LE Audio: a new architecture for Bluetooth audio
OpenSynergy’s David Baum discusses the new Bluetooth LE Audio specification, which standardizes how audio is transmitted.
Connected Mobility
Getting started with EB corbos Linux SDK
Elektrobit’s Ryan Goff explains some of the tools and documentation necessary to get started with EB corbos Linux, the open-source operating system for high-performance computing.
Cybersecurity for the software-defined vehicle
Michael Lüke and Dr Moritz Minzlaff of ETAS explore why SDVs are constantly evolving and what this means for your approach to security.
Software-defined vehicle architecture and cybersecurity needs
Karamba Security’s David Barzilai discusses SDV architectural and supply-chain implications and how to secure in-vehicle applications without delaying software release schedules.
Black box testing with EB corbos Linux
Elektrobit’s Jens Petersohn and Andreas Zdiarstek of emlix present a testing method designed to improve the reliability of Linux-based products.
Assessing EV battery health: how connected vehicle technology plays a crucial role in standardization
Experts from Sibros, TÜV NORD, Our Next Energy, and Electrified Future discuss connectivity’s role in adopting standards when measuring EV battery health.
Barriers between safety and security are breaking – the role of OTA updates for software-defined vehicles
Elektrobit’s Moritz Neukirchner and Norman Hänsch discuss safety and security as significant challenges for software-defined vehicles.
Cybersecurity maintenance, solutions, and business model to cover UN R155
Elektrobit’s Gabriel Byman and Tommi Tallgren explain how to achieve compliance with UN regulation 155 throughout the vehicle’s life cycle.
Performance meets safety – AUTOSAR-based software architectures
Elektrobit’s Jan Rüdiger presents a scalable software platform design approach and methodology for performance-based AUTOSAR.
Overcoming automotive software development challenges with AI
Experts from Aurora Labs and Guidehouse Insights discuss how tools imbued with artificial intelligence (AI) capabilities can address software development challenges.
The unified development approach at Dana – a process journey
Dana’s Brecht Fevery and Erich Meier of UL Solutions discuss how to create development processes that are a reference process framework for an entire organization.
Contextual API security – protecting vehicle fleet infrastructure and critical data
Experts from AWS and Upstream explain why organizations need to rapidly detect, prioritize and respond to API security risks to protect critical data and ensure business continuity.
Navigating the shift to software-defined vehicles: a community approach to development
Discover how the industry is collaborating across the value chain to drive innovation and modern approaches across the technology stack.
Enabling safety on a high-performance computing system
Experts from Elektrobit discuss the safety risks in high-performance controllers and explain how to build ISO 26262-compliant software architectures.
Leveraging real-time vehicle modelling for vehicle setup and design
Scott Bergeon of VI-grade explores the key aspects of real-time vehicle modelling and analysis and reveals the latest techniques for optimizing models for exceptional performance.
Transforming the automotive maintenance paradigm
Aniket Palkar and Ajit Kolhe explain how KPIT and AWS are collaborating to help OEMs leverage AI and ML to increase vehicle uptime and reduce maintenance costs.
Trusted processes and tools for safer and more secure automotive product development
Erich Meier of UL Solutions and Jama Software’s Matt Mickle present an integrated framework to accelerate systems and software development.
Experiences with responsible usage of open-source software
Elektrobit’s Susanne Hartkopf and Thomas Irgang present a proven approach to reducing the risk of failures when using OSS in a project.
The role of the automotive OS in software-defined vehicles
Elektrobit’s Moritz Neukirchner provides unique insight into why a software-defined vehicle requires an automotive OS.
Efficient automotive electrical body application development with scalable, low-power consumption MCUs
David Xu of Renesas explains how to use a group of single-chip MCUs to reduce costs and expedite the development of automotive electrical body applications.