The Woven City concept is a completely autonomous settlement that will be initially created based on the ideas of minimum harm to the environment and maximum use of modern technologies. Using this development as an example, Toyota (the main stakeholder of the project) wants to test new solutions for urban infrastructure that could be in demand outside of Japan.

The company wants to build a city on a 70.82 hectare site near Mount Fuji. It will accommodate up to two thousand people who can live and work on Toyota projects. Construction will begin in 2021, and the Danish architectural bureau Bjarke Ingels Group will work on Woven City. Woven City will allow the people living there to explore and test autonomous vehicles, robotics, smart home technologies and AI in real-world settings.

The main building material in Woven City will be wood, blanks for construction will be produced industrially on robotic machines, but the bars are planned to be connected according to the traditional Japanese tenon method (without fasteners).

The eco-city is being designed in the suburb of Aarhus and covers an area of ​​2.2 km2. In an ecologically clean city, the population will be able to move along the roads only on foot and by bicycle, and a tram will be used as urban transport.

The Nye City project uses advanced waste and energy technologies. The city is based on green areas, among which there are various houses made from ecological materials with their own land plots and public spaces.

During the construction of the city of Nye, the Danes are using the most modern environmentally friendly technologies that do not harm wildlife. This approach is close to the philosophy of Denmark, where ecology has become a symbol of the national idea. The Tækker Group and nine other leading architecture firms in Denmark worked on the project.

The city is planned on Chongming Island, located at the mouth of the Yangtze River, where it flows into the East China Sea. Dongtan will run at the southeastern tip of the island, covering an area of ​​86 km² (8600 ha). When construction is completed in 30-40 years, an estimated 500,000 people will live in the three villages of Dongtan.

When Eco-City is built, it could provide resilience to a region suffering from high population density and severe environmental pollution. The goal is to make it as carbon neutral as possible, without waste, to protect the existing natural conditions.

The ecological project of the Mediterranean is being implemented on an area of ​​1.1 km2, the new city is designed for 130 thousand inhabitants, and can also receive up to 800 thousand tourists annually. Ecopolis is located near Paphos, 900 m from the beach and the tourist promenade with a magnificent sea view. The concept of a smart ecopolis is to develop an innovative settlement for health, culture, education and life.

The city is being built on the basis of a centralized infrastructure using ecological building technologies, intelligent engineering networks, a water conservation and waste recycling system, advanced digital technologies, a life activity system based on renewable energy sources (geothermal and solar), a local search system available in every room ... Residential buildings are located near parks, recreation and entertainment areas.

The project is being implemented in stages: the city already has a hospital with a health center and a campus of the University of Neapolis. The creation of the city is based on the principles of environmental sustainability, which should make the ecopolis the prototype of future smart cities on an international scale.

The Singapore authorities are planning to build an ecological "city of the future" Tenga. The development of the city will provide new places of residence and employment in the Western Region of Singapore. The area of ​​the city will be 7.0 km2, it is planned to build 4,200 apartments with a total population of 12.6 thousand people.

Key features of Tenga are environmental sustainability, green frame development and the use of smart technologies. The creation of neighborhoods oriented towards the forest landscape will allow residents to fully communicate with nature and enjoy its inalienable benefits.

Most residents will live within walking distance of the metro station. Given the geographical location of Singapore, addressing climate issues is a priority. With an average temperature of around 27 degrees year-round, the amount of energy needed to cool buildings in Singapore will grow 73% between 2010 and 2030, according to research. In order to reduce the growth of this indicator, giant air conditioners that will be powered by solar energy will be installed in the new eco-city. The implementation of the project will help to halve hydrocarbon emissions into the atmosphere - by 2050.