Smart Mobility
We support our partners in creating innovative mobility projects that simplify people's travel, optimizing vehicle use and adapting to the different types of service required.
Solutions
Mative Smart Mobility Solutions
Car Pooling
Sharing trips between groups of people is one of the shared mobility options supported by our digital platform. Here, drivers can offer their own trips, specifying routes and times, while passengers can request a ride.
Corporate Sharing
Corporate Car Sharing is designed to reduce the Total Cost of Mobility by optimizing the use of cars already in the fleet. This means fewer vehicles are needed to meet the mobility needs of employees, including those not owned by the company such as personal vehicles and taxis.
Micromobility
Our innovative technology can also be extended to bike-sharing. Bicycles, scooters and kick scooters are a growing response to the demand for contemporary and sustainable mobility.
Peer-to-Peer
Peer-to-peer, a form of vehicle sharing between private individuals, is rapidly gaining ground. Our solution offers a significant advancement, addressing multiple service challenges, such as ensuring reliable bookings, secure payments, monitoring vehicles while respecting privacy, and providing immediate access to available vehicles.
Charging stations and parking spaces
We offer services dedicated to mobility operators and companies wishing to provide their users with a complete solution for locating charging stations for electric vehicles or free parking spaces in the city.
Public Car Sharing
The service can be adapted to specific needs, allowing the choice between picking up and dropping off the vehicle at any point within a designated area or picking up and dropping off in a reserved and clearly identified area.
Digitalization
Digitalization and IoT for urban mobility and micromobility
Vehicle connectivity and management
Digitalization and the Internet of Things (IoT) are transforming urban mobility and the way vehicles are managed. By connecting cars, public transport and city infrastructure, data is collected in real time to monitor traffic, manage vehicle distribution and improve the efficiency of transport networks. Interconnection reduces waiting times and optimizes routes, offering smoother and more sustainable mobility.
Optimising public transport services
IoT allows monitoring the status and use of public transport, improving the efficiency of bus and train lines. Thanks to integrated sensors and remote monitoring systems, cities can manage better vehicle capacity, optimise routes and prevent disruptions. This leads to a reduction in energy waste and a more punctual and accessible service for citizens.
Intelligent infrastructures
The integration between IoT and urban infrastructures allows the creation of a Smart Mobility network based on real-time data. Sensors installed along the roads and in car parks collect critical information, which allows for better management of traffic, available parking and road signs. This not only increases safety and efficiency, but also contributes to more sustainable and ecological mobility.
Advantages
Mobility innovation and micromobility together with Mative
Efficiency and sustainability for mobility, together with IoT and digitalization.
Keyless technology
With our keyless technology, which digitizes vehicle keys, we enable a variety of shared mobility services, aimed at companies, public mobility operators and short- and long-term rental companies. Our software solutions enable efficient fleet management, reducing costs and traffic, cutting CO2 emissions and optimizing the use of resources, always taking into account the changing individual needs.
OEM API Management
Mative offers the possibility of integrating OEM APIs from car, e-bike and e-scooter manufacturers directly into our platform. Delegate the entire integration management to us, in this way, you can focus all your energies on your core business, without worrying about the technical complexities related to connectivity and interoperability.
Machine Learning
Benefits of using Machine Learning Logics for urban mobility and micromobility
Transportation Demand Prediction
Machine learning gives cities the ability to predict transportation demand by analyzing historical and real-time data on traffic, weather conditions and citizens' travel habits. Predictive models allow for more effective resource planning, reducing waiting times and improving fleet management, ensuring more efficient and adaptable mobility.
Optimizing routes and consumption
Machine learning algorithms can analyze traffic conditions and consumption data to optimize public transport routes, reducing fuel consumption and CO2 emissions. Well-trained machine learning logics put operational efficiency and sustainability at the forefront, in favor of reducing costs and improving environmental impact.
Autonomous mobility and intelligent management
Machine learning fuels the development of autonomous vehicles and intelligent transportation networks. Through continuous learning, these systems are able to adapt to real-time traffic conditions and make autonomous decisions to improve road safety and optimize traffic flows.
Contact us
Want to learn more? Contact us for more information or a demo of our products.
Company
Mative SRL
VAT Number: IT03190070643
REA: AV-307398
Offices
Street: Via San Pio da Pietrelcina, 81
83100 Avellino, Italy
Contacts
TEL: +39 0825 1920080
