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Speaker Details

Speaker Company

Vineeth Venkiteswaran

Vineeth is the global lead for the solutions and go-to-market strategy for autonomous mobility at Amazon Web Services (AWS). He works closely with various stakeholders in the automotive industry, including OEMs, Tier 1 and 2 suppliers, autonomous vehicle startups, and independent software vendors. His focus is on enabling go-to-market strategies and implementing next-generation technologies like generative AI for the autonomous driving sector. Before joining AWS, Vineeth held positions at Nvidia and NetApp. In these roles, he developed GTM and sales strategies for a wide range of vehicle technologies, including connected car systems and advanced driving solutions. Vineeth's educational background includes an MBA from The Wharton School at the University of Pennsylvania, as well as two graduate degrees in Systems Architecture Engineering and another in Chemical Engineering.

Presentation

Accelerating ADAS and autonomous vehicle development with cloud-native solutions

Autonomous vehicles collect petabyte-scale sensor data. The IoT FleetWise Rich Sensor data solution allows auto makers to scale the collection and transfer of meaningful data by defining driving campaigns, enabling them to extract more value and context, reducing the time and cost of autonomous driving feature development. Simultaneously, software is playing a pivotal role in vehicle design and evolution, driving the transition toward software-defined vehicles (SDVs). This session will showcase the latest breakthroughs in cloud-native development, demonstrating how auto makers can leverage AWS and Qualcomm technologies, such as the Snapdragon Digital Chassis, to scale and accelerate vehicle software development, including leveraging virtualized digital twins and cloud-native tools to test and validate code. This session aims to equip attendees with the knowledge and strategies to embrace the 'Big Loop' of data-driven and software-defined development, accelerating the path to safer and more capable ADAS and autonomous vehicle technologies.