Success through cooperation:
MDS Use Cases of our members

„The unique selling point of the Mobility Data Space is that it is a fair data marketplace for all players in the mobility domain.“

„I am thrilled to integrate MDS data into our solution. Accessing comprehensive data sets from MDS partners add immense value to our analyses, enhancing our ability to make informed decisions and predictions. Collaborating with MDS has been a positive and efficient step forward for our product.“

Esri is a leading technology provider for location intelligence and geographic information systems (GIS). In our connected and data-driven world, Esri is a pioneer in the innovative use of spatial information. With the ArcGIS system, the company supports organisations and authorities in becoming smarter and more efficient and in shaping a sustainable future.

Latest Use Cases

Connecting data for more road safety

Esri develops the classic "digital twin" into a "living digital twin" by integrating dynamic sensor data. Dynamic data from car manufacturers enables continuous adaptation to the current traffic situation. The Living Digital Twin can be widely used, e.g., in traffic planning, police and rescue operations as well as by logistics and transport companies.

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Danger spots in traffic

AI-driven real-time road hazard predictions - Swarmnect leverage vehicle data, historical accident records, and environmental information for safer roads.

They enhance road safety with OEM vehicle data, historical accident info, and environmental data. This allow to predict hazards, alert drivers through software defined vehicle applications, and provide real-time insights for government preemptive precautions.

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DeepVolt Location Intelligence Assistant

The DeepVolt Location Intelligence Assistant (DLIA) is an AI-powered web tool that empowers cities and businesses to find profitable sites for EV charging.

The cutting-edge AI-powered solution is revolutionising the way electric vehicle (EV) charging stations are sited. By leveraging comprehensive data analytics, DLIA empowers cities and businesses to strategically position charging infrastructure for maximum impact.

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Insurance companies
Pay as you drive

The use of data from connected vehicles enables insurance companies to offer their customers better rates. By collecting and measuring various data (e.g. kilometers driven, braking and acceleration behavior, speed etc.), drivers can secure lower rates if they have no accidents or claims, but also if they drive well and safely.

This incentive for the insured also leads to less risky driving behavior and supports foresighted driving, which in total ensures greater safety on the road and can contribute to environmentally friendly driving. The working group (OEMs and insurers) develops scalable standard processes for the use cases PAYD, PWYD, PHYD and FNOL as well as solutions for a transparent and simple consent process.

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Local Hazard Information

In agreement with customers, BMW vehicles can independently detect dangerous situations such as heavy rain or black ice with the help of a large number of sensors and transmit this information to the BMW backend.

The more vehicles reporting potentially dangerous situations, the more accurately the situation can be assessed. This service makes a significant contribution to road safety. Additional data offered via the Mobility Data Space can be used to achieve even better data coverage, provide more targeted warnings to endusers, and thus increase overall road safety.

AI-based optimisation of current mobility offers

The goal of the highQ MobilitySuite app is to promote sustainable, cross-provider, and multimodal transportation options for people and goods. Through an integrated incentive system, the application motivates users to sustainably change their own mobility behavior.

The highQ MobilitySuite obtains weather data from the Mobility Data Space. This data is linked with data on mobility services and infrastructures. In this way, users get a comprehensive overview of the most favourable mobility options in each case – and additionally benefit from various types of rewards if they choose the sustainable option.

"Parking Monitoring" and "Slippery Road"

Real-time Parking Events for optimised parking space search and planning (Parking Monitoring)
With the Parking Monitoring interface, Mercedes-Benz provides anonymised parking events of connected Mercedes-Benz vehicles based on their Park-In and Park-Out movements.

Members in the Mobility Data Space thus receive anonymised parking data such as GPS position, time and vehicle size. The anonymised, voluntarily provided parking data of connected Mercedes-Benz vehicles enables, for example, the notification of free parking lots for end customers searching for a parking space. In addition, the parking data also offer potential applications for municipalities and cities for parking space planning. In this way, the secure data transfer realised by the Mobility Data Space contributes to an increase in user-friendliness in mobility.

The connected car as mobile weather station - Using vehicle data for higher road safety in winter road maintenance (Slippery Road)
Public authorities, traffic control centres and road maintenance depots (e.g. the Zollernalbkreis district) are increasingly relying on digital solutions to control the deployment of winter road maintenance services and make roads safer. For this purpose, Mercedes-Benz uses the intelligence of the vehicle fleet as mobile micro weather stations.

Mercedes-Benz vans and passenger cars that are equipped with Car-to-X technology and whose owners have activated Live Traffic Service and agreed to the sharing of data provide the necessary data for this purpose. If the ESP® or ABS sensors of these vehicles detect slippery road conditions, this information, along with position data, is sent to the Mercedes-Benz Cloud in real time via the mobile network. This anonymised and validated information is made available in real time on the Mercedes-Benz dashboard and via Mercedes-Benz OneAPI.

In future, this will enable the deployment of winter services in a more target-oriented manner, to optimise the use of road salt and to make mobility safer in the long term. In addition to Mercedes-Benz vehicle data, the Mobility Data Space enables the secure integration of non-vehicle data, such as weather maps from the Deutsche Wetterdienst (DWD), in order to provide road maintenance depots with an even more holistic picture of road conditions and thus increase road safety.

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Mercedes-Benz vehicle data for improved road safety for all road users - Mercedes-Benz Car-to-X Hazard Warnings provide hazard warnings in real time (Local Hazard Information)
Mercedes-Benz has been using mobile networking technologies as standard since 2013 to transmit hazard warnings from vehicle to vehicle ("Car-to-Car"). Mercedes-Benz vans and passenger cars that are equipped with Car-to-X technology and whose owners have activated Live Traffic Service and agreed to the sharing of data detect a variety of different hazardous situations, such as heavy rain, the end of tailbacks, broken-down vehicles or heavy braking. Many of these hazards can be detected automatically by Mercedes-Benz passenger cars and vans without any driver activity due to the seamless integration of the Car-to-X system into the vehicle systems. For hazards that are not or not yet automatically detectable, an efficient manual reporting option has been created. Animals on the road or wrong-way drivers can be reported to the Mercedes Cloud at the touch of a button. With the Local Hazard Information interface, Mercedes-Benz offers aggregated data on validated and local hazard information from Mercedes-Benz vehicles. Other members in the Mobility Data Space can access this sensor-based, anonymised data, which is made available with customer consent, in order to offer services with the aim of making mobility safer in the long term. Mercedes-Benz is taking a further step to increase road safety based on data.

Information on the actual state of battery charge and remaining range of electric vehicles (Electric Vehicle Status)
With the Electric Vehicle Status interface, Mercedes-Benz provides data on the actual state of battery charge and the remaining range of a specific electric vehicle. Based on this data, which is made accessible via the Mobility Data Space, a prediction of the next charging stop is possible. By integrating this data into their application, members in the Mobility Data Space can proactively contact drivers of electric vehicles to plan the next stop at a charging station. This data is also relevant for the provision of smart charging services. This offer potentials for increasing user-friendliness in the context of electric mobility. Moreover, efficient solutions for managing traffic and charging infrastructure and an optimisation of travel planning can be realised.

Information on fuel level and remaining range of vehicles (Fuel Status)
With the Fuel Status interface, Mercedes-Benz offers data on the actual fuel level and the remaining range of Mercedes-Benz vehicles. Based on this data, members in the Mobility Data Space can develop individual service applications – e.g. a smartphone-based recommendation of filling stations or individual discount campaigns for fuel and filling station shop offers. Again, based on this data, which can be accessed via the Mobility Data Space, mobility solutions can be realised that aim to increase user-friendliness, efficient traffic management and an optimisation of travel planning.

[ui!] Urban Mobility Innovations
Information on the occupancy of parking spaces (OptiPark)

For municipalities that want to reduce parking search traffic and achieve a more balanced use of existing parking spaces, the OptiPark solution from Urban Mobility Innovations provides real-time and forecast data on the occupancy of parking areas.

This can be used to provide optimal information to drivers who want to get off or transfer at P+R parking locations or in touristic areas. With the help of the Mobility Data Space, other data sources, such as sensor information from vehicles, can be used for the OptiPark solution, alongside existing parking sensors such as barriers or cameras, in order to achieve more accurate real-time and more precise forecast data.