Mastering Android Automotive OS

A Comprehensive Architectural Deep Dive for Engineers, Managers, and Product Leaders

What you'll learn
- Understand AAOS architecture, VHAL's role in hardware abstraction, and the Car Service's function in exposing vehicle data via APIs.
- Grasp core concepts of automotive audio (multi-zone, arbitration) and the Exterior View System (EVS) for camera management.
- Comprehend AAOS's multi-layered security & privacy frameworks, including access control, data handling, and threat response.
- Explore virtualization drivers in automotive & Google's approach (VirtIO), understanding its impact on AAOS system design.

Requirements
- To fully benefit, a basic understanding of Android app development, embedded systems, and hardware abstraction layers will be helpful.

Description
Mastering Android Automotive OS: From Vehicle HAL to In-Vehicle Infotainment Security

This comprehensive Udemy course offers an in-depththeoretical explorationofAndroid Automotive OS (AAOS), providing you with the essential knowledge to understand its complex architecture and the principles behind developing robust in-vehicle applications. You'll gain a thorough understanding of how AAOS interacts with vehicle hardware, delving into the criticalVehicle Hardware Abstraction Layer (VHAL)that bridges software and physical vehicle components, examining its role, properties, and configuration in detail.

The course meticulously dissects theCar ServiceandCar Manager, explaining how these core components expose vehicle data and functionalities to applications through a rich set of APIs. You'll learn about specialized automotive subsystems, including the crucialExterior View System (EVS)and the intricate world ofautomotive audio, covering multi-zone audio and signal arbitration from a conceptual standpoint.

A significant portion of the course is dedicated to thesecurity and privacy frameworkswithin AAOS. You'll gain a foundational understanding of its multi-layered security architecture, access control mechanisms, cryptographic protections, and privacy-preserving data handling techniques. The course also delves into emerging trends likevirtualization in automotive, discussing its drivers, Google's architectural approach, and its impact on the VHAL and GPU, purely from a theoretical perspective.

Whether you're an embedded Linux developer, an Android developer looking to understand the automotive domain, an automotive software engineer, a Product Owner seeking to grasp the technical underpinnings of AAOS products, a Technical Manager needing a holistic view of the platform for strategic planning, or a member of a Test Team aiming to understand the system's architecture for effective testing, this course will provide you with a deep, conceptual understanding of this advanced in-vehicle platform. By the end, you'll possess a holistic, theoretical grasp of AAOS, from its hardware abstraction and app interaction principles to its critical system protections and future directions, preparing you to engage with the rapidly evolving world of connected vehicles.

Who this course is for:
- Embedded Linux Developers: To transition or expand their expertise into the unique challenges and opportunities of automotive systems.
- Automotive Software Engineers & System Architects: To gain a comprehensive view of AAOS, from hardware abstraction to security, aiding in system design and integration.
- Product Owners (POs) / Product Managers: To understand the technical foundations and constraints of AAOS, enabling more informed product strategy, feature prioritization, and roadmap planning for IVI systems.
- Technical Managers: To develop a holistic grasp of AAOS architecture and its complexities, facilitating better team leadership, project oversight, and strategic technology decisions.
- Test Teams / QA Engineers: To gain crucial insights into the system's architecture, security mechanisms, and interaction points, which is essential for designing effective test plans and identifying potential vulnerabilities.
- Anyone interested in the technical foundations and security aspects of modern connected vehicles.
More Info