Industries
Monitor plant emissions, indoor process air, and workplace exposure conditions across industrial operations.
Real-time air quality monitoring for industries, smart cities, and environmental compliance. Track PM2.5, PM10, CO2, CO, NO2, SO2, O3, temperature, humidity, and live device data from one connected dashboard.
01
Better Pollution Visibility
See live particulate and gas data across devices, stations, and sites without waiting for manual field checks.
02
Faster Alert Response
Threshold-based notifications help operations teams act quickly when air quality conditions degrade.
03
Compliance Monitoring
Keep cleaner records for environmental oversight, audits, and reporting requirements across monitored locations.
Real-Time AQI Monitoring
View live air quality values from connected stations and devices across industrial, urban, and environmental sites.
PM2.5 & PM10 Tracking
Track particulate concentration continuously to understand exposure risk, dust levels, and changing ambient conditions.
Gas Sensor Integration
Connect CO2, CO, NO2, SO2, O3, VOC, temperature, and humidity sensors into one monitoring workflow.
Overview
The Air Quality Monitoring System collects live environmental data from particulate and gas sensors, edge devices, and connected field installations. It captures PM2.5, PM10, CO2, CO, NO2, SO2, O3, temperature, and humidity so teams can understand changing pollution conditions in real time.
Sensor and device data is sent through an IoT gateway to a cloud dashboard where operators can monitor current values, compare historical trends, review threshold breaches, and respond faster with alerts, reports, and compliance-ready records.
Key Benefits
The value of an IoT rollout comes from faster response, stronger visibility, and less manual coordination across every connected asset and workflow.
See live particulate and gas data across devices, stations, and sites without waiting for manual field checks.
Threshold-based notifications help operations teams act quickly when air quality conditions degrade.
Keep cleaner records for environmental oversight, audits, and reporting requirements across monitored locations.
Automate measurement, transmission, and dashboard updates to reduce repetitive logging and field effort.
Track multiple stations, plants, campuses, or urban points from one connected platform.
How It Works
Field sensors continuously capture particulate, gas, temperature, and humidity readings from the monitored environment.
An IoT gateway or edge device securely transmits sensor data to the central platform for processing and visibility.
Operators review current readings, compare trends, and monitor location-level performance from one interface.
Notification workflows activate automatically when pollutant or environmental limits move outside acceptable ranges.
Teams use stored data, trends, and summaries to improve decisions and support environmental reporting.
Applications
These deployments adapt to different sites, asset types, and monitoring priorities while keeping the interface and data flow consistent.
Monitor plant emissions, indoor process air, and workplace exposure conditions across industrial operations.
Create connected urban air-quality visibility with distributed sensors across roads, districts, and public spaces.
Track dust, particulate spikes, and changing site conditions to support safer and more compliant work zones.
Observe outdoor and indoor air quality across learning environments, hostels, and shared facilities.
Monitor sensitive environments where cleaner air and quick visibility into changing conditions matter.
Support long-term monitoring programs with connected data, trends, and centralized reporting.
Next Step
Request a demo to see how connected sensors, live dashboards, and smart alerts can improve air quality visibility across your sites.