1 Digital Vehicle Key
1.1 Development History
1.2 Overview
1.3 Composition of Bluetooth Digital Key System
1.4 Composition of NFC-based Digital Key System
1.5 Application
1.6 Advantages
1.7 Development Trends

2 Standards and Specifications for Digital Vehicle Key
2.1 Standards, Specifications and Regulations
2.2 Car Connectivity Consortium: Digital Key Specifications
2.3 Information Security Committee of China Information Industry Association: Security Requirements for Digital Key
2.4 IFAA: Technical Specifications for Digital Key

3 Digital Vehicle Key Market
3.1 Industry Chain
3.2 Smart Key Solutions of Suppliers
3.3 Smart Key Solutions of OEMs
3.4 Installation of Bluetooth Keys, 2019-2020
3.5 Market Share of Bluetooth Keys by Brand, 2019-2020

4 Digital Vehicle Key System Providers
4.1 Bosch
4.1.1 Perfectly Keyless
4.1.2 Features of Perfectly Keyless
4.2 Continental
4.2.1 Continental Smart Access (CoSmA)
4.2.2 NFC-based Key
4.2.3 Smart Access System
4.2.4 Virtual Key as a Service
4.3 Valeo
4.3.1 InBlue Smart Virtual Car Key
4.3.2 InBlue APP
4.4 Denso Digital Key Layout
4.5 Alps Alpine Digital Key Layout
4.6 NXP
4.6 NXP Smart Car Access
4.6.1 Categories of Smart Car Access Products
4.6.2 Automotive-grade NFC Chips
4.6.3 New Digital Vehicle Key Solutions
4.7 STMicroelectronics: Next-Generation NFC Reader IC for Digital Car Keys
4.8 TI
4.8 TI: PaaK Car Access System
4.8.1: Block Diagram of PaaK System
4.8.2 Car Access Bluetooth®+ CAN Satellite Module
4.9 Shanghai InGeek Cyber Security Co., Ltd.
4.9.1 Profile
4.9.2 Product Combinations
4.9.3 3rd-Gen Digital Key
4.9.4 Levels of Digital Keys
4.9.5 Cooperation Layout and Financing
4.10 G+D Mobile Security
4.10.1 Digital Car Key Solution
4.10.2 Application Cases of Digital Car Key Solution
4.11 Irdeto
4.11.1 Profile
4.11.2 Main Products
4.11.3 Key Clients

5 Digital Vehicle Key Layout of Foreign and Chinese Automakers
5.1 Mercedes-Benz
5.1.1 Smartphone as a Digital Vehicle Key: Overview
5.1.2 Smartphone as a Digital Vehicle Key: Principle
5.1.3 Smartphone as a Digital Vehicle Key: Composition
5.2 BMW
5.2.1 Smart Key
5.2.2 Smart Touch Control Key
5.2.3 NFC Card Key
5.2.4 Models Supported by BMW Digital Key
5.3 Audi
5.3.1 Digital Key Layout
5.3.2 Smart Watch as a Key
5.3.3 Smartphone NFC-based Key
5.3.4 NFC Card Key
5.4 Hyundai
5.4.1 Digital Key Layout
5.4.2 Development History of Digital Key
5.4.3 Smart Watch as a Key
5.4.4 Smart Bracelet as a Key
5.4.5 Bluetooth Key
5.4.6 Fingerprint Unlock
5.4.7 Acquisition Methods and Operating Principle of Fingerprint Unlock
5.5 Tesla
5.5.1 Digital Key Layout
5.5.2 Authentication Key
5.5.3 Card Key
5.6 Polestar: Bluetooth Key
5.7 BYD
5.7.1 All-scenario Digital Key
5.7.2 Smart Watch as a Key
5.7.3 Cloud Key
5.7.4 Smart Bracelet as a Key
5.7.5 Bluetooth Key
5.7.6 Smartphone NFC-based key
5.8 Geely
5.8.1 Digital Key Layout
5.8.2 Smart Watch as a Key
5.8.3 Smart Bracelet as a Key
5.8.4 Bluetooth Key
5.8.5 Smart LCD Key
5.9 GAC NE: Bluetooth Key
5.10 Changan Automobile
5.10.1 Digital Key Layout
5.10.2 Bluetooth Key Instructions
5.11 Leading Ideal: Bluetooth Key
5.12 NIO
5.12.1 Digital Key Layout
5.12.2 Cloud Key
5.12.3 NFC-based Key
5.12.4 Smart Watch as a Key
5.13 Xiaopeng Motors
5.13.1 Digital Key Layout
5.13.2 Digital Key Cross-terminal Layout



Companies Mentioned:

Bosch
Continental
Valeo
Denso
Alps Alpine
NXP
STMicroelectronics
TI
Shanghai InGeek Cyber Security Co., Ltd.
G+D Mobile Security
Irdeto
Mercedes-Benz
BMW
Audi
Hyundai
Tesla
Polestar
BYD
Geely
GAC NE
Changan Automobile
Leading Ideal
NIO
Xiaopeng Motors