Adopting a cloud-first approach for automotive industry
A cloud-first approach is becoming essential for connected cars as vehicles evolve from hardware-driven machines into software-defined platforms. Cloud-native architecture enables automakers to deliver continuous updates, real-time services, and scalable connectivity that traditional systems cannot support. According to research, around 70% of vehicles will feature software-defined architectures by 2030, which highlights the need for cloud-ready ECUs and modern backend infrastructures today.The challenge
Our client is a one of the biggest Japanese OEM specializing in automobiles and motorcycles. The company operates globally with a strong focus on innovation and sustainability.The client needed a future-ready connected platform to support its 4-wheel vehicle lines in Japan and beyond:• Seamless Integration: Build a scalable platform that connects multiple vehicle models and existing OEM systems without disrupting operations.• Cost & Quality Balance: Optimize infrastructure costs while ensuring high service quality for offshore and regional connectivity.• Global Compliance & Agility: Develop an architecture that meets local regulations, connectivity standards, and adapts to evolving customer needs and technology trends.
Solution Highlights
FPT recommended and implemented a cloud-native architecture to transform the client’s existing system into a scalable, multi-region platform:
- Consult & Redesign: Analyzed the legacy system and designed a modern architecture to support new connected applications.
- Cloud-First Deployment: Leveraged AWS services to enable global scalability, high availability, and compliance across regions.
- Future-Ready Foundation: Built a platform capable of handling large user volumes while reducing complexity and optimizing costs.
Key Technologies
- Load Balancer
- Auto Scaling Group (ASG)
- AWS Lambda
- AWS Fargate
- Amazon Aurora DB
- Amazon DynamoDB
- Amazon SQS
- Amazon ECR
Business Outcome
Using this multipurpose application, the client’s customers and partners can instantly access detailed maintenance and repair records for their vehicles, enhancing safety and supporting accurate valuation. The platform also keeps users informed about company updates and exclusive offers, creating a more engaging experience. These capabilities reflect the client’s commitment to digital transformation, focusing on both operational efficiency and customer satisfaction.
Following the migration to a cloud-native architecture, the client achieved measurable improvements across key performance areas. Operational and infrastructure costs dropped by 10% in the first year through resource optimization, while feature deployment accelerated by 25% thanks to elastic scalability. System reliability also improved significantly, with uptime increasing from 97% to 99.5%, ensuring a more stable and dependable experience for users.
Powering the future of connected cars with FPT
As mobility becomes increasingly connected, the automotive industry presents new opportunities for growth and innovation for OEMs and automakers. Positioned at the forefront of this shift, FPT has emerged as a global leader in Software-Defined Vehicle (SDV) development, leveraging more than two decades of automotive experience. Supported by a workforce of over 4,200 automotive engineers, adherence to ISO 26262 and ISO 21434 standards, and a best-shore delivery approach, FPT enables manufacturers to advance toward highly connected, automated, and software-centric vehicle platforms that meet the evolving expectations of modern mobility.
