The problem with MPI is it feels like “Anyone can trivially spend a small amount of money and no effort to make a larger amount of money” is the kind of thing that quickly gets saturated. If you don’t have an MPI only because of all the other MPI’s out there that have eaten up the free profits, it’s not a great measure of capabilities.
I like the other three, but I also wonder how close to TUI we already are. It wouldn’t shock me that much if we already were most of the way TUI and the only reason this didn’t lead to robotics being solved is the AI itself has limitations—i.e. it can build an interface to control the robot, but the AI itself (not the interface) ends up being too slow, too high-latency, and too unable to plan things properly to actually perform at the level it needs to. (And that slowness I expect to continue such that creating/distilling small models is better for robotics use)
The problem with MPI is it feels like “Anyone can trivially spend a small amount of money and no effort to make a larger amount of money” is the kind of thing that quickly gets saturated. If you don’t have an MPI only because of all the other MPI’s out there that have eaten up the free profits, it’s not a great measure of capabilities.
I like the other three, but I also wonder how close to TUI we already are. It wouldn’t shock me that much if we already were most of the way TUI and the only reason this didn’t lead to robotics being solved is the AI itself has limitations—i.e. it can build an interface to control the robot, but the AI itself (not the interface) ends up being too slow, too high-latency, and too unable to plan things properly to actually perform at the level it needs to. (And that slowness I expect to continue such that creating/distilling small models is better for robotics use)