Optimising public space in densely populated cities

Cities with a dense population face different mobility problems that need to be solved to ensure smoothly flowing traffic. Optimising public space in densely populated cities is thus an obligation for public administrations and companies developing solutions and technologies in this field.

The more the inhabitants in a city, the more vehicles on the roads, leading to more traffic jams, air and noise pollution, stress and poor quality of life for citizens; and we refer not only to the regular population, but also to the seasonal population in more tourist cities whose urban centres and areas of access to tourist sites or beaches suffer from heavy traffic jams.

Whether for smart tourist destinations or for optimising public space in cities densely populated all year round, digitisation through advanced technologies is the most reliable solution. The aim is to reduce the number of vehicles circulating in search of parking spaces and to avoid the improper use of reserved parking spaces, thus improving the traffic flow.

At Urbiotica we want to talk about several advanced technology solutions aimed at this specific point: smartly and efficiently managing mobility in city public space without high economic costs.

Solutions for optimising public space in crowded cities

In a constantly changing world, cities face the challenge of adapting to the demands of climate change. This means turning lanes and parking spaces into green areas, bicycle lanes, and parking areas for electric vehicles. However, this transition presents additional challenges in densely populated areas, where little parking is available and more space is allocated to services such as loading and unloading, charging points for electric vehicles, taxis and areas for people with reduced mobility.

Solution of guidance to areas with parking availability

The solution of guidance to available parking, which has been successfully implemented in the city of Rosario (Argentina), has significantly reduced traffic congestion by directing drivers to vacant parking spaces. This solution uses U-Spot sensors and a guidance application that informs drivers about free parking spaces, resulting in fewer vehicles searching for parking, increased citizen satisfaction, improved mobility in the city centre and lower air pollution.

Guidance solution for Park&Ride zones

The Park&Ride solution encourages the use of deterrent parking areas by providing real-time information on the availability of parking spaces and guiding vehicles to free spaces with the aim of reducing traffic and pollution in the city centre. Based on a robust communication infrastructure, this solution offers unique and highly reliable parking space detection and entry/exit counting systems for established car parks. Its easy integration with other multi-modal platforms and its range of services make it a complete solution for efficient management of these areas.



ParkCtrl allows city councils, municipalities and other companies to efficiently manage compliance and enforcement of regulated parking rules by digitizing parking.
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Efficient loading and unloading solution

This solution focuses on optimising operations in loading and unloading areas to avoid traffic congestion and misuse of such spaces. This is achieved by guiding deliveries to available spaces and applying alert-based controls to prevent misuse. It has been shown to reduce violations, improve the management of loading and unloading time, reduce the costs of controlling and ensure fewer double-parked vehicles. A successful case in Castellón (Spain) shows how this solution increases compliance with regulations and improves traffic flow, benefiting both the city and the users of loading and unloading areas.

Pay-to-park control solution

Implementing a pay-to-park parking space system in areas of high demand significantly improves compliance with regulations and efficiency in its control. It alerts wardens and local police in the event of violations or time overruns, optimising the costs of surveillance and reducing parking fraud. It also increases vehicle turnover, improves urban mobility and reduces the time spent looking for parking. The solution ranges from vehicle detection to managing applications and variable signage panels, and stands out for its robustness, reliability and easy integration with other parking systems through modern, standard APIs.

Free Time-Limited Parking Control Solution

This aims to improve the management of time-limited parking areas and ensure compliance with established regulations. It alerts wardens or local police when parking sessions overrun the time allowed, improves urban mobility and promotes access to local trade. The solution uses single-space parking sensors and offers tools such as mobile applications for users and real-time alerts for control and planning. Its versatility and easy integration make it complete and effective for Free Time-Limited parking control.

Benefits of optimising public space in densely populated cities

We mentioned this at the beginning of the article, but to conclude, we explain in more detail the main benefits of optimising public space in densely populated cities with these and the other digital solutions we have just listed.

Improvement and organisation of urban mobility

Densely populated cities are characterised by the large number of vehicles on the streets and it is estimated that 30% of these vehicles are searching for a parking space. For this reason, the improvement of urban mobility depends on the good use of available technology to ease traffic congestion in cities by guiding users to areas where parking spaces are available, and good control to avoid misuse of regulated parking.

Optimising public spaces in cities is essential to avoid major traffic jams that only cause inconvenience for all drivers and citizens. The present and the future must be based on Smart Mobility.

Pollution in cities is reduced

Encouraging quick parking for vehicles looking for a parking space on the street or in a car park is another priority. It is estimated that up to 30% of traffic in cities is vehicles looking for a parking space. So, alongside the first benefit, the technology reduces vehicles circulation time and lowers pollution in cities.

This pollution is of two types: on the one hand the emission of greenhouse gases (GHG), which is one of the reasons for the establishment of Low Emission Zones (LEZ); and on the other, the noise of engines and horns when there are traffic jams or inefficient mobility in urban areas. The more stress for drivers, the more noise and worse quality of life for people. This is all reduced with the technology we have explained.

It supports economic activity

And thirdly, business economic activity is favoured by allowing quiet pedestrian movement and efficient loading and unloading for transport company employees.

This can be achieved through measures such as the pedestrianisation of central urban areas or the implementation of time-limited parking areas in tourist towns, such as Calpe, which is one of those smart destinations mentioned at the beginning of the article.

These time-limited parking solutions also stimulate vehicle turnover, which in turn increases parking space availability. In short, optimising public space in densely populated cities is possible thanks to advanced solutions and technologies, such as those mentioned in this article by Urbiotica. We firmly believe that digitalisation is unstoppable and that the main goal of any technology is to simplify, improve comfort and promote people’s health. In this context, the priority is to achieve sustainable, orderly and smart urban mobility.

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