With the continuous advancement of technology, in-vehicle infotainment systems (IVI) are undergoing a revolution. GAS (Google Automotive Service), as a core component of AAOS (Android Automotive OS), not only provides powerful solutions for automakers (OEMs)but also brings unprecedented convenience to users. This article will delve into the advantages, challenges, and how GAS is shaping the future of automotive technology.
1.Advantages of GAS
1）Integrated Core Applications: GAS provides a suite of car-centric applications and services including Google Maps, Google Assistant, and the Google Play Store. These applications not only fill key gaps in navigation, voice assistants, and app stores but are also specially optimized for the automotive environment to offer users a seamless experience.
2）Optimized User Experience: The Car Version of Google Maps is optimized for driver distraction, offering features such as directional guidance and automatic addition of charging stations. Google Assistant allows users to control vehicle functions via voice commands, enhancing the convenience and safety of driving.
3）Reducing Development and Maintenance Costs: GAS leverages Google Cloud infrastructure reducing the cloud infrastructure that OEMs need to maintain thus decreasing the demand for development resources. This enables OEMs to quickly launch their own solutions at a lower cost.
4）Extended Feature Set: OEMs can create their own channels within the Play store, offering apps specific to the vehicle, thereby extending the set of features in their infotainment.
2.The challenge of GAS
1）Compliance requirements: OEMs must comply with Googles certification process, including the Compatibility Test Suite (CTS), Automotive Test Suite (ATS), and Drivable Test Suite (DTS), which requires dedicated development and testing resources.
2）Financial resources: GAS integration involves base licensing costs, hardware specification costs, and software compliance costs. These costs may affect OEM decisions on the use of GAS in different models.
3）Depend on Google: When OEMs use GAS, they must meet all the requirements defined by Google, including user experience, performance, and security standards. This dependency may limit the freedom of OEMs when designing IVI systems.
4）Legal and market factors: Google is restricted in certain parts of the world, such as China, which affects GASs global footprint. At the same time, Google is also facing legal challenges for anti-competitive practices.
3.Comparison between GAS and non-GAS
Android Automotive OS provides two integration methods: a fully integrated Google system (GAS) and an independent system that does not include Google services (NON-GAS). They differ in several ways:
Overall, GAS provides an integrated service environment controlled and optimized by Google, while GAS provides a wider range of choices nd flexibility but may require more work to ensure compatibility and user experience in the automotive environment.
GAS provides OEMs with a powerful platform for rapidly deploying and updating in-vehicle infotainment systems, but it also brings a series of challenges. As technology advances and the market evolves, OEMs need to weigh the advantages and challenges of GAS to determine whether to integrate it into their own products. In the future, we look forward to seeing more innovative solutions to meet the constantly changing market demands and user expectations.
If you want to know more about AAOS and GAS, please contact Zhongle Certification, we will provide you with detailed consulting services.
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