As part of the NATURVATION project, Utrecht has been examining nature-based solutions projects in the city. The Roerplein Pocket Park is one of our best examples of a successful citizen-led intervention, and began as an initiative by a local social entrepreneur to turn a paved public square into a park. The small park was built within a highly paved neighborhood with little green space, and is managed by local citizens with the support of the municipality.
Siemens and Microsoft are working together with customers to address core urban challenges and developing MindSphere City Graph - an Open Urban Platform, which supports digital models of urban design, providing rich context to enable the new generation of city applications.
The Smart Urban Co-Innovation Lab, Southeast Asia’s first industry-led lab for smart cities solutions development, initiated by CapitaLand and supported by the Infocomm Media Development Authority (IMDA) and Enterprise Singapore (ESG), is officially opened.
Tengah will be Singapore’s first smart and sustainable town, with green features and smart technologies.
Giant solar-powered air conditioners, vacuum garbage collection, subterranean roads for electric vehicles, urban farms and green architecture. Put them all together and you have Tengah, Singapore’s most ambitious project yet to build the city of the future.
Scotland's first ever Low Emission Zone (LEZ) came into effect in Glasgow city centre on 31 December 2018.
A Low Emission Zone is an area where a person may not drive a vehicle which does not meet a specified emission standard. LEZs are intended to reduce pollution levels and improve air quality in areas where standards are not being met.
Delve was created to help developers, architects and planners identify the optimal design plans for an urban project.
CSCC collects data that can be analyzed to determine opportunities to support the community’s voiced concerns and improved quality of life. They are addressing issues like pedestrian safety, traffic flow, air quality, and near hits. Working with Oak Ridge National Lab, they have begun to develop a “digital twin” model that uses collected data to run real-life simulations. With this approach, they are able to test theories regarding particular interventions to see how those changes would likely play out on the streets.
The city of Vienna strongly supports the establishment of green walls. The green wall on the side of the MA48 office building was built in 2010 and has been under constant monitoring ever since. The city’s first green wall system is 450 m2 in size and consists of more than 3,000 m of lined stainless steel planting containers. The properties of the green wall are monitored with various sensors and its irrigation is provided by an automatic irrigation system. The summer cooling effect of the green wall is equivalent to the operation of 80 air conditioners of 3000 W each, 8 hours a day.
Canterbury Seismic Instruments Ltd (CSI) have created an affordable model that encourages uptake by lease holders, facility managers, engineers, building owners, Civil Defence and Emergency Management, homeowners, and the public to safeguard people and assets – and the ability to provide a wealth of valuable data for industry development and academic research.
The first connected smart public lighting system in Budapest can be found in Lechner Ödön alley (IXth district). In the pilot project, five street lighting poles with different functions were installed and connected. Besides of being capable of power-saving, brightness control, and remote control the lighting poles provide intelligent functionality, for example wireless service, video recording, emergency calling, electric vehicle charging, environmental sensors and programmable LED information screens.