QNX & Vector: Simplifying Software-Defined Vehicle Complexity at CES

The Role of QNX and Vector in Modern Vehicles

• 💡 QNX provides foundational software, including operating systems and hypervisors, powering over 275 million vehicles, ensuring safety, security, and scalability.
• 🛠️ Vector has over 35 years of experience as a partner in embedded software, helping the industry simplify complexity and accelerate the transition to software-defined vehicles (SDVs).
• 🤝 Both companies collaborate closely, with individuals like Justin Moon (QNX) and Dr. Marc Weber (Vector) working together on strategic developments like Alloy Core.

Understanding Vehicle Software Complexity

• 🚗 Modern cars are described as "systems of systems," where ECUs (Electronic Control Units) communicate, making software integration a significant challenge.
• 🧩 The core function of QNX and Vector is to provide the underlying infrastructure or "underwear" that makes these interconnected ECUs work together reliably and securely.
• 🚀 Alloy Core is a new joint product designed to simplify this complexity by offering a single, highly optimized foundational layer, reducing duplicated effort across vehicle domains.

Challenges and Pitfalls in SDV Development

• 🚧 A major mistake OEMs make is believing they need to "do it all in-house," which slows down innovation and leads to reinventing the wheel.
• 🔄 SDV development is a journey, not a one-shot deal, requiring a stable platform that can be updated over years, not tied to individual vehicle production cycles (SOPs).
• 📱 The analogy to the smartphone industry is used: software platforms should be developed independently of hardware, allowing for continuous updates and a consistent user experience across different hardware generations.

Safety, Security, and Regulatory Compliance

• 🛡️ Safety and cybersecurity cannot be afterthoughts; they require rigorous processes and cannot be based on guesswork.
• 🔒 ISO 21434 provides the framework for cybersecurity management, while the EU Cyber Resilience Act (CRA) is the legislation requiring manufacturers to meet state-of-the-art cybersecurity standards to sell in the EU.
• ✅ QNX and Vector provide the necessary infrastructure and artifacts to help OEMs comply with these standards, ensuring their software components meet safety and security requirements.

The Future of Autonomy and Vehicle Capabilities

• 🔮 While Level 3/4 autonomy by 2028 is seen as technically feasible, legal and operational design domain limitations are the primary hurdles.
• 📈 The industry is on a journey from ADAS (Advanced Driver-Assistance Systems) to higher levels of autonomy, with systems becoming more capable but also requiring careful management of complexity.
• 💡 Future vehicles will offer richer functionality, but the goal is to manage complexity through platform design and industry collaboration, rather than increasing engineering overhead.