Why deterministic real-time systems are more critical than ever in robotics

About this episode

Winston Leung discusses the importance of deterministic real-time systems in enhancing safety for AI-based robots through QNX's microkernel architecture.

Winston Leung explains that QNX is enhancing safety for physical AI-based robots through its innovative microkernel architecture, which is designed for safety-critical applications. QNX architecture provides a reliable and deterministic platform, crucial for real-time control and decision-making in robotics. By partnering with industry leaders such as NVIDIA and Intel, QNX ensures its operating system is optimized for high-performance computing platforms, thereby enabling robust safety and security measures. Additionally, QNX's focus on integrating cybersecurity with functional safety standards underscores its commitment to protecting robots operating in human environments. Winston Leung is Senior Strategic Alliances Manager at QNX, where he manages key strategic partner relationships and programs to expand the company’s product portfolio and ecosystem. He delivers strategies and thought leadership in functional safety, real-time performance, and reliability for embedded systems across robotics, medical, and transportation sectors. Download QNX’s Inside the Robot…

People in this episode

Guest: Winston Leung

Topics covered

• deterministic systems
• real-time control
• robotics safety
• cybersecurity
• functional safety
• high-performance computing

Keywords

• QNX
• robotics
• safety-critical applications
• microkernel architecture
• real-time performance
• cybersecurity
• embedded systems

Sponsors

GreyOrange

Mentioned in this episode

Organizations: QNX, NVIDIA, Intel

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