AWS for Industries

Tag: software defined vehicle

Figure 1 Technical Architecture Overview

A Cloud-Native Environment for Distributed Automotive Software Development

Car drivers have become users that expect new and updatable features and a digital user experience in addition to driving comfort and safety. OEMs are thus committed to lay the foundations for faster innovation through a concept called Software-Defined Vehicle (SDV). This blog post demonstrates an example of how ETAS and AWS collaborate on cloud-native […]

Simulating Automotive E/E Architectures in AWS Part 2: Solution in Action

This is the second blog post in our 2-part series that provides guidance on how to simulate automotive Electrical/Electronic (E/E) architectures in AWS. In part 1, we discussed the trends in automotive E/E architectures and the general concepts and challenges facing automakers around simulation of Electronic Control Unit (ECU) software utilizing the cloud. In this […]

Simulating Automotive E/E Architectures in AWS – Part 1: Accelerating the V-Model

Over the last 15 years, the complexity of automotive Electrical/Electronic (E/E) architectures which include Electronic Control Units (ECUs), related sensors, actuators, and wiring inside vehicles has grown. Rather than continuing to add new hardware components to E/E architectures, automakers are shifting towards consolidating smaller, fixed-function ECUs into a larger High Performance Computer (HPC) while retaining […]

Figure 1 Customized Design Thinking Framework

Working backwards to design a new user experience for Virtual Engineering Workbenches on AWS

Introduction This blog post walks you through the synergies between the Amazon Working Backwards mechanism and User Experience (UX) design that we used to accelerate the adoption of Software developers, Software integrators and Software testers using the Virtual Engineering Workbench (VEW) through improving their onboarding experience. VEW is a cloud-based development environment allowing its users […]

Figure 1: High Level Overview

How to solve the digital twin challenge using building blocks from MongoDB on AWS

In the first blog – Digital Twin Data Middleware with AWS and MongoDB – we discussed the business implications of the digital twin challenge and how MongoDB and AWS are well positioned to solve them. In this blog, we’ll dive into technical aspects of solving the digital twin challenge. That is, showing you how MongoDB […]

Digital Twin Data Middleware with AWS and MongoDB

There are an estimated 100 million connected vehicles on the road worldwide today, and are expected to reach 400 million by 2025. The buying decision by customers towards connected vehicles is and will become increasingly dependent on software functionality, and integration into a person’s digital lifestyle. This will enable customers access to a new level […]

Reinventing Automotive Engineering for Software-Defined Vehicles

As software-defined vehicles (SDVs) move from a vision to reality, car manufacturers must reinvent the vehicle development process to accelerate technical development and enhance the in-vehicle driving experience. The standard development of a new vehicle takes a hardware-driven approach. It starts with documenting all requirements, creating a concept, and sourcing the hardware components. Therefore, the […]

Introducing AWS for Automotive – Accelerating digital transformation across the auto industry

Today at re:Invent 2021, Amazon Web Services (AWS) introduced AWS for Automotive, a new initiative that brings together new and existing in-vehicle, cloud, and cloud-to-vehicle services and solutions from AWS and its partners. AWS solutions and services are used by thousands of automotive manufacturers, mobility providers, suppliers, technology companies, and retailers globally. This new AWS […]

stock image of connected car

In the News: Amazon Web Services’ Edge to Cloud Approach to Drive a New Era of Software-Defined Vehicles

This article originally appeared on Frost & Sullivan The pandemic has changed how mobility will be perceived over this decade and beyond. Industry stakeholders are course-correcting; channeling investments away from traditional hardware-focused approaches into a software-centric future, enabling new on-demand services and new revenue streams. This will lay the foundation for a new generation of […]