Understand the innovative software algorithms and technological breakthroughs transforming Volkswagen’s chassis systems. In this interview, you’ll learn from Dr. Friedrich von Bülow, Project Lead Data Science Chassis System, how AI and machine learning are advancing steering, braking, and suspension performance, unlocking new levels of precision, responsiveness, and vehicle dynamics.

In this interview, Automotive IQ sits down with Kadir Oguzcan Ger, Senior Chassis Engineer at Hyundai Motor Group, to explore the development and future potential of active suspension systems in modern vehicles. Drawing from his extensive expertise, Kadir discusses the key innovations, lessons learned, and the impact of these technologies on various vehicle categories.

Download now to gain insights into:

• The development of active suspension systems and their role in enhancing ride quality and handling.
• How these systems are integrated into Hyundai's flagship models and the advantages they offer.
• The outlook for the widespread adoption of active suspension in mainstream vehicles.
• The specific challenges and needs of implementing these systems in SUVs, heavy-duty vehicles, and electric vehicles (EVs).
  

Dr. Dominic Neumann, Senior Project Lead for Steer-by-Wire at Bosch, sits down with Automotive IQ for an in-depth interview.

As a leading expert in the development of Steer-by-Wire technology, Dr. Neumann provides valuable perspectives on the progression of this solution. The discussion explores how Steer-by-Wire is reshaping vehicle safety, enhancing agility, and influencing the future of autonomous vehicles. Dr. Neumann also shares Bosch's strategic approach to overcoming key challenges in market adoption, standardization, and creating cost-effective solutions in this rapidly evolving sector.

Key Highlights:

• Prioritizing Safety: Addressing Redundancy and Backup in Steer-by-Wire o Insights into ongoing safety measures and backup mechanisms in Steer-by-Wire systems.
• Next-Level Control: How Multi-Actuator Systems Boost Vehicle Stability o A closer look at how multi-actuator technology enhances safety and stability in Steer-by-Wire systems.
• The Journey of Steer-by-Wire: From Concept to Reality o An overview of recent advancements of Steer-by-Wire technology
• Shaping the Future of Mobility: Steer-by-Wire’s Role in Autonomous Vehicles o Exploration of how Steer-by-Wire technology is integrated into autonomous driving systems.
• Driving Innovation: Achieving Cost Efficiency and Standardization in Steer-by-Wire o A discussion of Bosch’s strategy to make Steer-by-Wire solutions commercially viable and standardized.
  

Out‑of‑Distribution Detection for an AEB Use‑Case - Presented by Murat Erdogan, Senior Manager Confirmation Measures at Magna.

Download this past presentation by Murat Erdogan to explore how out‑of‑distribution (OoD) detection can significantly enhance the safety and reliability of Automatic Emergency Braking (AEB) systems. You’ll learn how emerging mobility trends, system‑level challenges, and evolving development lifecycles are shaping the next generation of safety‑critical functions. 

What is the braking industry doing to meet the requirements of Euro 7?

Explore the strategies being implemented to reduce brake particle emissions, along with the innovative solutions helping the industry move toward a more sustainable future.

By downloading, you’ll learn:

• What Euro 7 means for the braking industry and how upcoming regulations are reshaping design and development priorities
• Why sustainable strategies are rising to the top of manufacturers’ agendas as environmental expectations increase
• How regenerative braking is reducing emissions and influencing next‑generation braking system design
• Which additional technologies and solutions are emerging to further cut brake particle emissions and support long‑term sustainability goals