Escaping the manual ECU configuration trap with Integration as code
Elektrobit’s Christian Eismann explains how programmable, reusable AUTOSAR integration rules can enable scalable, automatable ECU integration for SDVs.
E/E Architecture
Radical innovation in chassis technologies: The future of braking, steering, and suspension
Patricio Barbale of S&P Global explores how by-wire braking, steering, and advanced suspension technologies are transforming chassis systems and reshaping OEM strategies.
X‑in‑1 Electrification: Use cases for e‑axle and battery management systems integration
NXP’s Vincent Lagardelle explores emerging X‑in‑1 electrification trends and NXP’s modular platform for safe, scalable multi‑function integration.
Capturing all IVN traffic across the validation journey: Deterministic in‑vehicle network logging from bench to HIL, to fleet
Experts from Technica Engineering discuss how deterministic in-vehicle network logging delivers reliable capture and correlation of CAN, LIN, and Ethernet traffic across multiple environments.
Building high-performance AUTOSAR multicore gateways – proven best practices
ETAS experts explain how to develop a clear roadmap and actionable best practices for architecting the next generation of efficient, powerful, and scalable automotive gateways.
How Linux can meet functional safety expectations without OS certification
Elektrobit’s Isaac Trefz explains how Linux-based automotive systems can meet ISO 26262 functional safety expectations through external supervision and monitoring.
A practical approach to faster vehicle software delivery
Experts from HERE Technologies, AWS, and Elektrobit discuss how automakers can accelerate the development of software-defined vehicles.
Beyond traditional diagnostics: SDV diagnostics with SOVD in production
Join experts from DSA to discover how OEMs implement SOVD (ISO 17978) in production to diagnose HPCs and classic ECUs.
Cyber resilience in vehicle diagnostics: Tackling the five biggest challenges
ETAS experts explore the five most critical challenges introduced by the Cyber Resilience Act and what they mean for E/E development.
Shifting SDV validation left: Virtual ECU generation with EB tresos and dSPACE VEOS
Experts from Elektrobit and dSPACE explain how virtual ECU generation is transforming validation in software-defined vehicle development.
Dynamic testing for EMC in ADAS environments
Experts from AVL explore advanced methodologies for validating EMC under realistic conditions within a controlled, repeatable testing environment.
Beyond standard AUTOSAR diagnostics: Accelerating compliance, performance, and OEM customization with RTA-CAR extensions
Experts from ETAS explain how RTA-CAR diagnostic extensions help OEMs and Tier 1 suppliers accelerate compliance, improve performance, and simplify complex OEM-specific configurations.
Fast design prototyping for inductive position sensors
Join Leonard Germic of Renesas to discover how to accelerate your inductive position sensor designs using the Renesas IPSCO web tool.
Scaling autonomy: AI, software complexity, and next-generation vehicle architectures
Experts from RunSafe Security, SODA and May Mobility explore how AI, software complexity, and new vehicle architectures are enabling more scalable autonomous systems.
Enabling next-generation automotive on-board chargers with matrix converters and GaN BDS
Gabriele Clapier and Marco Ruggeri of Renesas explore how matrix converters and GaN bidirectional switches are enabling next-generation on-board chargers.
Linux in safety‑critical HPCs: why today’s safety assumptions no longer hold
Join Elektrobit’s Isaac Trefz to explore why Linux is becoming essential in safety-critical HPC in the software-defined vehicle era.
Unlocking vehicle-wide innovation with S32N7: Consolidation, context, and edge intelligence
Join NXP’s Nicola Concer to discover how the S32N7 super-integration processor enables OEMs to scale AI-powered edge intelligence and cross-domain innovation without the need for constant architectural redesigns.
The inconvenient truth about SDVs: Software needs the right chip
Join Naveen Kichili and Satish Premanathan of HCLTech to discover how the right silicon choices are critical to a successful software-defined vehicle roadmap.
HiL as the hub: Integrating simulation and vehicle testing
Join AVL experts to discover how a HiL-centered validation workflow connects SiL simulation, hardware testing, and real-vehicle validation into a consistent, automated engineering process.
From Complexity to Core: Accelerate Your SDV Journey with Eclipse S-CORE
Join ETAS experts to discover how Eclipse S-CORE helps OEMs cut SDV complexity and accelerate compliant innovation from day one.