Amelia's Weekly Fish Fry

This week we're talking all about the future of embedded software development with TASKING Co-CEO Christoph Herzog. Christoph and I explore how Large Language Models and agentic AI are moving from novelty to necessity, directing external agents within the TASKING toolchain to automate critical verification and validation tasks. We also discuss the Model Context Protocol (MCP) and how it helps maintain adherence to strict industry standards.

In this week's podcast, we're diving deep into the world of RF system design! My guest is Giorgia Zucchelli from MathWorks. Giorgia and I explore what an RF digital twin is, how it revolutionizes the design and validation workflow, and how AI is playing a critical role in its development.

This week, we’re diving into the hidden challenges of AI infrastructure with David Driggers, CEO of Cirrascale. David and I chat about the surprising failure points that traditional data center planning often misses when it comes to large-scale AI deployments, why old assumptions about power, cooling, and networking simply don’t hold up anymore and why the “just add GPUs” strategy can be a recipe for disaster without a true systems-thinking approach. Also this week, I check out a massive breakthrough where physicists are using AI to uncover entirely new laws of nature!

Today, we're diving deep into the future of connectivity, networking, and computing with a look at a revolutionary concept: the Innovative Optical and Wireless Network, or IOWN. My podcast guest is Marco Provolo, Head of IOWN and NTT R&D Global Promotion Office. Marco and I discuss what IOWN is, why the shift from silicon to photonics is so crucial, how NTT is working with international partners to accelerate its adoption, and the most exciting applications we can expect to see in the near future.

In this week’s podcast, we're stepping onto the frontier of battery innovation! My guest is Volexion CEO Joe Adiletta. Joe and I discuss why some battery materials perform great in a lab but fail in real world production, what “designing backward from the factory” means in terms of battery design and the role that manufacturing plays when it comes to the scaling of these kinds of advanced materials. Also this week, I check out a revolutionary memristor that can function at temperatures at 700 degrees Celsius.