Cloud technologies are transforming the automotive industry by enabling greater connectivity, efficiency, and innovation. As vehicles evolve into connected and autonomous systems, cloud computing is at the core of managing data, powering new services, and optimizing production. These technologies support advancements in telematics, over-the-air updates, and in-car services, driving the future of mobility.
Suresh Sureddi, a proven automotive and cloud computing industry professional, has played a major role in shaping and implementing advanced cloud solutions for automotive use. He has worked on many large-scale projects related to cloud technologies, telematics, and automotive electronics. He has been instrumental in managing cross-functional teams to provide solutions to global automotive Original Equipment Manufacturers (OEMs).
While at Harman, he was handling multiple programs based on the cloud and was involved in implementing the Android phone applications, Head Unit Software and cloud platform for CES 2018 tech shows. These products, involving connecting cloud solutions with car electronics was a major media interest and contributed to the future of automotive connectivity. He also managed the design and deployment of a cloud-based subscription management for a Japanese automaker.
By implementing the project in AWS Cloud, the professional managed a cross-continental team in several countries to complete the project and achieved significant cost optimization. His coordination with other departments, such as the global procurement, taxation, and finance department, ensured the adoption of existing solutions, thus cutting the costs of the projects. The subscription management module, together with the USB analytics solution that he delivered for the same automaker was deployed in millions of automobiles.
The CES 2018 demo and the Samsung Developer Conference (SDC) received extensive media attention in prominent newspapers and magazines, which focused on developments in automotive connectivity. Additionally, the successful implementation of production intent programs such as the subscription management system and USB analytics paved the way for cloud-based services in vehicles, which are now embedded in tens of millions of cars.
However, connecting the cloud solutions with the electronics in a demo car during the CES 2018 project was difficult. The electronics in the demo vehicle were not very stable, issues arise when clouds, phone, and the car application must work concurrently. To overcome these challenges, there was a need for very close cooperation between the different teams around the globe.
The professional also contributed to the academic field with his article, “Leveraging Cloud Computing for Advanced Applications in the Automotive Industry” that focuses on how the automotive industry is embracing cloud computing for enhanced data management, computation power, and connectivity, transforming business operations and customer experiences. This article explores the benefits and use cases of cloud services in automotive applications.
As for the future, Sureddi envisions cloud computing at the forefront of the automotive revolution toward higher connectivity and automation. As connected and autonomous vehicles become the norm, cloud computing will be key for providing elastic, adaptive and economic architectures. With data analytics, ADAS, and over-the-air services, the automotive industry will look to cloud solutions to power growth and customer satisfaction.
In conclusion, cloud computing is reshaping the automotive sector, providing scalable solutions for connectivity, automation, and data analytics. As the industry moves toward fully connected and autonomous vehicles, cloud technologies will continue to play a critical role in powering these innovations, enhancing both vehicle performance and customer experiences.
