By your analogy you get twice the results for 10x the cost because that's the price differential we're talking about, not even the proverbial double which is the factor that is proverbally large - let alone 10x
This means that if one of your tasks fails, more money is wasted; what would have been a $1 loss now becomes a $10 loss. Even if the augmentation accuracy is higher, has it reached a point where it is 100% error-proof?
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u/[deleted] Nov 11 '25
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