オートモーティブでの導入事例

Reinventing the development of connected vehicles while reducing costs up to 80%.

BMW Group builds on AWS to help it achieve the agility and flexibility it needs to democratize data usage at scale and accelerate innovation.

Zoox bolstered its on-premises infrastructure with high performance computing on AWS, optimizing the speed and efficiency of its workloads to accelerate safety simulations for its autonomous vehicles.

DENSO Corporation used Amazon SageMaker to accelerate the creation of machine learning models for image recognition sensors in automobiles, improving productivity and reducing costs by 20 percent.

Intelematics provides telematics and connected vehicle services in Australia and New Zealand. To achieve greater speed to market, flexibility, and scalability for its data-driven products and services, Intelematics migrated to the AWS Cloud with the support of Mantalus, an Amazon Web Services (AWS) partner.

Orix Auto Infrastructure Services (OAIS) migrated to AWS to improve uptime and performance and built a robust disaster recovery site in the AWS Cloud in just six months. OAIS provides B2B automobile leasing and rental for companies in India. It uses Amazon CloudEndure for data migration, Amazon Inspector for infrastructure monitoring, and AWS WAF to enhance security.

In collaboration with AWS, Bosch Mobility Solutions developed an industry-wide service framework for data-driven quality management. This enables car manufacturers and their suppliers to confidentially and selectively share operational vehicle data for early fault detection.

Commercial vehicle manufacturer IVECO enhanced driver comfort, productivity, and connectivity by building Driver Pal on AWS, integrating critical driving functions into one voice-activated tool.

By migrating to AWS from another cloud provider, Arista Group gained costing transparency with responsive support services. Arista Group is a leading automotive dealer and chain of supply and repair shops operating across Indonesia. The company uses a range of Amazon EC2 instances right-sized to each workload, AWS Lambda for backups, and Amazon GuardDuty for intelligent threat protection.

German automotive technology startup KEYOU deployed a fast, scalable, cloud-based computational fluid dynamics simulation tool that can support hundreds of cores and deliver results in 1 day on AWS.

The Volkswagen Group reduces label defects during vehicle production by using an intelligent Sign Inspection (iSI) solution built on AWS. During vehicle production, workers must apply 25 different labels that contain country-specific safety, usability, and specification data to comply with various regulations. Using Volkswagen’s Digital Production Platform, powered by AWS IoT and machine learning services, Porsche implemented an automated solution to detect label errors and notify in-line workers. Now Volkswagen has a modular, scalable iSI solution that it can implement at its automotive plants worldwide.

Electric vehicle manufacturer Rivian is innovating quickly and performing powerful simulations in the cloud, using the speed and scalability of AWS to reduce the need for expensive physical prototypes. The automotive technology company was limited by the low availability of its previous on-premises compute infrastructure. Rivian migrated to a new stack and used a broad range of AWS services. Using Amazon EC2 C5n Instances, Rivian’s software is up to 66 percent faster. The company’s engineers can now focus less on managing the technology and more on innovation.

Audi Business Innovation GmbH rolled out an ecommerce solution for online car sales in just 6 weeks, enabled scaling on demand, and saved 70 percent in costs by using AWS Lambda to create a serverless architecture.

Honda, a leading manufacturer of motorcycles, automobiles, and power products, engaged AWS Professional Services and used AWS CloudFormation to quickly launch a new serverless connected car platform.

Automotive visualization specialist ZeroLight used Amazon EC2 G4 Instances for its 3D sales and marketing platform and facilitated the virtual launch of Lucid Motors’ debut luxury electric car.

Volkswagen Passenger Cars uses NICE DCV to reliably stream remote applications to 1,000 engineers, provide near-real-time responsiveness, and enhance security.

Volvo migrated to the AWS Cloud in 2015 with the goal of driving faster time to market and scalability. Since 2015, most of Volvo’s services are built on AWS, and the AWS Cloud is the foundation for Volvo Group to deliver connected services to more than 800,000 trucks, buses, and machines.

Using AWS services, Toyota Connected built a resilient, scalable, and cost-optimized mobility services platform that uses data insights to improve safety and convenience and increase mobility for its individual and fleet customers.

Using Amazon Athena, Amazon EMR, and other AWS services, tech-driven insurance company Aioi Nissay Dowa developed the means to process vast amounts of vehicle data and incentivize safer driving.

BMW Group uses AWS to process 10 TB of data daily from 1.2 million vehicles, create a voice-activated personal in-vehicle assistant, and derive real-time insights from vehicle and customer telemetry data. The organization, based in Germany, is a leading manufacturer of premium automobiles and motorcycles. BMW Group runs its Cloud Data Hub on AWS, using Amazon SageMaker to train models for predictive analysis.

To better support its growth around the world, Momenta decided to migrate to Amazon EKS. Learn how Momenta migrated to Amazon EKS in two months and optimized workload performance while achieving significant cost savings for compute.

Tomas Carfalk, Chief Architect & CTO WirelessCar discusses, how WirelessCars congestion charge service powered by AWS accelerates digital business models for car manufacturers by enriching vehicle journey data.

TRD used AWS services to build a centralized repository for data needed to make key race-time decisions, giving the company a technological edge over competitors.

Berlin-based TIER is pushing computing to the edge of the network, using AWS IoT Greengrass to create a battery-swapping system that could reduce operational costs by a factor of 10.