Database of urban data

There is no common system and environment to map all possible data for the whole urban space. We need all possible data related to the urban space to be used later, e.g. materials, heights, volumes, road surface, landscaping (how landscaping changes throughout the year; e.g. to see if the landscaping to be installed will obscure traffic signs), building material, tree types, etc.
We need an easy, cheap and quick solution to get all possible data quickly. Previously done data mapping etc.
For example, we would need roof material data to find out if the roof material absorbs or radiates heat. This would provide an opportunity to analyse, for example, the impact of heat islands in the area.
The pavement material in terms of heat island effect. What kind of road surface is it, whether it absorbs or radiates heat.
Demonstration of planning using virtual reality. Demonstration of new planning, if something is being built next to someone’s home, then a citizen can be shown how e.g. the building being built etc will look next to their home. A citizen could put glasses on their head and be able to take a virtual walk to see what the situation will be.

Pärnu from Estonia

elen.kuningas@parnu.ee

Harku parish, Estonia

eneli.siidoja@harku.ee

Viimsi parish, Estonia

meeli.kuul@viimsivv.ee

Tartu, Estonia

jaanus.tamm@tartu.ee

Hundipea real estate, Estonia

mari-liis.kell@hundipea.ee

Mainor Ülemiste campus, Estonia

silver.kelk@mainor.ee

Bursa, Turkey

aynur.efe@bursa.bel.tr

Rivne Ukraine

illiayeremenko@gmail.com

Curitiba, Brazil

alesreis@curitiba.pr.gov.br

Hamburg, Germany

sabine.schubbe@sk.hamburg.de

Burgas, Bulgaria

a.sirekov@burgas.bg

Pula, Croatia

marko.grgic@pula.hr

Fundão, Portugal

mariana.salvado@cm-fundao.pt

Gävle, Sweden

annika.lundqvist@gavle.se

Brugge, Belgium

koen.timmerman@brugge.be

Virtual Open City System

Database of urban data