Digital Vehicle Key Industry Report, 2020
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Research into Digital Vehicle Key: Bluetooth Key Installations Soared by 244% in the First Seven Months of 2020

Our Digital Vehicle Key Industry Report, 2020 sorts out current digital key solutions and development trends.

In an era of intelligent vehicles, key is a new digital trait and has been not like what it used to be. Terminals like smartphones, smart watches and smart bracelets become carriers of vehicle keys, making people’s lives more convenient and creating more room for digital car life.

1. The less than 5% installation leaves space for rapid adoption

Digital key has three technology routes: Bluetooth Low Energy (BLE), Near Field Communication (NFC) and Ultra-wideband (UWB). Yet the overall installation is below 5%. Among them Bluetooth key finds broader application.

In the first seven months of 2020, Bluetooth key was mounted on roughly 220,000 passenger cars in China, a like-for-like spurt of 244%, with an installation rate of 3.3%, 1.6 percentage points higher than that in the prior-year period. Despite low installation in both volume and rate, Bluetooth key is roaring ahead.

KEY1_副本.png

Apart from car lock/unlock and start-up capabilities, digital key enables personalized settings (e.g., seats, music and ID account), key sharing, vehicle trajectory record, and delivery to car. In future digital key will be an individualized element for cars and arouse much imagination.

KEY2_副本.png

2. Digital key is so beloved by Chinese automakers

In China, local automakers more willingly embrace digital key. In Bluetooth key’s case, there were a total of 14 passenger car brands using such a key in China between January and July in 2020, including 10 homegrown ones with a combined 70% share in installation.

In 2014, BYD first introduced smartphone Bluetooth-based digital key which can lock and unlock cars without network. GAC NE, Xiaopeng Motors, Geely and Changan Automobile followed and rolled out Bluetooth or NFC-based key.

In April 2019, GAC NE unveiled its Bluetooth key-enabled car models -- AION.LX and AION.S. The key solution is co-developed by GAC NE and Shanghai InGeek Cyber Security Co., Ltd..
In September 2019, Xiaopeng Motors released a Bluetooth-based “financial-grade secure digital car key” (the identity authentication technology is developed with Alipay, with security performance subject to financial-grade standards of the Internet Finance Authentication Alliance (IFAA)).
In December 2019, BYD DiLink and Huawei Wallet jointly launched smartphone NFC-based car key.

Joint venture brands also followed suit. In particular, BMW and Beijing Hyundai, among others have stepped up efforts in digital key field in 2020, and plan adoption in full range of their future models.

In July 2020, BMW’s models began to be equipped with Apple CarKey, a NFC-based key solution.
In September 2020, the full family of new vehicles under Beijing Hyundai was outfitted with Irdeto Keystone, a Bluetooth key solution.

KEY3_副本.png

3. Established Tier1 suppliers and information security firms flock into the field
On the strength of technical expertise in common key, Tier1 suppliers like Bosch, Continental and Valeo have made a natural foray into digital key field.

In 2016, Valeo introduced InBlue, a smart virtual car key designed for shared mobility and fleet management and compatible with both Android and Apple phones.
In 2017, Bosch rolled out Perfectly Keyless, a digital key solution with which users can unlock, start or lock their cars via smartphone APP.
In August 2020, Continental launched new-generation CoSmA digital key based on ultra-wideband (UWB) technology. The system allows the car to be unlocked and the engine to be started without having to interact with the smartphone. It also enables remote control over the car via smartphone.

KEY4.png
 

While bringing diversified and convenient experience to users, digital key poses a non-trivial security problem. Hacking at any links such as identity authentication, encryption algorithms, key storage, and data packet transmission will lead to a crash of the entire digital vehicle key security system. As a result, internet firms that are rooted in cyber security find vehicle information security a way to enter OEMs’ partnership system. Examples include foreign companies like Giesecke & Devrient (G+D) and Irdeto and Chinese peers such as Shanghai InGeek Cyber Security Co., Ltd. and Sichuan Zhongwang Safety and Environmental Protection Technology Consulting Co., Ltd..  

KEY5_副本.png

4. BLE+NFC+UWB integrated solutions will come to the fore in future
In current stage, the three digital key solutions (BLE, NFC and UWB) can lock, unlock and start cars independently. Integrating them into one terminal (e.g., smartphone and smart wearable device) will hold the trend. In an integrated solution, BLE, NFC and UWB work together but also play their own part in different scenarios: BLE used for vehicle wake-up and transmission authorization, UWB for locating where the user is after wake-up, and NFC as an alternative solution for car unlock and start-up in the case that mobile phone runs out of power.

Car Connectivity Consortium (CCC) is dedicated to cross-industry collaboration in developing global standards and solutions for smartphone and in-vehicle connectivity. The Board of Directors of CCC comes from Apple, BMW, GM, Honda, Hyundai, LG, Panasonic, Samsung and Volkswagen.

In May 2020, CCC announced rollout of Digital Key Release 2.0 specification.

KEY6_副本.png

As below are capabilities enabled by Digital Key Release 2.0:

  • Security and privacy equivalent to physical keys;
  • Interoperability and user experience consistency across mobile devices and vehicles;
  • Vehicle access, start, mobilization, and more;
  • Owner pairing and key sharing with friends, with standard or custom entitlement profiles;
  • Support for mobile devices in Battery Low Mode, where normal device operation is disabled.

The next generation of Digital Key, the Release 3.0 specification, is under development. It will leverage Bluetooth Low Energy and Ultra Wideband wireless connectivity to support passive, location-aware keyless access, providing vehicle owners with more convenience and new features.

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 

 

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