AXIOT's Air Quality Monitoring technology provides real-time environmental health measurements that are both comprehensive and scalable. Using IoT-enabled sensors and cloud analytics, this solution assists cities, industries, campuses, and smart buildings in monitoring indoor and outdoor air quality to assure regulatory compliance, improve public health, and make data-driven environmental decisions.
Our technology enables stakeholders to respond proactively by continuously detecting critical pollutants including CO₂, PM2.5, PM10, NO₂, and O₃. This includes boosting HVAC efficiency indoors and delivering public notifications during high-risk situations outdoors.
Air quality sensors are installed at strategic indoor or outdoor locations such as buildings, schools, roadsides, or industrial zones. These devices collect real-time data on various air pollutants and environmental factors like temperature and humidity.
Sensor data is securely transferred to the AXIOT cloud platform for processing, visualization, and analytics. Advanced data models provide both real-time insights and historical trends.
Users can set specific pollution thresholds for each area. When air quality surpasses safe levels, key stakeholders receive automatic alerts via email, SMS, or push notifications.
Users can set specific pollution thresholds for each area. When air quality surpasses safe levels, key stakeholders receive automatic alerts via email, SMS, or push notifications.
The technology connects with HVAC systems, public dashboards, digital signage, and mobile apps to improve awareness and automate responses such as air purification, ventilation control, and emergency alerts.
Continuously monitor contaminants and air quality levels at numerous locations.
To protect public health, ensure that WHO, EPA, or local air quality criteria are met.
Receive quick notifications when pollution levels exceed predefined thresholds.
Use historical data and trends to help shape long-term environmental plans.
It’s appropriate for offices, schools, factories, cities, and other settings.
Works with a variety of air quality sensors and third-party platforms.
Monitor urban air quality and limit citizens' pollution exposure.
Maintain acceptable air quality in classrooms and common areas.
Monitor emissions and adhere to worker and environmental safety regulations.
must maintain sterile and safe air conditions in sensitive locations.
Monitor and respond to air quality in high-traffic areas.
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