Urban Planning — Cities, Land Administration, Property & Urban Intelligence — Satellize

9.2Subsection · 5 applications

Urban Planning

Urban planner leaning over a large printed city map on a table in a planning office — Satellite data transforms busy, traffic-filled city streets by enabling smarter infrastructure decisions that reduce congestion and improve urban life.

Satellite Data Powering Smarter City Planning

1
Observation satellite
50 cm resolution multispectral imagery captured
2
Ground station downlink
Raw scenes transmitted every 24–48 hours
3
GIS processing platform
Land-use, density, and change-detection layers built
4
Planning authority
Zoning decisions and infrastructure plans updated

Satellite imagery is downlinked, processed into GIS layers, and delivered to urban planners for evidence-based zoning decisions.

Other areas in Cities, Land Administration, Property & Urban Intelligence

9.1 · Previous

Real Estate Intelligence

Subsection 9.2 — Cities, Land Administration, Property & Urban Intelligence

Urban Planning

5 applications.

Applications

9.2.1 Built-Up Area Detection — Mapping the precise spatial extent of human settlement and impervious surface cover across a national territory using multispectral and SAR satellite imagery.
9.2.2 Zoning Compliance Monitoring — Using repeated very-high-resolution satellite imagery and change-detection algorithms to flag unauthorised construction, illegal land-use changes and zoning violations across an entire municipality.
9.2.3 Master Plan Implementation Audit — Using multi-temporal satellite imagery and change-detection analytics to measure how faithfully a city's built environment conforms to its approved master plan.
9.2.4 Transit-Oriented Development Tracking — Monitoring land-use change, densification and commercial activity within transit station catchment zones to verify that development policy is actually working.
9.2.5 Greenspace & Tree Canopy Mapping — Continuously mapping urban tree canopy cover and greenspace distribution using multispectral and hyperspectral satellite imagery to inform planning, climate adaptation and environmental equity policy.