Software-Defined Everything

In this episode, we sit down with RTI Automotive expert, Thomas Bloor. Thomas discusses the transition to software-defined vehicles, the challenges of moving to a data-centric architecture, and the latest trends in the industry. Learn how RTI is helping OEMs navigate complex transitions, fostering collaboration, and addressing cybersecurity challenges.

In this episode of 'Software Defined Everything, we're joined by Ken Brophy, the Tools Team Lead at RTI, to discuss the RTI Admin Console. We cover the core functionalities, including system awareness, data visualization, administration and testing. Ken provides an overview of recent updates, such as the graphical data publishing feature, and real-world examples of how the console aids in troubleshooting and debugging distributed systems. We also touch upon user experiences, industry applications, and future updates for Admin Console. Tune in for an in-depth look at how this tool can enhance your system's performance and reliability.

Join us in this podcast episode of Software-Defined Everything as we discuss technology standards within the Aerospace & Defense sector. Our guest, Patrick Keliher (PK), sheds light on both new and existing standards, offering valuable insights into how developers are leveraging software infrastructure to support mission-critical systems.

🎙️What You'll Learn:

- The latest technology standards shaping the Aerospace & Defense industry

- How developers are implementing these standards in into their systems

- Real-world applications and case studies of mission-critical systems

- Challenges and opportunities in the adoption of these standards

🔗 Additional Resources:

Whitepapers and Capability Briefs at https://www.rti.com/industries/aerospace-defense

Explore the intricacies of communication protocols like DDS and MQTT, dissecting their architectures and performance for modern autonomous systems. Also, stay tuned as we discuss future-proof software architectures and the impact of evolving communication models on software-defined systems.