The management of traffic can be a struggle particularly in cities with high density. Overcrowding causes accidents, delays and hinders sustainability. However, smart technologies can aid drivers, pedestrians and other road users get to where they want to go in a safe and efficient manner.
IoT technology allows for the collection of data to improve mobility in cities as well as transportation systems and parking facilities. The data collected can be used to inform the decision-making process for reducing traffic, increasing safety efficiency, and economic sustainability.
If a traffic light detects that more vehicles are traveling from one direction than other, it will adjust its timing to accommodate these drivers. This reduces time and fuel for motorists, and decreases carbon emissions from idling cars. Another example involves smart traffic lights, which use machine learning to optimize their timing based upon real-time road conditions, for example, heavy traffic or construction zones. This significantly decreases the interruption of traffic flow, and can reduce time to travel by 10% or more.
These innovations can help city planners to avoid costly infrastructure improvements, as well as overcrowding. They can also identify structural issues like bridges that are unsafe or under construction. Also, they can aid in helping emergency vehicles to https://technologytraffic.com/2022/07/25/start-using-a-virtual-data-room-today-to-save-time-money get on the roads swiftly. Each minute that an ambulance or firetruck is delayed en route to a traffic accident could drastically decrease the chances of survival for victims.
However to enable these and other smart traffic technologies to work effectively, they need a reliable, secure and robust network infrastructure. That’s why Spectrum Enterprise provides the connectivity needed to power IoT sensors in smart traffic management systems as well as the interfaces that give actionable information.
