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Next generation interconnected Tachograph: how to address privacy and data protection issues ? Vincent MAHIEU JRC ITS & Privacy workshop on June 12 th 2012 Click to buy NOW! P D F - X C h a n g e w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C h a n g e w w w . d o c u - t r a c k . c o m

Experience in implementation of the digital tachograph

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Page 1: Experience in implementation of the digital tachograph

Next generation interconnected Tachograph:

how to address privacy and data protection issues ?

Vincent MAHIEU

JRC

ITS & Privacy workshop on June 12th 2012

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Page 2: Experience in implementation of the digital tachograph

Recording Equipment History

1960 - 1970Mechanical Tachograph

Electronic TachographAnalogue Tachograph

Reg. 3821/85

Digital TachographDefined in Reg 2135/98 &

Reg. (EC) 1360/2002 – Annex 1BMandatory since 1 May 2006

Evolution of Recording Equipment of driving times and rest periods for drivers involved inthe professional transportation of goods or passengers.

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Page 3: Experience in implementation of the digital tachograph

DriversDriver Card

ControlCard

CompanyCardWorkshop

Card

SecurityManagement

Card Issuing

(Security) PersonalisationCard / VU / Sensor

ManufacturersCard / VU / Sensor

Type approval

FittersWorkshops

Transport companies

ControlBodiesData protectionTACHOnet

Digital Tachograph ActorsClic

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Page 4: Experience in implementation of the digital tachograph

INTEROPERABILITY LAB

ERCA - Root Certification Authority TECHNICAL SUPPORT AND EXPERTISE

DT Website

JRC ResponsibilitiesClic

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Page 5: Experience in implementation of the digital tachograph

: paired

Hall Effect Motion SensorPulses are sent to the DT, thenconverted to vehicle motiondata after calibration( x pulses = y driven meters)

Ticket Printouts

Real time recording. The driver cardmust always be inserted in the VUduring activity.

DT Functional DiagramClic

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Page 6: Experience in implementation of the digital tachograph

• An ideal recording equipment should be• Reliable and Available• Accurate• Safe• Easy to use both for drivers and enforcers• Cost-effective• Maintainable• Respect data protection and privacy• and provides trustworthy information that can be use in court as

evidence of infringement• This calls for special requirement on

• Data Integrity• Data Authenticity• Data Non-repudiation• Business continuity

Concepts of Security and Type-Approval processes

Key CharacteristicsClic

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Page 7: Experience in implementation of the digital tachograph

• Driver card: personal and contains all the driver records• Control card: gives access to VU memory• Company card: allow VU memory back-up and archiving• Workshop card: Joker ! Activation, calibration, protected by PIN, contains all logs

Tachograph cards contain activity data, cryptographic keys (1024 bit RSA) andcertificates. Keys and certificates are used for mutual authentication to the Vehicle Unitand generating digital signature on the downloaded data.

Tachograph Cards

The 4 Tachograph smartcards are controllingdata access and protect the security and theprivacy of the personal data.

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Page 8: Experience in implementation of the digital tachograph

On-going revision of theRegulation3821/85 governing

the Digital Tachograph

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Page 9: Experience in implementation of the digital tachograph

Absence of some information for effective controlAugment the recording equipment with a GNSS/GPS receiver to record the

positions (i.e. geographical coordinates) representing the start and endof the daily work period

• Automatic recording: saving driver’s time, more reliable than manual input• Use of free GNSS signals: position data and accurate time• Cost effective: no exploitation cost, limited cost of the GNSS receiver, limited costfor adapting the software of controllers• Clock synchronization of all recording equipments• GNSS signals can be used as independent source of motion tocorroborate motion sensor signal

Effectiveness of controlGNSS

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Page 10: Experience in implementation of the digital tachograph

Insufficient efficiency of roadside checks for compliant driversRemote communication to target vehicles suspicious of very serious infringements

• Transmitted data: mostly events and faults (e.g. “vehicle motion conflict” event)

• The roadside check itself remains unchanged

• Pre-selected technology: CEN 5.8 GHz DSRC used in electronic tolling, largelyavailable

DSRCShort Range Communication

• Costs: DSCR emitter in therecording equipment + roadsideDSCR beamer mobile, on tripodor on an (existing) gantry

• Personal data protection isensured

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Page 11: Experience in implementation of the digital tachograph

Technical limitations of the recording equipment InterfacesThe current interface specifications are incomplete or obsolete and limits thedevelopment of ITS solutions/applications by third parties.

Open and standardized access to tachograph data

• Data buffered and refreshed: speed, total distance (odometer), currentposition, date and time. For specific applications: driver identification anddriver activity, driver card insertions

• Applications: FMS, EETS, driver activity interpretations, smart-parkings

The proposal is• technically feasible at low costs, expected by several users• an opportunity to develop ITS applications in an open environment• an added value to the tachograph therefore less seen as only a ‘controlequipment’

ITS InterfaceClic

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Page 12: Experience in implementation of the digital tachograph

3 objectives:

• Efficiency and effectiveness by reducing the number of document issuances (applications, delays)• Reduction of costs (to be quantified, as an initial effort is necessary to merge the production and delivery of thedocuments)• Increase in the security, as it is expected that a merged document having higher and multiple values will be lesssubject to illicit exchanges, intentional loss or damage

Various Scenarios:

Driver Card-Driver LicenseMERGING

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Page 13: Experience in implementation of the digital tachograph

• Multi apps smartcards have natural architectures and software implementationsguaranteeing full separation of the applications and impossibility of dataexchanges (it is possible, but needs to be specifically implemented)

• It remains that the risks, according to the final scenarios adopted, need to beassessed and quantified

• In the future, in an extended ITS environment, the driving license may becomethe identifier token to provide an e-Identity to the various systems, and acombined document may facilitate the implementation in professional vehicles.

Driver Card-Driver LicenseMERGING

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Page 14: Experience in implementation of the digital tachograph

The new technical features that are planned for the next generationaugmented tachograph call for specific provisions, still to be defined, assessed,reviewed and tested, in order to end with a fully compliant recording equipmentregarding Privacy, Personal Data Protection and Security

Privacy and DataProtection issues

GNSS

Limited Use of Location DataStart/End

Access Security

Data Access Right

Records triggering definition

Additional records managedby ITS interface

DSRCCommunication Security

Data Batch Dictionary

Driver Consent / Awareness

Erasure of transmitted files

ITS Interface

Driver Consent / Awareness

Company Consent

Policy for Third Party Use

Liability Issue

Merged CardsTechnically feasible

PIA necessary

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Page 15: Experience in implementation of the digital tachograph

• Augmented Tachograph is challenging at Privacy Level

• Provisions to be developed and assessed

• Some solutions are identified, but still need to beconfronted with the reality of the end users

• The augmented tachograph will bring more intelligencein the transport and may become a key element of thefuture on-board platforms, offering a unique solutionfor the future ITS application requiring security andauthentication protocols

CONCLUSIONSClic

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Page 16: Experience in implementation of the digital tachograph

www.jrc.ec.europa.eu

Contact:[email protected]

Serving societyStimulating innovationSupporting legislation

Joint Research Centre (JRC)

This is the ENDClic

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