A solution for upgrading digital cockpit with newest Android Automotive
Elektrobit experts explain how to add or upgrade to the latest version of Android Automotive in their digital cockpit at any point in the vehicle lifecycle.
In-Vehicle Infotainment
System-wide HMI customization with an Android software toolchain
Sergej Schmunk and Christian Dittrich present Elektrobit’s Theming Engine, an easy-to-use solution for developing and customizing Android in-vehicle infotainment systems.
Human-centric development of software-defined-vehicles
VI-grade’s Michael Hoffmann explores the pivotal role of Digital Twins in enhancing software functionality, ensuring safety, and exceeding customer expectations.
The software-defined two-wheeler: Redefining the industry with connectivity and infotainment
Elektrobit’s Biswajit Jana and Sandeep Sudhakaran discuss evolving trends in the connectivity and infotainment space and the window of opportunities to adopt these trends.
Product compliance challenges for wireless radio devices in vehicles
Element’s Steve Hayes and Michael Derby outline industry and legislative requirements to ensure that manufacturers can create the right EMC compliance strategies for their automotive products.
The software-defined motorcycle: industry opportunities and evolution
Elektrobit’s Lazo Eric, Prashanth Kurumbudel, and Tommi Tallgren provide unique insight into the technologies shaping the future of the motorcycle industry.
Automating vehicle cybersecurity fault classification with cyber-physical modeling
Garrett’s Joseph Antoon discusses the challenges of automotive cybersecurity fault classification and explains how to reduce the burden on SOC analysts.
Empowering in-car infotainment with premium digital television features
RT-RK’s Nemanja Fimic explains how to utilize existing in-car infrastructure to add DTV and streaming cost-effectively and deliver premium content and an exceptional user experience.
Accelerating software-defined vehicle development with cloud-based HPC virtualization
Andreas Greff and Amir Mahdi Namazi present Continental’s vECU Creator, which allows software developers to run a HPC ECU in a virtual cloud-based environment.
Personalizing the Android Automotive-based cockpit: how AI can enhance the driving experience
Elektrobit’s Stephan Schuster and Christoph Rade explain how to open the user interface for personalization through GenAI to provide an immersive, entertaining, and satisfying driving experience.
Data center on wheels: automotive clocking with Renesas AutoClock
Anh Vu of Renesas Electronics discusses the latest automotive silicon timing trend and its growing applications.
Understanding the strategic relevance of automotive app stores
NNG’s Jácint Tordai explores the strategic relevance of automotive app stores and how maximizing their value requires a mindset shift for automakers and their suppliers.
Integrating Google Automotive Services into in-vehicle infotainment systems
Raj Reddy and Valentin Anisimov of ECARX discuss the revolutionary Google Automotive Services, its integration into IVI systems, and real-world examples of its implementation.
The vital role of cryptography in vehicle security
Elektrobit’s Veli Matti Lastumäki and Manoj Sharma explain the central role of cryptography in safeguarding automotive systems.
Leading the era of SDV with location intelligence
Remco Timmer of HERE Technologies explains how location technology can help OEMs create SDVs that are advanced, efficient, safe, and optimized.
Overcoming software-defined vehicle development challenges with NXP’S S32 CoreRide platform
NXP’s Paul Lee discusses how NXP’s S32 CoreRide platform can simplify the development path to software-defined vehicles.
Personalized journeys: how software-defined vehicles transform the in-vehicle experience
Cinemo’s Ivan Dimkovic explains how the software-defined vehicle revolutionizes the infotainment experience, creating more personalized and context-aware journeys.
Achieving hardware-accelerated communication in software-defined vehicles
Elektrobit’s Illia Safiulin present the first solution to bridge the gap between Classic AUTOSAR and the new generation of hardware accelerators to provide seamless configuration and integration.
How to accelerate software deployment for software-defined vehicles
AVL’s Gianluca Vitale and Harald Petschnik discuss the complexities of accelerating software deployment for the software-defined vehicle.
Advancing software-defined vehicles: automated communication between ADAS and Android-based IVI systems
RT-RK’s Dusan Kenjic explains how to overcome the challenges of interconnecting modern in-vehicle infotainment and advanced driver-assistance systems.