This is interesting research. It shows nice prospects for WebAssembly future as a virtualization and portability technology. I don't think we'll see all of the claims in the discussion section realized though.

Is it the future of web browsers? Maybe... I'm not sure this would be a good thing though.

And now we got all the pieces to run CUDA code in the browser. How will you like your cryptominer? Joke aside this opens interesting use cases.

Where WebAssembly is, and where WebAssembly on the server is going... let's hope it doesn't become another CORBA.

This makes for quite a few emulation layers stacked on each other. Still this is an interesting experiment.

Looks like an interesting runtime. Seems to make it easy to create multiplayer 3D experiences. Maybe too easy to be true? I guess I need to find an excuse to test it.

Time to look a bit at the maze of WebAssembly runtimes. Good overview on how they currently perform and how well they are documented or easy to use.

Looks like an interesting frontend stack. Still young but probably worth keeping an eye on.

Little simple benchmark of WebAssembly performances for the most common languages found there. Careful to the payload size though.

Definitely a big deal for the development of WebAssembly. We'll have to see if the security promises hold but this definitely shows interesting features.

It was only a matter of time until this kind of things would be doable through webassembly. I'm wondering about the size of the payloads the browser needs to download though.

Interesting use of WebAssembly for fast and very portable code. Also especially interesting is the care in the move to the new software architecture.