I did not get your second question exactly, but yeah microvms can be considered one of the secure ways to run your agent
Dead Comment
I did not get your second question exactly, but yeah microvms can be considered one of the secure ways to run your agent
Smolvm is designed to run locally, persistent (stateful), long running (efficiency), and interactive.
Worked with firecracker and other options a lot btw, most of everything is designed for ephemeral serverless workloads.
will reference in our next paper update, thx for posting!
context <> building something with QEMU
* required has to support LMW+AI (linux/mac/windows + android/ios)
there are scenarios in which we might spin micro vms inside that main vm, which by default is almost always Debian Linux distro with high probability.
one scenario is say ETL vm and AI vm isolated for various things
curious why building another microVM other than sheer joy of building, what smol does better or different, why use smol, etc. (microVMs to avoid etc also fair game :)
Dead Comment
nolen: "unicode braille characters are 2x4 rectangles of dots that can be individually set. That's 8x the pixels you normally get in the terminal! anyway here's a proof of concept terminal SVG renderer using unicode braille", https://x.com/itseieio/status/2011101813647556902
ashfn: "@itseieio You can use 'persistence of vision' to individually address each of the 8 dots with their own color if you want, there's some messy code of an example here", https://x.com/ashfncom/status/2011135962970218736
One question is to what extent you dig into or have considered oversampling? One of the core hypotheses we've converged on is that nearly all models are optimized for source coding vs. channel coding. The implication is path to AGI likely involves oversampling to capture channel coding gains and which will resolve phase errors, etc.
Random sampling naturally does this albeit inefficiently. Curious if you do something more structured than random in terms of oversampling and especially partial overlapped samples / think supersaturated subspaces / subchannels, etc.