and landscape, we can scale up as much as we want. it uses bluetooth beacons placed throughout the city which automatically detect the journey a passenger makes and what mode of transport they use. it s pretty easy. we cover all stops of buses, underground, elevators, funiculars, track rails of the city, we equip them with bluetooth sensors and each and every mobile telephone nowadays is fitted with a bluetooth antenna and this communicates throughout the app to the sensor and localises the position of the travellers in association with a particular stop or a means of transportation. what you have to do is literally know where you want to go and board the means of transportation you want, change intermodally between, i don t know, underground and buses
to the sensor and localises the position of the travellers in association with a particular stop or a means of transportation. i mean, what you have to do is literally know where you want to go and then board and deboard the means of transportation you want, change intermodally between, i don t know, underground and buses and funiculars. and then the system will calculate the travel chain. and that the end of the day, it calculates the best possible fare for the segment you travelled on. in addition to public transport, the app is also integrated with genoa s car sharing service. e scooters and parking can be booked and paid for through the app. as well as benefits for passengers, systems like this also have benefits for the transport providers. the data collected can be used to calculate congestion and even emissions, allowing companies to dynamically adapt their services.