Discover the World of Mobility
The modern understanding of transportation, going beyond just moving from point A to B, brings a whole new terminology. Whether you're an industry professional or a user interested in next-gen mobility technologies, you can find all the explanations you need here—from electric vehicle infrastructures to MaaS (Mobility as a Service) solutions. Start exploring the concepts that redefine the limits of mobility today.
An approach to flexible mobility solutions that can quickly adapt to changing user needs.
A set of technologies that enhance driver safety, such as lane keeping and collision prevention.
Vehicles that can move on their own without driver intervention.
Systems involving AI use for demand forecasting, driving analysis, and operations optimization.
Vehicles that can communicate with other vehicles, infrastructure, and systems through the internet and sensors.
Total amount of carbon emissions left by mobility activities on the environment.
A network of stations and systems meeting the energy needs of electric vehicles.
Digital infrastructure that manages various transportation solutions through a single application or system.
A mobility approach where decision processes are shaped by big data and analytics.
A low-emission transportation solution powered by electricity instead of an internal combustion engine.
Monitoring location, driving behavior, and performance data with systems integrated into the vehicle.
Data-driven management of vehicles' operational, financial, and technical processes.
Tracking and managing vehicles through real-time location data.
Mobility services shaped according to the user's location.
Vehicles and systems that use both electric and internal combustion engine technologies together.
The sharing of data over the internet by physical objects, including devices and infrastructure.
Transportation and fleet solutions used in the movement of goods and services.
A model that combines different modes of transportation on a single platform, offering subscription or usage-based service.
A structure where mapping, traffic data, and routing systems operate in an integrated way.
Determining the most optimal route based on data for time, cost, and efficiency.
Making transportation more efficient, safe, and user-centered through data, artificial intelligence, and connected technologies.
Mobility services and infrastructures that can expand or contract on demand.
Sharing transportation means such as cars, bicycles, scooters among multiple users.
An approach for long-term transportation solutions that minimize environmental impacts.
Technology that collects data from vehicles, analyzes it, and optimizes operations.
The holistic interaction of vehicles, users, infrastructure, and digital systems.
Integration of mobility platforms with various services (payment, map, insurance, etc.).
A model where vehicles are rented or shared based on usage time instead of ownership.
An approach to flexible mobility solutions that can quickly adapt to changing user needs.
A set of technologies that enhance driver safety, such as lane keeping and collision prevention.
Vehicles that can move on their own without driver intervention.
Systems involving AI use for demand forecasting, driving analysis, and operations optimization.
Vehicles that can communicate with other vehicles, infrastructure, and systems through the internet and sensors.
Total amount of carbon emissions left by mobility activities on the environment.
A network of stations and systems meeting the energy needs of electric vehicles.
Digital infrastructure that manages various transportation solutions through a single application or system.
A mobility approach where decision processes are shaped by big data and analytics.
A low-emission transportation solution powered by electricity instead of an internal combustion engine.
Monitoring location, driving behavior, and performance data with systems integrated into the vehicle.
Data-driven management of vehicles' operational, financial, and technical processes.
Tracking and managing vehicles through real-time location data.
Mobility services shaped according to the user's location.
Vehicles and systems that use both electric and internal combustion engine technologies together.
The sharing of data over the internet by physical objects, including devices and infrastructure.
Transportation and fleet solutions used in the movement of goods and services.
A model that combines different modes of transportation on a single platform, offering subscription or usage-based service.
A structure where mapping, traffic data, and routing systems operate in an integrated way.
Determining the most optimal route based on data for time, cost, and efficiency.
Making transportation more efficient, safe, and user-centered through data, artificial intelligence, and connected technologies.
Mobility services and infrastructures that can expand or contract on demand.
Sharing transportation means such as cars, bicycles, scooters among multiple users.
An approach for long-term transportation solutions that minimize environmental impacts.
Technology that collects data from vehicles, analyzes it, and optimizes operations.
The holistic interaction of vehicles, users, infrastructure, and digital systems.
Integration of mobility platforms with various services (payment, map, insurance, etc.).
A model where vehicles are rented or shared based on usage time instead of ownership.