米乐体育

Data is created all the time and everywhere. Our vehicles also generate and send data. We use this general data for numerous data-based products and services that support your fleet management. To continue benefiting from these offerings, we require your explicit acceptance. This is regulated by the EU Data Act.

According to the EU Data Act, as a manufacturer of connected products and services, we are obliged to create a legal basis (End User License Agreement) with you as a user of these services. The EU Data Act will come into force on September 12, 2025.

In order for 米乐体育 Truck & Bus SE (米乐体育 T&B) to continue providing you with digital services and other data-based products and services, we are obliged by the EU Data Act to conclude an additional contract that enables the processing of vehicle data necessary for delivering these services. You will receive this contract via RIO Portal and via the 米乐体育 sales organization.

Below you will find more legal information.

1. General Information about data

a) Access to data

Specifically data access under the European Data Act is covered by 米乐体育 Truck & Bus in cooperation with the Volkswagen Group Info Services, a fully owned subsidiary of Volkswagen AG. Even more, please find detailed terms of use and more options on data products for special purposes (Fleet, non-captive leasing etc.) on this dedicated website.

Truck & Bus customers can place and receive data requests for their 米乐体育 Truck & Bus fleet and share data with 3rd parties. Data Request 米乐体育 Truck & Bus: > Customer Center

米乐体育 Van Customers (TGE) please find more information and place data requests via VW GIS: incl. more information, especially details about the type of data, formats and estimated volume.

2. Information about vehicle data (connected products)

a) the type, format and estimated volume of product data which the connected product is capable of generating;

Datatypes

Truck (Internal combustion engine, ICE):

• Trenddata
• Diagnostic Trouble Codes (DTCs)
• Diagnostic Data (DIDs (Ambient Conditions, Defects, Vehicle Condition etc.))
• Performance of individual components
• Mission data
• ITS-data
• Sustainability data
• Speed and Location/ Position in various formats and resolutions
• Mileage
• Distance travelled
• Fuel consumption
• Driving time
• Standing Time
• Trailer Data
• Ambient Conditions (Temperatures, weather conditions etc.)
• Oil Temperature
• External temperature, engine speed
• Directional forces
• Acceleration masses
• Fluid levels
• Tire pressure (incl. from TPMS valve)
• Malfunctions and defects in critical system components (including fault codes)
• System response (E.g.: activation of emergency brake and stability control systems)
• Information on events harmful to the Connected Product
• Status of Electric vehicle or Internal Combustion Engine functioning, stop/start state, automatic wiping/lights, ...
• Some information displayed in the vehicle: vehicle speed (displayed on the dashboard), fuel level (displayed on the dashboard)
• Crash logs and other data from software within the vehicle
• Advanced driving assistant data
• Human-Vehicle Interaction Data e.g. menu usage
• Wiper on manual command,
• Trigger and status of component of the car: handbrake (ON/OFF), wiper, A/C usage, car/door/window locked/unlocked…
• Data from simple triggering (periodic, key_on/key_off…)
• Wheel speed sensor signal
• Wheel rotation per Minute
• Tension and intensity at the electric engine entrance
• Direct physical measurement from sensors, including formatting and scaling, units
• Rotation speeds and torques of mechanical components e.g. propshaft torque, transmission output shaft speed
• Different vehicle weights

Truck (Battery electric vehicle, BEV):

• Trenddata
• Diagnostic Trouble Codes (DTCs)
• Diagnostic Data (DIDs (Ambient Conditions, Defects, Vehicle Condition etc.))
• Performance of individual components
• Mission data
• ITS-data
• Sustainability data
• Speed and Location/ Position in various formats and resolutions
• Mileage
• Distance travelled
• Energy consumption
• Driving time
• Standing Time
• Total number of charging time
• Trailer Data
• Ambient Conditions (Temperatures, weather conditions etc.)
• Oil Temperature
• External temperature, engine speed
• Directional forces
• Acceleration masses
• Fluid levels
• Tire pressure (incl. from TPMS valve)
• Battery state of health
• Conditions of the battery
• Ambient conditions of the battery
• Battery state of charge
• Depth of discharge
• Total number of charging cycles
• Location of Charging
• Charging time
• Charging speed
• Charging performance
• Regenerative breaking performance
• Malfunctions and defects in critical system components (including fault codes)
• System response (E.g.: activation of emergency brake and stability control systems)
• Information on events harmful to the Connected Product
• Status of Electric vehicle or Internal Combustion Engine functioning, stop/start state, automatic wiping/lights, ...
• Some information displayed in the vehicle: vehicle speed (displayed on the dashboard), fuel level (displayed on the dashboard)
• Crash logs and other data from software within the vehicle
• Advanced driving assistant data
• Human-Vehicle Interaction Data e.g. menu usage
• Wiper on manual command,
• Trigger and status of component of the car: handbrake (ON/OFF), wiper, A/C usage, car/door/window locked/unlocked…
• Data from simple triggering (periodic, key_on/key_off…)
• Wheel speed sensor signal
• Wheel rotation per Minute
• Tension and intensity at the electric engine entrance
• Direct physical measurement from sensors, including formatting and scaling, units
• Rotation speeds and torques of mechanical components e.g. propshaft torque, transmission output shaft speed
• Different vehicle weights

Truck (Fuel cell vehicle, FCV):

• Trenddata
• Diagnostic Trouble Codes (DTCs)
• Diagnostic Data (DIDs (Ambient Conditions, Defects, Vehicle Condition etc.))
• Performance of individual components
• Mission data
• ITS-data
• Sustainability data
• Speed and Location/ Position in various formats and resolutions
• Mileage
• Distance travelled
• Hydrogen consumption
• Driving time
• Standing Time
• Trailer Data
• Ambient Conditions (Temperatures, weather conditions etc.)
• Oil Temperature
• External temperature, engine speed
• Directional forces
• Acceleration masses
• Fluid levels
• Tire pressure (incl. from TPMS valve)
• Malfunctions and defects in critical system components (including fault codes)
• System response (E.g.: activation of emergency brake and stability control systems)
• Information on events harmful to the Connected Product
• Status of Electric vehicle or Internal Combustion Engine functioning, stop/start state, automatic wiping/lights, ...
• Some information displayed in the vehicle: vehicle speed (displayed on the dashboard), fuel level (displayed on the dashboard)
• Crash logs and other data from software within the vehicle
• Advanced driving assistant data
• Human-Vehicle Interaction Data e.g. menu usage
• Wiper on manual command,
• Trigger and status of component of the car: handbrake (ON/OFF), wiper, A/C usage, car/door/window locked/unlocked…
• Data from simple triggering (periodic, key_on/key_off…)
• Wheel speed sensor signal
• Wheel rotation per Minute
• Tension and intensity at the electric engine entrance
• Direct physical measurement from sensors, including formatting and scaling, units
• Rotation speeds and torques of mechanical components e.g. propshaft torque, transmission output shaft speed
• Different vehicle weights

Bus (Internal combustion engine, ICE):

• Trenddata
• Diagnostic Data (DIDs (Ambient Conditions, Defects, Vehicle Condition etc.))
• Diagnostic Trouble Codes (DTCs)
• Performance data from the vehicle, trailer, superstructure, engine and other products (includes information from vehicle components, fuel consumption, brake usage, gear shifting, battery usage, engine data, ...)
• Mission data
• ITS-data
• Sustainability data
• Base Vehicle Data
• System Control
• HV System States
• Powertrain States
• Auxiliary Unit States
• Environment
• Position
• Speed and Location/ Position in various formats and resolutions
• Driving behavior (includes driving patterns, geo-location, operating hours and preference settings, ...)
• Usage Profile / Driver Analysis
• Mileage
• Distance travelled
• Fuel consumption
• Driving time
• Standing Time
• Ambient Conditions (Temperatures, weather conditions etc.)
• Oil Temperature
• External temperature, engine speed
• Directional forces
• Acceleration masses
• Fluid levels
• Tire pressure (including form TPMS valve)
• Suspension Systems
• Malfunctions and defects in critical system components (including fault codes)
• System response (E.g.: activation of emergency brake and stability control systems)
• Information on events harmful to the Connected Product
• Status of Electric vehicle or Internal Combustion Engine functioning, stop/start state, automatic wiping/lights, ...
• Some information displayed in the vehicle: vehicle speed (displayed on the dashboard), fuel level (displayed on the dashboard)
• Crash logs and other data from software within the vehicle
• Advanced driving assistant data
• Human-Vehicle Interaction Data
• Door Status
• Wiper on manual command
• Trigger and status of component of the car: handbrake (ON/OFF), wiper, A/C usage, car/door/window locked/unlocked…
• Data from simple triggering (periodic, key_on/key_off…)
• Wheel speed sensor signal
• Wheel rotation per Minute
• Tension and intensity at the electric engine entrance
• Direct physical measurement from sensors, including formatting and scaling, units
• Battery Pack Analysis
• Battery Cell Analysis
• Data Logger

Bus (Battery electric vehicle, BEV):

• Trenddata
• Diagnostic Data (Data identifiers (DIDs) , Ambient Conditions, Defects, Vehicle Condition etc.))
• Diagnostic Trouble Codes (DTCs)
• Performance data from the vehicle, trailer, superstructure, engine and other products (includes information from vehicle components, fuel consumption, brake usage, gear shifting, battery usage, engine data, ...)
• Mission data
• ITS-data
• Sustainability data
• Base Vehicle Data
• System Control
• HV System States
• Powertrain States
• Auxiliary Unit States
• Suspension Systems
• Speed and Location/ Position in various formats and resolutions
• Mileage
• Distance travelled
• Energy consumption
• Fuel consumption
• Driving time
• Standing Time
• Total number of charging time
• Total number of charging cycles
• Ambient Conditions (Temperatures, weather conditions etc.)
• Oil Temperature
• External temperature, engine speed
• Directional forces
• Acceleration masses
• Fluid levels
• Tire pressure (incl TPMS valve)
• Battery state of health
• Conditions of the battery
• Ambient conditions of the battery
• Battery state of charge
• Depth of discharge
• Location of Charging
• Charging time
• Charging speed
• Charging performance
• Regenerative breaking performance
• Charging / Preconditioning States (Comfort)
• Battery Pack Analysis
• Battery Cell Analysis
• Malfunctions and defects in critical system components (including fault codes)
• System response (E.g.: activation of emergency brake and stability control systems)
• Information on events harmful to the Connected Product
• Status of Electric vehicle or Internal Combustion Engine functioning, stop/start state, automatic wiping/lights, ...
• Some information displayed in the vehicle: vehicle speed (displayed on the dashboard), fuel level (displayed on the dashboard)
• Crash logs and other data from software within the vehicle
• Advanced driving assistant data
• Human-Vehicle Interaction Data
• Driving behavior (includes driving patterns, geo-location, operating hours and preference settings, ...)
• Usage Profile / Driver Analysis
• Door Status
• Wiper on manual command
• Trigger and status of component of the car: handbrake (ON/OFF), wiper, A/C usage, car/door/window locked/unlocked…
• Data from simple triggering (periodic, key_on/key_off…)
• Wheel speed sensor signal
• Wheel rotation per Minute
• Tension and intensity at the electric engine entrance
• Direct physical measurement from sensors, including formatting and scaling, units
• Data Logger

Format:

Generally the format(s) for the above datatypes are:

• CAN frames
• DBC files
• Protobuf (Protocol Buffers)
• XML

Estimated Volume:

米乐体育’s Connected Products offer various versions and customization options. The general estimated volume of the data generated in our Connected Products is highly dependent on the individual vehicle parameters (including but not limited to version, equipment, type of use, modifications, digital service bookings).

b) whether the connected product is capable of generating data continuously and in real-time;

All Connected Product types are capable of generating data continuously and in real time.

c) whether the connected product is capable of storing data on-device or on a remote server, including, where applicable, the intended duration of retention

Connected Products store data on board as well as are capable of sending data to backends. Retention duration of collected data depends on the type of data and use-case. Data retention on the current backends is possible for up to 10 years.