The rapid increase in the number of car owners has made parking a time-consuming and resource-intensive task. Most drivers have to deal with the stress of having to drive around the same area several times before finding the desired parking space. They often have no choice but to park far away and walk to their destination. But is there a solution to this stressful problem? Everybody talks about making cities smarter these days, but the whole process has to start with creating smart parking spaces. Technology has changed all industries, so why not improve mobility? Innovations have touched all areas of the mobile industry, from smart highways and electric cars to autonomous vehicles. And parking is no exception. The car park is gradually being transformed into a modernisation centre.
To make it easier for people to drive and park without problems, supporting technologies and especially IoT applications have developed solutions. Learn more about how intelligent technology is revolutionising the parking process.
Intelligent parking and its innovations
Intelligent parking combines a range of technologies (automatic learning, artificial intelligence, IoT) to identify and signal available parking spaces for drivers in real time. The central system collects information from various sensors installed in the car parks to create a map with the available parking spaces. Drivers use their smartphones to access an application that tells them where the nearest parking space is. SMVI also uses intelligent parking technologies to monitor traffic and detect violations of the law. Finding a parking space can be particularly difficult in big cities like San Francisco. By reserving a monthly parking space in San Francisco in advance, you can get rid of the extra stress of parking, because you’ll be relaxed knowing that your reserved space is waiting for you.
How does intelligent parking improve the mobility sector?
Real-time parking plans are already a reality in many cities, but many other innovations are revolutionizing the parking industry.
Tracking Sensors – Vehicle tracking systems use OBD sensors and GPD technology to collect vehicle information and determine parking space occupancy. The network server analyzes the data and sends it in a readable format to application administrators and users. IoT is still based on vehicle tracking sensors, but the developers have created these technological solutions that will be widely used by fleet management companies.
Automatic parking – Automatic parking systems move cars up and down in a parking garage. Because the entire system is automated, the car park does not provide the driver with space to get in and out of the car, thus reducing the space required. Automatic parking reduces parking space and maximises the use of available space. In addition, automatic parking systems offer limited access only to users who have subscribed to the system, making them safer than public parking spaces. However, technology also involves the use of resources, as ventilation is required to manage the parking spaces.
Parking meter – this system detects the entry and exit of cars to provide drivers with real-time statistics on available parking spaces. The software is linked to a central system that updates the information in real time, allowing managers to predict peak loads, identify patterns and trends and improve the efficiency of the space.
Security control – IoT offers solutions that improve compliance with traffic rules. The parking garage is equipped with a network of sensors linked to data processing algorithms that detect parking violations and record visual evidence. The system automatically notifies offenders and issues parking tickets.
Is IoT important for parking software technology?
Smart parking has a huge impact on everyone, from motorists to stakeholders. People can easily reserve a parking space so that they can plan their trips without having to worry about the fact that the terrain is full. Law enforcement officers can also use the technology to identify and assess the seriousness of crimes on the road and take action within seconds.
Intelligent technologies enable parking complex managers to optimise their resources and space use and develop effective parking development strategies. But parking management would not have delivered all these benefits if it was not based on IoT. IoT facilitates parking solutions and enables community leaders to develop strategies that improve the comfort of their residents.
Here is a list of the additional benefits that IoT offers for mobility.
Expansion of Sponsored Counter Time. Applications and other software inform drivers when their parking meter has expired, so that they do not break the rules and run the risk of penalties. The tool asks the user if he wants to extend the parking time and if he agrees, he does so automatically with one click, because the driver has already entered the payment details. Automatic applications for extending the life of parking meters reduce traffic violations and increase parking revenue.
Innovative parking solutions with a focus on parking safety. People who use the application or platform to find an accessible parking space can also recognise red areas, such as disabled parking areas, loading bays and bus stops. Enforcement informs the driver when he parks in one of the red zones to prevent parking violations. If the driver still leaves the car without parking in the area, the request immediately informs the police of the offence and increases the chances of traffic offences being punished.
Efficient use of urban parking space. Automated systems enable parking managers to collect data on the occupancy of all parking spaces via a network of connected sensors. If local authorities wish to distribute the number of parked vehicles uniformly across the city, they can change the permitted parking time and parking meter rates by using the IoT information systems on offer.
IoT is the only factor that brings together stakeholders, drivers, parking managers and law enforcement agencies in a cooperative network. All those involved in parking problems can work together, ask questions, provide answers and express their opinions to improve the comfort of the urban community.
As more and more vehicles drive on urban roads, the intellectual infrastructure is more developed than ever. Statistics show that by 2035 there will be two billion cars on the road. Intelligent parking technology helps drivers meet their needs without sacrificing comfort.
The bottom line is that access to real-time information is the first step towards an industry revolution.
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