WebAssembly and Containers | Electronic Design

WASM is essentially a virtual machine that will run containerized applications. The applications can be written in a host of popular programming languages such as C, C++, GoLang, and Rust. The main difference between native compilers and those targeting Atym’s containers is the limits placed on them by the VM environment.

Containers and Artificial Intelligence

If you’ve worked with artificial-intelligence (AI) tools, you may have already run into containers. They’re quite common in the cloud and servers with tools like Docker and Podman, as well as even more advanced orchestration tools Kubernetes. These types of tools have been used to manage AI training and deployment in the field, but usually on high-performance platforms like embedded server farms.

Still, AI isn’t limited to the cloud and high-end systems. We’ve been covering edge computing since the term was coined, and AI for inference, which has been possible in software and embedded AI hardware, is now readily available for all platform levels.

The task is usually getting the models to run. Often containers provide that support because it makes development and deployment much easier by reducing the number of dependencies. I’ve run many of the demos on NVIDIA hardware employ containers. It also makes it simpler for companies to deliver a container package that can be more easily tweaked.

So, if you haven’t worked with containers, you might want to take a closer look at what’s available in the space you’re targeting. It may make using AI less difficult.

By the way, your favorite chatbot will likely have suggestions. They come in very handy for system configuration, as they tend to be as arcane as they come and tweaking all of those command line and configuration files can be easy with a little help. At least that’s what I have found.