Safety and security are becoming increasingly important as advanced driver-assistance systems (ADAS) and autonomous vehicles become more complex. Attend this mini webinar series — comprising 15- to 20-minute webinars — to explore new, productivity-boosting digital safety workflows and learn tips and tricks. These mini webinars cover four key areas for ensuring the digital safety of your in-vehicle systems: functional safety and security; safe software; systems simulation and virtual perception; and testing.
Digital Safety Webinar Series
On Demand Webinars
Webinar on demand
6 Steps to a Smart Cybersecurity Strategy for In-Vehicle Systems
Mario Winkler - Lead Safety Expert, Ansys & Marc Born - Chief Technical Officer, Ansys
In this webinar, we’ll present a six-step process to help you identify and address cyber vulnerabilities across the entire automotive electronics architecture.
Webinar on demand
Parameter Autotuning and Optimization for Automotive
Xavier Fornari - Lead Product Manager, Ansys
Learn to optimize your testing parameters and reduce time to market for advanced driver assistance systems (ADAS) and autonomous vehicles. Using leading edge algorithms, automatically generate calibration parameters that can be integrated into complete, closed-loop driving scenarios, to virtually test safety-critical embedded software.
Webinar on demand
Achieving complex L2+ ADAS Software Features with Safe Embedded Software
Xavier Fornari - Lead Product Manager, Ansys
Learn how a model-based embedded software development and simulation environment with a built-in, automatic ISO 26262-certified code generator and AUTOSAR compliance can facilitate the development of complex ADAS and autonomous vehicle technologies.
Webinar on demand
Navigating Safety of Intended Functionality for ADAS and AV Systems
Vincent Rossignol - Program Manager, Bernhard Kaiser - Principal Safety Consultant, & Marc Born - Chief Technical Officer, Ansys
This webinar demonstrates how manufacturers can easily navigate the systematic identification, evaluation and subsequent risk mitigation of SOTIF-related hazards, by combining Ansys medini analyze with Ansys SCADE Vision.