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.
Webinars
Beyond warranties and recalls: Using connected vehicle data to detect issues pre-claims
Upstream’s Arnon Shafir explores how telemetry and the Quality-in-the-Loop paradigm are helping OEMs detect issues before they become warranty claims.
From silos to synergy: A unified security architecture for the software-defined vehicle
Ran Ish-Shalom of PlaxidityX explores how a unified car-to-cloud architecture eliminates security silos in software-defined vehicles.
Bridging the gap: SDV testing using cyberphysical IVN connectivity
Markus Demaria of HMS Networks explores how cyber-physical IVN connectivity is transforming software-defined vehicle testing.
Accelerating the software‑defined, always‑on vehicle through connectivity and over‑the‑air updates
S&P’s Fanni Li examines how connectivity and OTA updates underpin SDV architectures, enabling continuous software deployment and evolving OEM digital-services strategies through 2030.
Engineering the software-defined vehicle of the future: Core connectivity challenges
Experts from VW, Harman, and Sonatus examine the connectivity challenges and opportunities that are defining the next generation of SDVs.
The SDV profitability blueprint: Driving ROI through a data-centric DDS architecture
Join RTI’s Mihai Potoceanu to discover how a data-centric DDS architecture can turn SDV development from an unpredictable cost center into a scalable platform for long-term ROI.
CI/CD in the fast lane: Accelerating AUTOSAR development with RTA-CAR
Join experts from ETAS to learn how RTA-CAR enables CI/CD-ready AUTOSAR Classic development, accelerating integration, automation, and scalable automotive software delivery.
Keeping critical vehicle vision systems clear and reliable
Join experts from AUMOVIO to discover how to ensure the performance and safety of ADAS and autonomous driving systems with advanced cleaning technologies.
Secure. Synchronized. Easy. Modern IVN Validation with Technica Enhanced Ethernet Switches
Join experts from Technica Engineering to discover how to achieve secure and observable IVN validation without rebuilding your bench architecture.
SBOMs in automotive: A roundtable on open source license compliance & risk
Experts from RunSafe, May Mobility, HARMAN, and The Product Cybersecurity Group explore how accurate SBOMs and early license checks reduce open-source compliance risks in complex automotive software.
A full-spectrum approach to early ride, handling, and NVH evaluation
Join experts from VI-grade to gain insight into a dynamic driving simulation approach that combines large-amplitude motion, high-frequency tactile feedback, immersive acoustics, and realistic cockpit ergonomics within a single environment.
The new risks of automotive AI: Uncovering LLM and MCP security
Ford’s Dan O’Reilly and Tomer Younger from Upstream explain how automotive cybersecurity teams defend AI-driven connected mobility ecosystems.
Enablers and outlook for the next generation of automated driving
S&P Global’s Jeremey Carlsson explores the key enablers, challenges, and market outlook shaping the next generation of automated driving as AI-driven technologies and consumer demand converge.
Earning trust in autonomous vehicles: Metrics for safety, operability, and acceptance
Renault Group’s Dr Javier Ibañez-Guzmán explores how the industry can build trust in autonomous vehicles through robust safety metrics and real-world performance assessment across diverse driving conditions.
Iterative testing of automated vehicles using statistical techniques to uncover hazardous scenarios
Advanced statistical and iterative testing techniques are transforming how automated driving systems efficiently uncover edge-case scenarios and demonstrate safety with measurable confidence.
Scaling autonomous driving with Linux: Meeting SDV and functional safety requirements
Join Elektrobit’s Isaac Trefz to explore how Linux-based platforms can scale to support autonomous driving while meeting the architectural, lifecycle, and functional safety requirements of next-generation software-defined vehicles.
Engineering the vehicle of the future: Core autonomous driving challenges
A panel of industry experts explores the key technical, safety, and validation challenges on the path to achieving fully autonomous driving at scale.
Why AI-driven digital engineering requires digital processes
Join Erich Meier from UL Solutions to discover how aligning ALM, PLM, and engineering ecosystems embeds safety, compliance, and AI assurance by design.
AUTOSAR Classic: Deploying RTA-CAR on smaller, cost-effective MCUs
Join ETAS experts to learn how RTA-CAR enables AUTOSAR deployment on resource-constrained microcontrollers, delivering reliable embedded systems without compromise.