🌍 3D Open-World City Simulation (real-time · WebGL)
Vehicles drive in real time. Toggle AI optimisation to see emission particles (exhaust smoke) increase or decrease on each vehicle type. Drag to orbit · scroll to zoom.
V2X Connect
Gas Emission Simulation
Environment AI
Dedicated high-visual gas emission simulation with AI traffic decisions and fullscreen exploration.
Large-scale 3D city simulationAI traffic optimization controlsVehicle-wise gas analyticsRealtime AQI and pollutant trends
Open Gas Emission SimulationReal-time Monitoring Dashboard
Traffic Emissions Intelligence Suite
🧾 User Profile (Google)
Live AQI
0
Density 0% · Updated --:--:--
📉 Emissions vs Time (CO2)
Interactive hover enabled. Red = before system, Green = AI/V2X optimized.
📊 Traffic density vs pollution
Higher density clusters produce higher pollutant concentration.
🚗 Vehicle-wise emissions + independent AI
🚗 City Car
-0.0%car · petrol · Adaptive green-wave routing
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
🚚 Freight Truck
-0.0%truck · diesel · Load-aware speed smoothing
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
🚌 City Bus
-0.0%bus · diesel-hybrid · Signal-priority transit corridor
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
🏍️ Motor Bike
-0.0%bike · petrol · Dynamic lane harmonization
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
🛵 Urban Scooter
-0.0%scooter · petrol · Platoon spacing assistant
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
⚡ Electric Vehicle
-0.0%ev · electric · Battery-aware eco-routing
Before 0.0 → After 0.0 mg/min
CO2: 0.00 → 0.00
🌫️ Gas concentration comparison (Before vs After)
Carbon Dioxide (CO₂)
Before 0.00 · After 0.00 · Reduction 0.0%
Carbon Monoxide (CO)
Before 0.00 · After 0.00 · Reduction 0.0%
Nitrogen Oxides (NOx)
Before 0.00 · After 0.00 · Reduction 0.0%
Sulfur Dioxide (SO₂)
Before 0.00 · After 0.00 · Reduction 0.0%
Particulate Matter (PM2.5)
Before 0.00 · After 0.00 · Reduction 0.0%
Particulate Matter (PM10)
Before 0.00 · After 0.00 · Reduction 0.0%
Hydrocarbons (HC)
Before 0.00 · After 0.00 · Reduction 0.0%
Volatile Organic Compounds (VOCs)
Before 0.00 · After 0.00 · Reduction 0.0%
Methane (CH₄)
Before 0.00 · After 0.00 · Reduction 0.0%
Ozone (secondary formation)
Before 0.00 · After 0.00 · Reduction 0.0%
🧠 Health impact analysis
Lungs
Airway inflammation, reduced lung capacity, chronic irritation
Heart
Higher blood pressure, plaque instability, cardiac stress
Brain
Neuroinflammation, reduced oxygen delivery, cognitive strain
Overall
Immune stress, fatigue, and quality-of-life decline
• Asthma
• Lung cancer
• COPD
• Cardiovascular diseases
Long-term exposure risk indicator: LOW (0 AQI)
📉 Emission reduction system impact
• Smart traffic routing reduces stop-go emissions and reroutes around high-density corridors.
• Emergency vehicle prioritization lowers intersection waiting and queue spillback.
• Reduced idle time from predictive green-wave signaling.
• Optimized AI/V2X flow coordination improves throughput and lowers pollutant spikes.
Before vs After (filtered set)
Before: 0.0 mg/min
After: 0.0 mg/min
Estimated reduction: 0.0%
AI pollution trend predictor: next window likely moderate emission load.
🌍 Gas knowledge base (source, environmental + health impact)
Carbon Dioxide (CO₂)
Source: Complete combustion of petrol/diesel in engines.
Environmental impact: Drives climate change and global warming.
Short-term effects: Headache and breathing discomfort in enclosed/high exposure spaces.
Long-term problems: Chronic climate-linked heat stress and respiratory burden.
Carbon Monoxide (CO)
Source: Incomplete fuel combustion, common in congestion and idling.
Environmental impact: Contributes to poor urban air quality chemistry.
Short-term effects: Dizziness, nausea, reduced blood oxygen transport.
Long-term problems: Cardiovascular strain and neurological stress.
Nitrogen Oxides (NOx)
Source: High-temperature combustion in engines.
Environmental impact: Forms smog, acid rain, and secondary PM.
Short-term effects: Airway irritation, wheezing, inflammation.
Long-term problems: Asthma progression, chronic lung damage.
Sulfur Dioxide (SO₂)
Source: Sulfur in diesel and other sulfur-containing fuels.
Environmental impact: Acid rain and aerosol formation.
Short-term effects: Throat irritation, coughing, breathlessness.
Long-term problems: Persistent respiratory disease aggravation.
Particulate Matter (PM2.5)
Source: Exhaust soot plus brake/tire wear and secondary particles.
Environmental impact: Regional haze and ecosystem deposition.
Short-term effects: Chest tightness and acute asthma flare-ups.
Long-term problems: COPD, lung cancer risk, heart disease.
Particulate Matter (PM10)
Source: Road dust resuspension and mechanical wear.
Environmental impact: Visibility loss and urban dust loading.
Short-term effects: Eye, nose, and throat irritation.
Long-term problems: Chronic bronchitis and reduced lung function.
Hydrocarbons (HC)
Source: Unburned fuel escaping combustion.
Environmental impact: Smog precursor compounds.
Short-term effects: Headache, mucosal irritation.
Long-term problems: Toxic exposure-related organ stress.
Volatile Organic Compounds (VOCs)
Source: Fuel evaporation and incomplete combustion.
Environmental impact: Ozone precursor and photochemical smog driver.
Short-term effects: Eye irritation and reduced cognitive comfort.
Long-term problems: Liver/kidney stress and cancer risk for some compounds.
Methane (CH₄)
Source: Unburned hydrocarbon leakage in fuel systems/exhaust.
Environmental impact: Potent greenhouse gas.
Short-term effects: Low direct toxicity but oxygen displacement at high levels.
Long-term problems: Climate-linked health impacts via warming and ozone chemistry.
Ozone (secondary formation)
Source: NOx and VOC reactions in sunlight.
Environmental impact: Damages crops and worsens urban smog.
Short-term effects: Coughing, chest pain, and breathing difficulty.
Long-term problems: Declining lung function and chronic respiratory disease.
🛰️ Live pollution tracking + heatmap alerts
⚠️ Alert threshold: AQI > 150
Air quality within managed range
Map integration mode: simulated IoT + V2X feed
Assistant hint: Ask chatbot for gas-wise recommendations.