In CosmoPet, we use real satellite data to understand how the urban environment affects children's well-being.
- 📍 Galileo geolocation helps identify the child’s position
- 🌫️ Sentinel-4 detects air quality and pollution
- 🌳 HR-VPP maps vegetation and green access
🔬 Il prototipo COSMOpet è stato testato a Milano
Questa pagina visualizza i dati simulati di Copernicus (qualità dell'aria, spazi verdi e isole di calore) per valutare le condizioni di stress ambientale in un'area urbana, come indicato nel file README e nella methodology.md.
Questa pagina visualizza i dati simulati di Copernicus (qualità dell'aria, spazi verdi e isole di calore) per valutare le condizioni di stress ambientale in un'area urbana, come indicato nel file README e nella methodology.md.
🔬 Athens – Environmental Snapshot
🔴 High concentration of NO₂
🌳 Very low green space per child
🌡️ Significant urban heat stress
🧠 AI-triggered response:
→ Breathing game activated, relaxing music therapy and mascot animation to support well-being.
📍 Source: COSMOpet environmental map – Athens
🔴 High concentration of NO₂
🌳 Very low green space per child
🌡️ Significant urban heat stress
🧠 AI-triggered response:
→ Breathing game activated, relaxing music therapy and mascot animation to support well-being.
📍 Source: COSMOpet environmental map – Athens
🔥 Urban Heat Stress – Comparative Snapshot: Cagliari vs Nice
Cagliari (Sardinia, Italy)
🌡️ Very high temperature index (>35°C perceived)
🌇 Limited urban vegetation
→ AI recommendation: hydration reminder, music therapy, breathing game
Nice (Côte d'Azur, France)
🌡️ Moderate heat (avg 30°C perceived)
🌴 Better green coverage near coast
→ Preventive advice: reduce outdoor activity
📍 Source: Simulated data via COSMOpet environmental model (Copernicus + urban overlay)
Cagliari (Sardinia, Italy)
🌡️ Very high temperature index (>35°C perceived)
🌇 Limited urban vegetation
→ AI recommendation: hydration reminder, music therapy, breathing game
Nice (Côte d'Azur, France)
🌡️ Moderate heat (avg 30°C perceived)
🌴 Better green coverage near coast
→ Preventive advice: reduce outdoor activity
📍 Source: Simulated data via COSMOpet environmental model (Copernicus + urban overlay)
🔬 The COSMOpet prototype was tested in Milan
This page displays simulated Copernicus data (air quality, green spaces, and heat islands) to assess environmental stress conditions in an urban area, as described in the README and in the methodology.md.
This page displays simulated Copernicus data (air quality, green spaces, and heat islands) to assess environmental stress conditions in an urban area, as described in the README and in the methodology.md.
Example – Environmental Snapshot:
Location: Milan
NO₂ level: High
Green areas nearby: Low
Suggestion: Activate relaxing pet interaction + breathing game
(Function in alpha – simulation only)
Location: Milan
NO₂ level: High
Green areas nearby: Low
Suggestion: Activate relaxing pet interaction + breathing game
(Function in alpha – simulation only)
This section will evolve into a real-time interactive tool based on Copernicus and Galileo APIs.
CosmoPet is currently in early-alpha stage. Features shown are part of an ongoing prototype.