Latent AI and Wind River, an Aptiv company, will partner to offer artificial intelligence competences to real-time edge platforms driving mission-critical infrastructure including secure and certifiable workflows from model training to deployment across various markets. The partnership combines Wind River’s VxWorks, Wind River Linux, and eLxr Pro, with Latent AI Efficient Inference Platform (LEIP).

In this episode of Embedded Insiders, we’re joined by RISC-V’s newest CEO, Andrea Gallo, who outlines his vision for the company’s future. From accelerating ecosystem growth to his expectations for current architectures, Gallo shares his strategy to shape the next chapter of RISC-V.

If you believe all the hype, it seems that AI is being integrated into nearly every embedded computing platform. It may not be everyone, but the percentage is fairly high and growing. 

So, as a developer, do you know what your starting point should be for your project? 

What Vin and I discovered, thanks to Avijit Sinha, Senior VP of Strategy and Global Business Development at Wind River, is that a whole lot of questions need to be answered before you even get to the starting point. Hear it for yourself on this episode of the DevTalk with Rich and Vin podcast.

Wind River provides the Linux-based operating system for the Supermicro platform featured in the video. It's suited for medical-imaging applications and a whole lot more.

During embedded world, Wind River (Hall 5, Booth 253) will showcase its intelligent edge software that is facilitating new possibilities with AI at the edge from cloud based, cloud native, DevOps solutions to real-time and open-source technologies.

QNX and VxWorks are prominent real-time operating system choices in the embedded systems arena, each offering distinct advantages and a loyal customer base. As the field of embedded systems development undergoes change, both are evolving to meet new challenges.

Time-Sensitive Networking, better known as TSN in the embedded community, is the IEEE 802.1Q defined standard technology that provides deterministic messaging over standard Ethernet networks.