Moreover, in a garden area, there are objects fitted with sensors for data detection and transmission, such as: ▪ the smart bench to facilitate social aggregation, which provides connectivity, reproduces light games and music on-line and detects air parameters (atmospheric pressure, pollution indicator, temperature, humidity and light); ▪ the control room, where, on an IoT-TiLab platform, the data is collected and saved as detected from the disseminated sensors providing innovative services; ▪ the small greenhouse with weather and environmental sensors to be activated from a remote position and according to weather conditions, sources of light/heat or pumps for watering plants; ▪ the little dome, container of urban waste with sensors, to track and improve the efficiency of sorted waste collection; ▪ the bus shelter with traffic and environmental sensors; ▪ the lamps that can be switched on and have light regulated from a remote position; ▪ the noise and environmental pollution sensors, ▪ the gas and water meters to provide customers with a service offering more information and greater efficiency In the visits to the OAL, attention is focussed on the technological scenarios of the Internet of Things that will characterize the innovation of the upcoming decades; it is an evolving use of the Internet, whereby objects will become recognizable and ‘smart’ by communicating data collected on themselves and in the environment.