DEEPAQ
DEEPAQ Atmospheric Engine

Retrieving atmospheric telemetry for Chandigarh...

Respiratory PathologyFact 1 of 6

Deep Alveolar Penetration

PM2.5 particles are ~30 times thinner than human hair. They bypass nasal cilia and penetrate deep into the microscopic alveoli where oxygen enters your bloodstream.

Real-time hourly observations · Chandigarh ML Random Forest baseline

DEEPAQ
DEEPAQ
SYNCING
Chandigarh, India·Updated Never
● Air Quality: Poor
Current Ground Telemetry
PM 2.5
88.5µg/m³

Fine particulate matter suspended at ground breathing height. Key health determinant calibrated against continuous ambient monitors.

ML Anticipation · t + 60m
Random Forest
82.3µg/m³
↓ 6.2 (7%)

Atmospheric kinetic ventilation active. Particulate load anticipated to decrease over the next 60 minutes.

Validated Error: MAE ±2.96 µg/m³
Health advice for:

Air is moderately polluted with smoke

Members of sensitive groups may experience health effects. General public less likely affected.

Scroll below for machine learning trajectory & 5 atmospheric sensors

Predictive Intelligence & Trajectory Vector

Trained on 2,208h Atmospheric Records

24-Hour Particulate Trajectory

Observed PM2.5 trend and boundary diurnal fluctuations in Chandigarh

Loading 24h telemetry curve...
Random Forest Physics Weights
200 Trees
Current PM2.5 Persistence44.8%
Wind Velocity (Flushing)19.3%
Relative Humidity (Haze)14.6%
PM10 Coarse Ratio10.4%
Validated R²: 0.981

Atmospheric Sensor Matrix

Ground-level observations
PM 2.5 Fine
88.5µg/m³
Poor
PM 10 Coarse
94.3µg/m³
Road dust & crushing
Temperature
18.4°C
Surface 2m height
Humidity
82% RH
Hygroscopic haze
Wind Speed
4.4km/h
NW (315°)