seamlessly add measurement parameters on a single platform with a simple subscription upgrade.
Adapt air quality monitoring networks to monitor new air pollutants required for compliance. Leverage existing investment in Node-S air quality sensors to serve as the foundation for measuring additional criteria pollutants.
Expand air quality monitoring to new neighborhoods incrementally as budgets allow. Reallocate modules based on discoveries.
Tune air pollution monitoring to provide leading indicators of operational issues. Enhance coverage during seasonal variability.
