We work mainly with the local authorities for deploying the Node-S devices — with the local council. The community has been really helpful and has made a big difference. The majority of the Nodes are up on street lamps around the town.
Clarity's Sensing-as-a-Service℠ air quality monitoring solution makes it easy and affordable to collect accurate air quality measurements anywhere in the world. Our end-to-end air quality measurement solution combines solar-powered, cellular-connected air pollution sensors with intuitive software and expert support to deliver air quality insights you can trust.
Our managed service ensures your data are accurate, consistent, and defensible. Our rigorous Collocation and Calibration process gives you scientifically validated measurements, while our team of experienced Environmental Project Managers provides guidance every step of the way.
Sensing-as-a-Service℠ is built for seamless air quality sensor network deployment, data management, and quality control at any project scale. Whether you're a regulator, private company, researcher, or community group, Sensing-as-a-Service ensures delivery of the high-quality air pollution measurements you need to drive real change.
Self-powered Clarity Node-S air quality monitoring hardware measures PM2.5 and NO2 and serves as a platform for additional modules that measure Wind, Black Carbon, and Ozone. Rugged and with minimized maintenance requirements, our devices reduce installation and field intervention costs.
Explore our devicesAir quality measurements and air sensor network status are easily accessible in real-time via Clarity’s user-friendly Dashboard, REST API, and OpenMap. No matter your level of experience, we have a solution to help you and your project’s stakeholders to get the most out of your data.
Learn more about Clarity CloudAir quality monitoring is hard, but we can help. You’ll partner with an experienced Environmental Project Manager to help you define a project plan and guide you through Collocation and Calibration of your devices. You’ll receive support throughout the duration of your project, with recurring meetings and check-ins to ensure data quality.
Clarity’s modular system can monitor a wide range of pollutants, including PM2.5, PM10, nitrogen dioxide (NO₂), ozone (O₃), and black carbon — key indicators of urban air pollution from traffic, industry, and wildfires. Our platform also supports wind and meteorological data to better understand pollution movement and source attribution.
Clarity sensors are designed for rapid, low-effort deployment. They arrive pre-configured and can be installed in under 10 minutes using basic tools. Solar power and cellular connectivity eliminate the need for grid power or Wi-Fi, and the system requires minimal ongoing maintenance thanks to its rugged, weatherproof design.
Yes — Clarity sensors automatically transmit data to the cloud via cellular networks, making it accessible anywhere through the Clarity Dashboard. Users can view live maps, configure alerts, download reports, and even share public data with stakeholders or communities through tools like OpenMap.
Absolutely. Clarity offers optional Add-On Services like Data Analysis reports, as well as ongoing customer success support. Our team can help you make sense of trends, compare your data to regulatory standards, and generate actionable insights for planning, policy, or public communication.
While Clarity is optimized for outdoor air quality monitoring, our customers have occasionally used sensors in semi-enclosed or transitional spaces like parking garages, warehouses, and industrial facilities. However, for strictly indoor applications, we generally recommend dedicated indoor sensors designed for controlled environments.
Clarity’s air quality monitoring network fills critical gaps in traditional regulatory systems, which are often sparse due to cost. While reference monitors provide high-accuracy data at a few fixed locations, Clarity sensors can be deployed at scale, offering hyperlocal insight at street level—near schools, traffic corridors, or underserved communities.
The calibrated data from Clarity Node-S air quality sensors integrates seamlessly with regulatory data, enhancing resolution and enabling real-time alerts for pollution events like wildfires or industrial spikes. Clarity also supports OpenMap, which can combine official and supplemental sensor data into a single public or agency-facing view.
Cities like London have adopted this hybrid model—pairing a few reference stations with many low-cost Clarity nodes to build a more responsive, community-scale air monitoring network.In short, regulatory monitors establish the baseline; Clarity provides the resolution and reach needed for targeted public health action.