Google Android Auto Certification

1. Introduction to Android Auto Certification

Android Auto is a platform developed by Google that allows drivers to connect their Android devices (such as smartphones) to their vehicle's display, enabling safer and more convenient use of certain apps and services while driving. To ensure compatibility and user experience of the Android Auto system across different vehicles, automakers need to follow Google's technical standards and guidelines to achieve Android Auto certification.

Vehicles that have passed Android Auto certification can use Google Maps, music players, messaging apps, and other compatible applications, which will automatically adapt to the vehicle's display and control interface for safe operation by the driver. Android Auto can connect to the vehicle's infotainment system in two ways: via a wired USB connection or wirelessly. The wired USB connection is commonly used for pairing with Android devices.

2. Common Terms and Usage Scenarios

Android Auto

A platform that runs on the user's phone and projects the Android Auto experience onto a compatible in-vehicle infotainment system via USB connection. Android Auto supports applications designed specifically for in-car use. In mobile GMS certification, AACT is included to connect Android Automotive's in-vehicle systems and audio, and the mobile type must be supported, with no requirements for other devices.

Android Automotive

An operating system and platform that runs directly on in-vehicle hardware. It is a full-stack, open-source, and highly customizable platform that powers the infotainment experience. Android Automotive supports applications built for both Android and Android Auto.

GAS Certification

A collection of applications and services that automotive OEMs can choose to license and integrate into their in-vehicle infotainment (IVI) systems.

Android Auto Certification

The Android Auto certification refers to Google's certification process for automakers, device manufacturers, and related accessories to ensure that their products are compatible with the Android Auto platform and provide a consistent user experience, without restricting the use of Linux or other operating systems.

3. Android Auto Certification Process

1. Apply through Google Partner.

2. Submit sublicense.

3. Software development.

4. Self-testing.

5. Overseas 3PL testing.

6. Google review.

4. Android Auto Certification Testing Components

PCTS (Portable Communications Test Set)

Used to test and verify the performance of wireless communication systems, such as mobile phone networks and radio communication systems. In vehicle testing, PCTS may be used to test in-vehicle communication systems such as V2X communication and in-car Wi-Fi.

Senser Log

A data recording tool used to record and analyze data from vehicle sensors. In vehicle testing, this tool helps testers monitor and evaluate the performance and accuracy of vehicle sensors (such as speed sensors, temperature sensors, and pressure sensors).

Qsuite

A specific testing software suite or toolset used to perform various tests on vehicles or in-vehicle systems. The specific functions may include functionality testing, performance testing, and compatibility testing.

VRRT (Vehicle Routing and Response Testing)

A testing method used to evaluate the performance of vehicle navigation and autonomous driving systems under different path planning and response scenarios.

Performance Test

A type of test used to assess the performance of a system or component under specific workloads, such as response time, processing speed, and throughput. In vehicle testing, performance testing may involve the vehicle's power performance, handling performance, and processing performance of in-vehicle systems.

Plugbot

A hardware testing tool used for automated hardware interface testing. In vehicle testing, Plugbot may be used to test the connection and communication between the in-vehicle system and external devices (such as smartphones and USB devices).

AOAP (Android Open Accessory Protocol)

An open accessory protocol that allows Android devices to communicate with external hardware accessories (such as in-vehicle systems). In vehicle testing, AOAP may be used to test the compatibility and interoperability of Android devices with in-vehicle systems.

5. Advantages of Android Auto Certification

Android Auto certification offers several benefits for device manufacturers and consumers:

Enhanced User Experience

Certification allows manufacturers to provide a user-friendly interface that makes using smartphone applications safer and more convenient while driving.

Increased Vehicle Appeal

It can serve as a selling point for devices, attracting consumers looking for high-tech in-car experiences.

Seamless Integration of Google Services

Allows drivers to seamlessly access Google Maps, Google Assistant, music services, and other applications within the Google ecosystem, which are popular worldwide.

Streamlined Development Process

Google provides a standardized set of APIs and development tools, helping automakers streamline the integration process, reducing development time and costs.

Increased Safety

Designed to minimize distractions while driving through voice control and simplified user interfaces, helping drivers focus on the road.

Enhanced Brand Image

Can improve a brand's technology image, demonstrating the manufacturer's commitment to providing the latest technology and innovations.

Deeplight Technology can assist customers throughout the application, agreement authorization, pre-testing, and formal testing processes.

Android Auto certification currently has two scenarios:

1. For those with an existing membership account, Deeplight Technology will assist step by step according to the process.

2. For those without an account, DeeplightTechnology can assist customers in obtaining authorization, Android Auto software development, pre-testing, formal testing, and approval.

Feel free to contact us for inquiries about Google Android Auto testing and certification. We can also handle projects such as Google's EDLA, MADA, Lens, ARCore, TADA, Android Watch, earphones, Google GTV, ATV, and more.