
Predictive respiratory readiness
Aspira predicts respiratory health impact before bad air arrives — so clinics, pharmacies and at-risk people can prepare, not just react.
Readiness score
Spokane, Washington
5-day predicted respiratory strain
Recommended action
Restock rescue inhaler supply by Wednesday.
Wildfire smoke drifting in from the Cascades pushes PM2.5 to roughly three times its baseline Thursday through Friday.
How it works
Continuously ingests public PM2.5, ozone and AQI forecasts for every region you follow.
Models expected respiratory strain from the particulate curve, sharpened by local community check-ins.
Delivers one specific action — restock, staff up, refill — days before the air actually turns.
Community signal layer
Many neighbourhoods have no monitoring station nearby. A ten-second symptom check-in from residents fills that gap and sharpens the hyperlocal prediction exactly where it is weakest. It's a novel combination, not a proven-at-scale technique — its value depends on real adoption.
1 in 3
monitored regions have no sensor within 15 km
2×
asthma ER visits recorded during major smoke events
3–5 days
of usable lead time in a typical forecast window
100%
public data sources — no private feeds required
Live in the demo
Spokane
Washington
92
AQI 74 · 3 sensors
Fresno
California
67
AQI 58 · 5 sensors
Phoenix
Arizona
36
AQI 41 · 7 sensors
Gary
Indiana
68
AQI 66 · no official sensor
A personal early warning tied to your own risk profile, not a raw AQI number.
See personal alertsA 3–5 day demand readiness forecast with a concrete restock and staffing call.
Open the clinic viewHyperlocal visibility even where no official sensor exists.
Explore coverageOpen the dashboard and follow a region — the readiness score, the driver behind it, and the one action worth taking are all on one screen.