#UrbanGreenprints for 26 Indonesian cities
Analysis of ‘megacity’ Jakarta’s green infrastructure portfolio, plus 25 other cities in Indonesia, many of which house over a million people. View use case →
#UrbanGreenprints for Tbilisi (Georgia)
Analysis of Tbilisi’s green space as they consider the construction of four new parks, resulting in 413+ tonnes of CO2 reduction potential. View use case →
Accurate green roof area quantification
Very High Resolution (VHR) satellite imagery was used to accurately estimate the area of green roof coverage across the City of Amsterdam. View use case →
Disruptive Technologies for Development Challenge
Creation of the ‘Green and Blue Footprints Tool’ to analyze Indonesia’s urban green space using satellites, drones, and machine learning algorithms. View use case →
Standing water detection with radar
Synthetic Aperture Radar (SAR) sensors were used to detect standing water and image urban flooding in select parks in Amsterdam. View use case →
#UrbanGreenprints for Sydney (Australia)
Analysis of green infrastructure in Australia’s largest city, Sydney, with a focus on wildlife corridor mapping. View use case →
Composition of courtyards
Very High Resolution (VHR) satellite imagery was used to accurately estimate the composition of courtyards across the City of Amsterdam. View use case →
GBDX for Sustainability Challenge
Where it all started. In May 2018, our new approach to urban green space management won first place in the Maxar and Amazon Web Services’ GBDX for Sustainability Challenge out of 70+ submissions. View use case →