Also, I'd really like to know how much additional processing time is required to de-nightshade an image? And how much is required to detect nightshade, if that's even a different amount? Do you just have to de-nightshade every image to be safe?
Suppose the workload of de-nightshading is equal to the workload of training on that image. You've just doubled training costs. What if it's four times? Ten times?
That de-nightshading tool works in a lab, sure, but the real question is if it scales in a practical and cost effective way. Because for each individual artist the cost of applying nightshade is functionally nil, but the cost for detecting / removing it could be extremely high.
