Precision work with hands can work if paired with eye-tracking and something like the Meta Neural Band. The main issue is our hands are shaky, get tired quick and we need tactile feedback when doing fine-motor skill work (surgery, etc.)
Isn't that exactly the point parent try to make though? Yes, if you can rest your hand on something, or actual grab/hold things, then it'd be different. It's the lack of physical feedback/support that makes "with hands in open air is just not human-compatible" true.
There were attempts in the 1990s to build 3D force feedback user interfaces.[1] There was a magnetically levitated trackball, with six degrees of freedom, that could resist movement. Devices with articulated links, like a robot, attached to a glove, were built. This sort of technology has almost completely died out, with the notable exception of surgery systems.
You need to validate what providers are actually serving. Add benchmarks, properly showcase what quantization they are serving on the model and KV cache, etc.
Until that happens, your service is doomed to be shitty.
I wouldn't trust OpenCode Go with my lunch after the shit-sandwich they served us with horrible V4 quants and 0 transparency. Then blaming it on their partners.
I'm an OpenCode Zen user and I picked it over Go because opencode actually hosts those models and can make assurances about how the data is handled. OpenCode Go is a subsidized service that sends all of your data out to third-party providers, and then your data is subject to whatever terms they have.
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