Vehicle data recording and privacy -> Introduction for Your Peugeot 408 4 Door Second Generation (2022-2026)

Vehicle data recording and privacy  
Information about events which have  
Operating data in the  
vehicle  
Introduction  
damaged the vehicle.  
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Electronic control units are installed in your  
vehicle. These control units process data  
received from the vehicle's sensors, for example,  
or data they generate themselves or exchange  
with each other. Some of these control units are  
required for the correct operation of your vehicle,  
some others assist you while driving (driving or  
manoeuvring aids), while others provide comfort  
or infotainment functions.  
For electric and rechargeable hybrid vehicles,  
the traction battery charge level and the  
estimated driving range.  
The control units process the data used for the  
operation of the vehicle.  
This data includes, for example:  
- Exact mileage or timestamp of recorded events  
(detection of internal malfunctions, activation of  
specific systems, etc.), allowing to locate them in  
time.  
Information about the state of the vehicle  
(e.g. speed, travel time, lateral acceleration,  
wheel rotation rate, fastened seat belts  
display).  
- Dynamic data recorded few seconds before  
and after specific driving events, such as  
accidents, collisions or activations of Advanced  
Driver Assistance Systems (ADAS): driving data  
(e.g. speed, acceleration, steering angle, engine  
speed, selected ratio on the gearbox, pedals  
pressure), and potential very low-resolution  
pictures of the sight in front of the vehicle  
(only if ADAS Data Recorder (ADR) system is  
activated).  
The following contains general information about  
how data is processed within the vehicle.  
You will find additional information about the  
specific data which is downloaded, stored and  
transmitted to third parties and what it is  
used for in your vehicle under the keyword  
"Data protection". This information is directly  
associated with the references for the functions  
in question contained in the corresponding  
vehicle handbook. These are also available in  
the general terms of sale of the vehicle, in the  
general terms of sale of connected services, or  
online on brand website.  
Environmental conditions (e.g. temperature,  
rain sensor, distance sensor).  
As a general rule, this data is temporary, is  
not stored for longer than one operating cycle  
and is only used within the vehicle itself. The  
control units often record this data (including the  
vehicle's key). This function allows either the  
temporary or permanent storage of information  
about the state of the vehicle, stresses on  
components, servicing requirements, as well as  
events and technical errors.  
In particular circumstances (e.g. if the vehicle  
has detected a malfunction), it may be  
necessary to record data which would otherwise  
simply not be stored.  
Technical data of the  
vehicle  
Maintenance and repair  
activities  
Personal reference  
Each vehicle is identified by means of a  
unique chassis number. Further options, such as  
thevehicle's number plate, make it possible to  
trace data on the keeper or driver of the vehicle.  
The data generated or processed by control  
units may therefore be personal, or be made  
personal under certain conditions. Depending on  
what vehicle data is available, conclusions may  
be drawn on information such as your driving  
behavior, your location or the route you travel, or  
on your usage behavior.  
When taking your vehicle in for servicing (e.g.  
repairs, maintenance), the stored operating  
data may be read along with the vehicle's  
identification number and used if necessary.  
The personnel working for the servicing network  
(e.g. garages, manufacturers) or third parties  
(e.g. roadside assistance agents) may read  
the vehicle's data. This also applies to work  
carried out under warranty and quality assurance  
measures.  
Depending on the vehicle's equipment level, the  
data stored is as follows:  
Operating state of system components (e.g.  
filling level, tyre pressures, battery charge  
status).  
Faults and malfunctions in important system  
components (e.g. lamps, brakes).  
System reactions in specific driving situations  
(e.g. deployment of an airbag, triggering of  
stability control and braking systems).  
This data is generally read via the OBD (On-  
Board Diagnostics) port fitted by law to the  
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