Urban Heat Intelligence
Identify heat hotspots, vulnerable areas, and cooling priorities using high-resolution satellite thermal data.
Identify heat hotspots, vulnerable areas, and cooling priorities using high-resolution satellite thermal data.
Track turbidity, algae, and surface water conditions to support sustainable water management.
Analyze tree cover, shade availability, and cooling potential across streets, parks, and neighborhoods.
Monitor plant stress, irrigation needs, and seasonal trends using vegetation indices from Earth Observation.
Decision-ready dashboards combining satellite data with local inputs for long-term urban resilience planning.
Monitor tree cover, canopy health, and stress indicators to support sustainable urban forest planning
Track urban green cover and change over time to support planning, reporting, and targeted interventions.
Identify habitat corridors, fragmentation hotspots, and connectivity opportunities across the urban landscape.
Assess roof suitability and prioritize buildings for nature-based cooling and stormwater retention measures.