African countries are still at the early stages of the urbanization process, but they are quickly catching up with the rest of the world. While Africa was the least urbanized region in the world in 2015, it is now the second fastest urbanizing region behind Asia, which it is expected to surpass by 2020.
Smart Cities are implementing new solutions offered by technologies, whose evolution is turning them into new fields of practice. One such new field is telematics, which incorporates telecommunications, vehicle and transport technologies, road safety, engineering, and computer science.
Have you ever had to create a map for your project, thinking you could get it done within 30 minutes, but then spent an entire afternoon on it? Between collecting data, creating a base map, choosing a color scheme, and finally putting together a graphic, creating a map can be a long, trying process, taking up precious time when you could be doing other work. Map-making shouldn’t
Smart cities are at the center of a paradigm shift in urban mobility, which changes from a single mode of transport to multimodal options, aided by technological developments and improvements in infrastructure. Smart cities are ideal for adopting this new multimodal approach to urban transport.
A new venture, called Sidewalk Toronto, will oversee the development of 800 acres of the city into a new district, a digital utopia that will test and showcase a large variety of smart city technologies.
Among their many benefits, Smart Cities can be especially helpful for dealing with major emergencies, such as natural disasters, due to the advantages offered by the interconnectedness of utilities and services via the Internet of Things.
The ongoing development of autonomous cars is intertwined with the development of smart cities. In fact, advances in smart cities are the most important factor that shapes the way in which autonomous cars are designed, manufactured and used.