We put our models through public, independent tests designed to break them.
Domain shift is when new data stops matching what a model learned on, and it is where most models degrade. With an entire region held out of training, the Clone's 90% range still covered 90% of outcomes in that new region, the same as in-domain.
When an input falls outside what a Clone has seen, it abstains instead of guessing, and it says so. Coverage and the abstain rate are measured on held-out cases and travel with every prediction. Honesty is the point.
Accuracy is how close a prediction lands to the truth. On a public test a single model tracks the real answer 94% of the way (R2 0.94), within about 4% of the top published result, and it returns a calibrated range with every prediction.
Speed is how efficiently a model runs live. On the industry-standard harness the Clone served tens of thousands of predictions per second, on an ordinary computer with no GPU. Each model is kilobytes, small enough to run anywhere.