Air quality monitoring
Wall-to-wall air-quality intelligence from satellite observations — AQI-class indicators, hotspots, and trends for regions where ground stations are sparse or absent.
- Coverage without stations
- Hotspot detection
- Historical trends
Benefits
What air quality monitoring unlocks
Short-term optimization
- Screen entire regions for pollution hotspots
- Track episode severity as it develops
- Fill gaps between monitoring stations
Long-term impact
- Seasonal and policy-impact trend analysis
- Defensible reporting for ESG and compliance
- Targeting evidence for clean-air programs
Approach & methodology
How the analytics work
We are transparent about data sources, models, and limits — so you can trust what you act on.
- Data sources
- Atmospheric satellite products (aerosol and trace-gas observations) with multi-year archives.
- Approach
- Conversion of column observations to AQI-class surface indicators, calibrated where stations exist.
- Update cadence
- Daily observations, weekly composites.
- Limitations
- Satellite AQI is an estimate of surface conditions; heavy cloud reduces daily coverage.
Deliverables
Expected outputs
- GIS-ready data layers (GeoJSON / KML / SHP / GeoTIFF)
- Decision-ready PDF report with interpretation
- Interactive smart map with time-series view
Process
Project stages
2–3 weeks to first dashboard
Define area of interest and indicators with your team
Acquire and process multi-date satellite imagery
Run analytics models and validate outputs
Deliver layers, maps, and report; set up recurring monitoring