Autonomous Mobility

Accelerate advanced driver assistance and autonomous driving feature development with purpose-built AWS and partner services and solutions

Automotive Company of the Year

Learn why Frost & Sullivan named AWS a major player powering the industry.

Powering the continued advancement of autonomous mobility
Developing and deploying Advanced Driver-Assistance Systems (ADAS) features and autonomous vehicle (AV) systems requires a development platform with highly scalable compute, storage, networking, as well analytics and deep learning frameworks. An end-to-end platform includes capabilities that allow for data collection, ingestion, storage, data management and processing, labeling and anonymization, map development, model and algorithm development, simulation, verification and validation, and workspace management functions (inclusive of MLOps and DevOps). To scale and accelerate development, leading automotive and mobility customers turn to AWS to power autonomous their development platforms for our breadth and depth of managed services, purpose-built solutions, experience, and partner community to deliver the architecture and technology required to scale and accelerate new feature development.

Benefits

Scalable infrastructure
AWS solves petabyte-scale data processing, storage, and management needs by delivering thousands of cores of compute for development and validation.
Simplified data management
Deliver new features faster by increasing data management efficiency throughout the development platform tool chain.
Tool chain compatibility
AWS provides the managed infrastructure layer needed to connect datalakes and complex tool chains together.
Accelerated time to market
Building on AWS increases agility, streamlines validation, and reduces development time.

Autonomous vehicle feature development

Autonomous feature development process

Autonomous Mobility use cases and solutions

Data ingest & pre-processing

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Data ingest & pre-processing

Access petabytes of data faster using services that accelerate data ingestion, then process the data to ensure only high quality and relevant data is stored and easily searchable for edge case
scenarios

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Data Management, Processing & Analytics

Data labeling & anonymization

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Data labeling & anonymization

Accelerate labeling and annotation while reducing operational errors to achieve high-quality data sets

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Data Labeling & Anonymization

Data management, processing, & analytics

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Data management, processing, & analytics

Deliver new features faster by increasing data management efficiency throughout the development platform tool chain

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Autonomous Vehicle Software Development

Model development & training

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Model development & training

Develop AI algorithms and run machine learning workloads up to 5x faster, while increasing collaboration among globally distributed teams

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Model & Algorithm Development

AM Software Development

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AM Software Development

Develop and test in a common, cloud native environment with accessibility to industry standard tool chains

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Data Collection, Ingestion & Enrichment

Simulation & Verification

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Simulation & Verification

Virtually test billions of miles to improve autonomous mobility feature performance, achieving KPIs in days versus months

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Simulation & Verification

Autonomous Driving Data Framework (ADDF)

Scale and accelerate ADAS and autonomous driving development using the data processing pipelines, visualization mechanisms, analytics interfaces, and a scene search interface.

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Scene Intelligence with Rosbag on AWS

Scene Intelligence with Rosbag is an AWS Solution that walks you through the steps to extract sensor data and apply object detection using custom business logic.

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Get started with select AWS services

The AWS Direct Connect cloud service is the shortest path to your AWS resources. While in transit, your network traffic remains on the AWS global network and never touches the public internet.
Object storage with industry-leading scalability, availability, and security for you to store and retrieve any amount of data from anywhere.
Amazon Elastic Compute Cloud (Amazon EC2) is a web service that provides secure, resizable compute capacity in the cloud.
AWS Batch enables developers, scientists, and engineers to easily and efficiently run hundreds of thousands of batch computing jobs on AWS.
Amazon SageMaker helps data scientists and developers to prepare, build, train, and deploy high-quality machine learning (ML) models quickly by bringing together a broad set of capabilities purpose-built for ML.
Amazon EMR is the industry-leading cloud big data solution for petabyte-scale data processing, interactive analytics, and machine learning using open-source frameworks such as Apache Spark, Apache Hive, and Presto.
AWS CodeBuild is a fully managed continuous integration service that compiles source code, runs tests, and produces software packages that are ready to deploy.
AWS CodePipeline is a fully managed continuous delivery service that helps you automate your release pipelines for fast and reliable application and infrastructure updates.
Amazon Elastic Kubernetes Service (Amazon EKS) is a managed container service to run and scale Kubernetes applications in the cloud or on-premises.
Amazon FSx for Lustre is a fully managed service that provides cost-effective, high-performance, scalable storage for compute workloads.
Amazon SageMaker Ground Truth Plus helps you to create high-quality training datasets without having to build labeling applications or manage a labeling workforce.
With Amazon DCV and Amazon EC2, customers can run graphics-intensive applications remotely on EC2 instances, and stream their user interface to simpler client machines, eliminating the need for expensive dedicated workstations. Customers across a broad range of HPC workloads use Amazon DCV for their remote visualization requirements. The Amazon DCV streaming protocol is also utilized by popular services, like Amazon Appstream 2.0, AWS Nimble Studio, and AWS RoboMaker. There is no additional charge to use Amazon DCV on Amazon EC2. You pay only for the EC2 resources you use to run and store your workloads.

Customer stories

Learn how leading automotive companies are transforming their businesses with AWS Autonomous Mobility solutions.

Torc logo

Transforming Autonomous Trucking with a Data Lake Built on Amazon S3

Learn about key insights from Torc Robotics after migrating to a modern data lake in the cloud with Amazon S3.

 

 

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Torc Robotics Transforms Autonomous Trucking with a Data Lake Built on Amazon S3
BMW Group logo

Developing a highly automated driving platform in the cloud

Learn how BMW built its next-generation highly automated driving development platform in the cloud, leveraging vast amounts of data and AWS services to accelerate scenario labeling and scale reprocessing to deliver new capabilities, faster.

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BMW Group on AWS: Cloud Power Delivers Better Driving Experiences | Amazon Web Services
Lyft Level 5 logo

Lyft Increases Simulation Capacity, Lowers Costs Using Amazon EC2 Spot Instances

Lyft increased simulation capacity and lowered costs using Amazon EC2 spot instances to improve performance and safety of its self-driving system.

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Toyota Research Institute accelerates safe automated driving with deep learning at a global scale on AWS

Toyota Research Institute uses Amazon EC2 P3 instances to efficiently handle and process the huge amount of data it collects, helping accelerate development of its automated driving systems.

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Momenta logo

Momenta Accelerates Autonomous Driving Technology with AWS

Momenta uses AWS storage and IoT solutions to collect and process hundreds of petabytes of data from on-board sensors of its autonomous vehicles.

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WeRide logo

WeRide Speeds Autonomous Driving Machine Learning Model Training from Weeks to 12 Hours on AWS

WeRide sped its autonomous driving machine learning model training from weeks to 12 hours on AWS.

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TuSimple logo

Building TuSimple's Level 4 Autonomous Driving Truck Using AWS

TuSimple has simulated billions of miles driving and developed its autonomous driving platform that uses sophisticated deep learning algorithms on AWS.

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Innovate with key industry partners

Engage with a global community of AWS Partners who have demonstrated technical expertise and customer success in building solutions on AWS.

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DXC Robotic Drive on AWS

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KPIT logo

KPIT SIL Platform

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Driving Automation and Systems Validation (DASV)

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Seagate logo

Lyve Mobile Data Transfer Services

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dspace logo

Simphera

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Equinix logo

Equinix Interconnection

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Ottometric logo

Ottometric Platform

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Weights & Biases MLops Platform

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Web.Auto

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Resources

Check out AWS Automotive blog posts, videos, podcasts, and other resources to learn more and stay up to date on the latest developments.

Featured resource

Autonomous Development Ebook

Autonomous vehicles hold the promise of a safe, efficient, and accessible future that will minimize the dependency on—and eventually eliminate—the need for a human driver. Read this ebook to learn how Toyota Research, Lyft, Momenta, and TuSimple accelerate their autonomous driving system development by building on AWS.

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Blog

Building an automated scene detection pipeline for Autonomous Driving – ADAS Workflow

This Field Notes blog post in 2020 explains how to build an Autonomous Driving Data Lake using this Reference Architecture.

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stock image autonomous cars on highway
Blog

How Autonomous Trucking Became the Unlikely Hero of Autonomous Vehicle Development

Class 8 commercial trucks, the tractor trailers you pass every day on the highway, typically log astronomical mileages on long routes with relatively predictable conditions. That’s an ideal environment for developing and proving self-driving technology.

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Run any high-fidelity simulation in AWS RoboMaker with GPU and container support

To support high fidelity simulation, AWS RoboMaker now supports GPU-based simulation jobs designed for compute intensive workflows, such has high-fidelity simulation.

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Deploy and Visualize ROS Bag Data on AWS using rviz and Webviz for Autonomous Driving

This blog post describes three solutions on how to deploy and visualize ROS bag data on AWS by using two popular visualization tools.

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video labeling in Amazon SageMaker Ground Truth
Blog

Label Videos with Amazon SageMaker Ground Truth

As models become more sophisticated, AWS customers are increasingly applying machine learning prediction to video content. Autonomous driving is perhaps the most well-known use case, as safety demands that road conditions and moving objects be correctly detected and tracked in real time.

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Blog

Label 3D Point Clouds with Amazon SageMaker Ground Truth

Using the built-in graphical user interface (GUI) and its shortcuts for navigation and labeling, workers can quickly and accurately apply labels, boxes and categories to 3D objects (“car,” “pedestrian,” and so on).

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Capgemini
Related resource

Capgemini Driving Automation System Validation

Helps OEMs rapidly adopt the underlying architecture and technologies of autonomous driving.

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DXC
Related resource

DXC and AWS Robotic Drive Cloud

Provides the tools, services, and base backend platform on AWS to accelerate the build of autonomous driving functions and software by enriching AWS services optimized for autonomous driving-specific workloads.

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Get started

Automotive companies of all types and sizes—from global automakers to startups—rely on AWS. Contact our experts and start your own journey to the cloud today.