Smart transport: discover the future of intelligent transport, thanks to IoT and many other technologies!

The IoT offers several advantages for freight transport companies:

1. Optimization : shorter delivery times and fuel savings.
2. Real-time tracking: better visibility of the location and condition of goods in transit.
3. Predictive maintenance: reduce downtime and extend the life of transport vehicles.
4. Improved monitoring of equipment and vehicles.

The IoT for goods transportation guarantees geolocation and temperature monitoring of goods during transport. By connecting containers, trailers, vehicles and even products directly, we are able to guarantee the viability of goods on arrival, as well as preventing risks such as cold chain breaks. Whether for transporting healthcare products, foodstuffs, or even people.

Connectivity between transport systems is an essential element in the concept of future smart cities. This strategy, known as intermodality, requires a harmonious fusion of the various modes of transport, whether public or private, traditional or innovative. The aim is to create an efficient and accessible mobility network. This integration is made possible by the use of advanced technologies such as intelligent ticketing systems and trip planning applications.

For local authorities, the IoT enables :

1. Improve urban mobility: reduce traffic jams and optimize traffic lights.
2. Better management of vehicle parking: management of paid parking by zone and dedicated spaces (delivery, PRM, etc.).
3. Implement eco-responsible management of urban travel: air quality monitoring and carbon footprint reduction.
4. Increase road safety: real-time monitoring and management of high-risk areas.

One of the solutions favored by growing metropolises is the introduction of soft mobility, which offers considerable environmental and social benefits, crucial to the health and well-being of citizens. Encouraging people to travel by bike or on foot makes a significant contribution to reducing greenhouse gas emissions. In addition to the positive effects on air quality, this helps to mitigate climate change on a local scale, a major concern for anyone responsible for managing vehicle fleets, whether private or public. Sustainable mobility is an essential element of public policy, and one that has intensified since the 2020s.

Fleet management with IoT involves the use of sensors and software to monitor and maintain vehicles. This includes usage monitoring, predictive maintenance and operational cost management, contributing to more efficient and cost-effective fleet management.

Vehicle tracking systems enable fleet managers to monitor their fleets and driver behavior in real time. This data can be used to identify risky driving behavior and recognize drivers who adopt prudent practices. What’s more, these systems help reduce fuel and accident costs. They also provide useful information for drivers, such as speed and fuel efficiency. A fleet management tool makes it easier to monitor driver behavior and improve customer service.

Smart parking uses IoT to optimize the use of parking spaces. It involves sensors and apps to identify available spaces, reducing search time and improving the user experience while reducing urban congestion.

The idea of intelligent parking marks a significant advance in the automated management of parking in urban environments. These systems, integrated with modern technology, exploit various devices such as sensors, mobile applications and guidance systems to optimize the use of parking space. The main aim is to improve parking efficiency, reducing the time spent looking for a parking space, improving traffic flow and reducing environmental impact.

Sustainable mobility aims to develop environmentally-friendly and efficient transport systems. It integrates IoT to optimize routes, reduce emissions, and promote the use of alternative modes of transport, thus contributing to a healthier, more sustainable environment.

The emergence of Smart Cities is significantly changing the urban landscape, placing electric vehicle charging infrastructures at the heart of this transformation. This change is part of an energy transition and promotion of sustainable mobility, where charging stations play a key role in encouraging the adoption of electric vehicles.