Physics-Based AI Model
Offers enhanced forecasts with unmatched accuracy.
24/7 Source Monitoring
Real-time scanning pinpoints sources of degraded air quality.
4- Day Forecast
Hourly forecasts extend up to 4 days ahead.
How you can use it
Aero equips scientists and policymakers with trusted, high-resolution forecasts. Our tools complement the use of systems like NOAA HRRR-Smoke
Scientists & Researchers
Use physics-AI forecasts to validate models, trace pollution sources, and publish reliable community advisories.
Work Zone Managers
Support safer operations with hazard alerts that provide immediate guidance for crews in the field.
School Districts & Athletics
Monitor air quality forecasts to know when to adjust recess, outdoor classes, or athletic practices.
Everything You Need for Advanced Air Quality Research
Aero combines a sophisticated physics-based model with machine learning to predict how wildfire smoke, airborne dust, inversions, and other pollutants interact with weather to impact air quality.
Multi-Hazard + Plume Rise Forecast Capabilities
Advanced plume rise models accurately predict smoke dispersion, factoring in dust, inversions, and human activity to assess multi-hazard air quality risks.
Fire Activity Forecasting
Anticipate wildfire activity with hour-by-hour forecasts that factor in terrain, wind, fuel, and atmosphere to model spread, growth, and direction
Any Location, Any Time
Select any U.S. location to generate site-specific forecasts, providing precise data for researchers and decision-makers.
4-Day Forecast Playthrough
Follow smoke and air quality patterns as they unfold through an interactive, hour-by-hour forecast playthrough extending 4 days ahead
Don't Be Reactive, Be Proactive
