Connected person
Real-time and readily available information about all city services via app, and all connected user devices.
50Sensors with facial recognition make official buildings and other public spaces (airports, stations, stadiums etc.) safer.
Sensors within means of transport to facilitate user mobility and traffic flow.
Traffic density sensors help to reduce traffic intensity by 36%.
Connected aircraft
Private networks that make it possible to design plants which are more efficient, more sustainable and safer, and to improve the quality of working life. 1 PB (one petabyte) per day.
In the back office, efficiency in logistics and internal processes. In the front office, increasingly personalised offering and communication.
Offers a considerable cost reduction to citizens: up to 5GB/day.
Smart lighting
smart city
Connected cameras. 50 PB/day.
Environmental management
17
Efficient coordination of all the agents that interact, and a higher level of safety and prevention against environmental variables.
Sensors with facial recognition make official buildings and other public spaces (airports, stations, stadiums etc.) safer.
Increasingly liveable cities thanks to the use of atmospheric and water quality sensors. 10 MB/day.
Connected cameras. 50 PB/day.
5
In the back office, efficiency in logistics and internal processes. In the front office, increasingly personalised offering and communication.
Use of devices such as smart plugs or air conditioners to control energy consumption and increase safety and comfort.
9
Streamline the response for the benefit of patients, and optimise hospital resources. 5 TB/day.
1
Safer driving and a more satisfying experience for all occupants. 4 TB/day
Building interiors
3
1
17
7
15
Use of devices such as smart plugs or air conditioners to control energy consumption and increase safety and comfort.
Smart grids for energy resources
11
Sensors within means of transport to facilitate user mobility and traffic flow.
Sensors to measure material degradation or seismic impacts. These help to improve maintenance, and to prevent breakdowns and breakages with up to 6 times greater effectiveness.
15
Connected car
Smart factory
Streamline the response for the benefit of patients, and optimise hospital resources.
5 TB/day.
smart city
2
12
4
One moment in the
Sensors that detect the flow of pedestrians and/or automobiles, and that adjust usage to real needs, with a proven 64% reduction in electricity consumption.
Responds to the environmental challenge with cost reductions of 83% and a 46% increase of the recycled volume.
13
Immediate management of large volumes of data to improve air safety. 40 TB per day.
Efficient coordination of all the agents that interact, and a higher level of safety and prevention against environmental variables.
6
Sensors to measure material degradation or seismic impacts. These help to improve maintenance, and to prevent breakdowns and breakages with up to 6 times greater effectiveness.
9
Traffic density sensors help to reduce traffic intensity by 36%.
Responds to the environmental challenge with cost reductions of 83% and a 46% increase of the recycled volume.
A #SmartCity is a scenario with millions of devices and IoT solutions connected, generating an ecosystem in which all its elements have a role to play. The main challenge is how to usefully and efficiently manage the huge volume of data in real time and in an integrated way. Next, check in this infographic a summary of that "IoT street map" at the service of city-dwellers which we can’t always see with the naked eye.
Sensors that detect activity help to regulate the use of lighting, air conditioning, and other energy-saving systems. 275 GB/day.
11
18
4
Smart retail
Safer driving and a more satisfying experience for all occupants. 4 TB/day
Video surveillance and citizen security
Smart home
8
Smart hospital
Video surveillance and citizen security
13
Connected car
18
2
Private networks that make it possible to design plants which are more efficient, more sustainable and safer, and to improve the quality of working life. 1 PB (one petabyte) per day.
16
Real-time and readily available information about all city services via app, and all connected user devices.
6
Connected person
Access control
Management of public transportation
Smart traffic lights
Sensors that detect activity help to regulate the use of lighting, air conditioning, and other energy-saving systems. 275 GB/day.
Smart factory
Smart retail
Environmental management
Smart grids for energy resources
Sensors that detect the flow of pedestrians and/or automobiles, and that adjust usage to real needs, with a proven 64% reduction in electricity consumption.
16
Smart port
Access control
Smart port
3
Smart lighting
Automated waste management
12
Connected aircraft
A #SmartCity is a scenario with millions of devices and IoT solutions connected, generating an ecosystem in which all its elements have a role to play. The main challenge is how to usefully and efficiently manage the huge volume of data in real time and in an integrated way. Next, check in this infographic a summary of that "IoT street map" at the service of city-dwellers which we can’t always see with the naked eye.
5
Public infrastructure
7
Smart traffic lights
Automated waste management
One moment in the
Building interiors
8
10
14
Smart home
10
Management of public transportation
Public infrastructure
14
Offers a considerable cost reduction to citizens: up to 5GB/day.
Increasingly liveable cities thanks to the use of atmospheric and water quality sensors. 10 MB/day.
Immediate management of large volumes of data to improve air safety.
40 TB per day.
Smart hospital