I have designed software for a lot of exotic compute silicon, including systems that could be described similar to this one. My useless superpower is that I am good at designing excellent data structures and algorithms for almost any plausible computing architecture.

From a cursory read-through, it isn’t clear where the high-leverage point is in this silicon. What is the thing, at a fundamental level, that it does better than any other silicon? It seems pretty vague. I’m not saying it doesn’t have one, just that it isn’t obvious from the media slop.

What’s the specific workload where I can abuse any other silicon at the same task if I write the software to fit the silicon?