Secure CarThe Technology and Trends Influencing

Future Vehicle Access Systems

SEC703-154

REPORT SAMPLE

About SBD

SBD is a world-leading knowledge partner to the global automotive industry,

providing actionable insight and strategic support in the development of more

connected, secure and safe vehicles.

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comments, please

contact one of our

representatives:

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Introduction

SBD investigated the technology trends influencing current and future vehicle access systems. This research focuses mainly on vehicle manufacturers, vehicle access system suppliers and semiconductor manufacturers.

This report has been compiled primarily by detailed research conducted by SBD experts, with the assistance of contacts within industry.

The main body of the report reviews future vehicle access systems, whilst the ‘Introduction’ section analyses this information to consider emerging trends and the different use-cases for the technologies identified.

Note: This report only includes new access technologies with significant advances. It should not be considered a catalogue of all current access technologies.

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Introduction – Vehicle Access Types

Vehicle-centric

SK/Passive Key

Multifunction Key

Device-centric

Smartphone

User-centric

Token

Portable

Smartwatch

Standalone

Iris

Finger

Hand

Remote Drive Remote Park Status Monitoring

Entry

‘Valet Mode’

Start

Biometric Devices

Wearable

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Introduction – Vehicle Access Types

2013 Future

SK/Passive Key Audi Advanced key Multifunction Key

BMW Display fob BYD Remote Driver Control

Smartphone Audi Mobile Key BYD Bluetooth Key App VW Vehicle-Net App GM App

QNX App Valeo in Blue Fiat NFC Hyundai NFC

Continental Mobile Wallet Continental Sharing Scheme Broadcom NFC Chip

Smartphone Paired With Smartwatch BMW i Remote App for the Samsung Gear S Smartwatch Hyundai Blue Link VW Parking Smart Valeo Gateway Eleks App Marquardt Smartcard

Token BMW Credit Card Access

Standalone Audi Watch Key BMW i3 Key Jaguar Activity Key Mercedes-Benz Smartwatch Continental Smartwatch

Biometrics EyeLock Iris Fujitsu PalmSecure

Aston Martin Watch

(AMVOX2)

SBD Prediction

As urban mobility,customer expectations andnew use-cases develop, nosingle technology willdominate. OEMs will needto provide and support arange of complementaryvehicle access technologiesthat can support thecustomer, market andtechnology needs.

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Introduction – Report Index

Existing access system Future access system Proximity control

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Aston Martin

Audi

BMW

BYD

Fiat

Hyundai

Jaguar

Mercedes - Benz

VW

Continental

Marquardt

Valeo

Broadcom

NXP

Apple

QNX

Eleks Lab

Ford

EyeLock

Fujitsu

DriveNow

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OEM Vehicle Access Systems

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OEM Vehicle Access Systems - Hyundai

Future Access SystemPotential for vehicle access via NFC

Hyundai have announce that they are in partnership with LG and are developing a system that will allowcustomers to lock / unlock the doors as well as monitor the vehicle status and store personal settings.

NFC communication features:

Unlock or lock the vehicle by ‘tapping’ the phone against theNFC reader on the vehicle door (figure 12).

Vehicle to automatically recognise user’s personalisation settings,

Adjusting the seat and mirror positions

Adopting audio and radio pre-sets

Navigation settings

other user preferences

Wireless phone charging.

Figure 12. Hyundai NFC

Source: gigaom 27

OEM Vehicle Access Systems - Hyundai

Proximity ControlSmartwatch app with voice recognition

Hyundai partnered with Station Digital Media to develop the Blue Link smartwatch app.

Blue Link smartwatch app which works with both first and second generation Blue Link (Hyundai’sproprietary telematics service) equipped models.

Blue Link Smartwatch features (all voice activated) include:

Remote Engine Start / Stop

Remote Door Lock / Unlock

Remote Flash Lights / Honk Horn

Vehicle Finder

Call Roadside

Call Blue Link

Figure 13. Hyundai Blue Link

Source: Hyundai

The Blue Link smartwatch app must be paired via Bluetooth to anowner’s smartphone that contains the Blue Link mobile app.Remote functions can then be executed as long as the user’ssmartphone has a Bluetooth and cellular or Internet connection(currently being developed for the USA market).

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