Smart City, the intelligent city at the heart of connected territories thanks to new technologies

The Smart City today is based on 6 important pillars:

1. Intelligent mobility with sustainable and interconnected transport to reduce carbon footprint, traffic flow and congestion.
2. A smart environment for citizens with waste management, maximum energy conservation and use of renewable energy and innovation with sensors.
3. An intelligent economy that must provide its inhabitants with innovative facilities management services.
4. Intelligent governance based on transparency of data but also on citizen participation. The Smart City is co-constructed by the various players: citizens, public services and experts.
5. An “intelligent” citizen, a key player in the Smart City, participates in the transformation by sharing his opinion and using the services made available to him.
6. An intelligent way of life that facilitates the habits of city dwellers, daily life and provides them with more security, better access to culture or health for example.

Technologies are at the very heart of smart territories. Indeed, it is the collection and management of data with sensors that characterize the strategic challenges of Smart Cities, because it is the analysis of the data collected through this technology that will allow to respond to the challenges of cities (transports, waste…) and meet the needs of the citizens.

Whether public or private, data is a valuable source of information once captured and analyzed. In particular, it contributes to the socio-economic development of a territory by understanding the needs of the population and creating new services. While considering smart city advantages and limitations.

Indeed, through the implementation of intelligent solutions, IoT allows to optimize the performance of buildings, energy consumption, waste disposal and management, the interconnection of different mobilities, the development of roads… So many use cases that make a smart city an example.

Talking about Smart City implies optimizing the management of natural resources through connected objects at the service of users.

This obviously involves the implementation of sustainable and ecological urban planning (street lighting, waste management, management of water and electricity networks, etc.), but also the implementation of sustainable and multimodal transport systems on territories for users.

In this scheme, public services have an essential role to play in the creation of connected services providing users with centralized information in real time and becoming a smart city example.

You will have to set up a smart energy network, promote zero-carbon mobility and adapt your architectures to new eco-responsible models.

This will obviously require the implementation of connected objects, sensors, data analysis and processing solutions and don’t forget to check the smart city specifications.

The IoT will gradually transform uses and bring about the innovation necessary for them to evolve towards greater comfort while reducing the energy consumption of smart cities.