The year 2025 is set to be a pivotal year for automotive functional safety, with a key emphasis on advancing cybersecurity, SOTIF, and AI standards. Ansys, alongside major industry players like Aptiv, Bosch, Onsemi, and Stellantis, is spearheading discussions among experts to tackle these evolving needs. The dialogue encompasses various crucial aspects, ranging from model-based safety analysis for ISO26262 compliance to guaranteeing safety in AI applications. This initiative aims to facilitate safe and secure autonomous driving, address SOTIF concerns, and seamlessly integrate functional safety with cybersecurity measures for all the vehicles on the road.
Going Beyond ISO 26262
The Future for Automotive Functional Safety
(Ensuring safe and secure vehicles on the road, right down to the chip level)
Upcoming Webinars
Functionally Safe Design from IP to SoC
Join this webinar to discover effective strategies for crafting and validating safety-critical semiconductors that meet and exceed industry standards. Don’t miss out on essential insights.
On Demand Webinars
Webinar on demand
Best practices for semiconductor safety analysis
TEnsuring compliance with strict safety standards, such as ISO26262, remains critical, but the electronics and system-on-chip (SoC) design are becoming increasingly complex, requiring a tool-based approach. This webinar offers actionable insight into the latest strategies and techniques for designing and validating safety-critical semiconductors.
Webinar on demand
Next-Generation Fault Tree Analysis for Semiconductors with onsemi
Fault tree analysis (FTA) is essential for semiconductor developers to help identify potential failure modes and their root causes. By systematically analyzing faults, engineers can improve design, reduce the likelihood of failure, and mitigate risk. This proactive approach helps minimize costly recalls or redesigns.
Webinar on demand
ISO 26262 Safety Analysis: Streamline Your Path to Functional Safety
With hands-on examples, we will explore a workflow that animates ISO 26262. Begin your quest to master and apply automotive functional safety in this informative session.
Whether you’re conducting safety analyses at the system, software, or hardware level, medini analyze can help you achieve:
- Up to 50% increased efficiency in your functional safety analyses,
- End-to-end traceability, including integration with your requirements management system,
- Consistency across your organization with the built-in configurable workflows to capture best practices
Webinar on demand
ISO-26262 Compliant BMS and Vehicle Integration
A reliable battery design requires an effective battery management system (BMS) to maintain safe operation and protect against faults. Development of the BMS must adhere to stringent safety standards, including ISO26262 and AUTOSAR architecture. Utilizing a model-based development approach combined with functional safety analysis can streamline the BMS software development process. Additionally, the BMS must function seamlessly with the battery pack and entire vehicle for optimal performance and safety. Accurate physics-based models are crucial for validating the integration of software and hardware, ensuring the effectiveness of the BMS and overall vehicle performance.