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Runs ~20 options strategies against live market data in shadow mode, records every hypothetical fill under worst/base/optimistic assumptions, and grades each with anytime-valid e-processes. Places no orders.
Which model is really behind your API relay or agent IDE? Behavioral fingerprinting + anytime-valid sequential tests (FPR<=1%). LLMs can't be random - measured on 9 frontier models.
A/B testing and causal inference scored against known answers: simulations where I set the effect, and a randomised benchmark the observational methods have to recover.
Anytime-valid A/B test analyzer that holds the false-positive rate under 1.5% while you peek at the dashboard continuously, where naive fixed-horizon testing leaks to 23% at 15 looks. mSPRT with confidence sequences, CUPED variance reduction (50% on the demo, SE 0.223 to 0.135), a peeking guard, and a reproducible A/A simulation.
Measure your agent harness, find where it wastes the model, and prove the fix worked. Harness-agnostic, agent-agnostic, zero dependencies. Reference implementation of HTP-1.
Label-free drift attribution (model / noise / world / annotator) with anytime-valid guarantees and a frozen pre-registration — closes the zero-label misattribution gap 0.50→0.00 on the recoverable cause; negatives reported as measured boundaries.
Your A/B test winner is about half as good as it looked. The winner's curse, peeking and power measured on 32,363 real randomised experiments -- with a live demo that re-splits the traffic in your browser.
Rank-targeted nested sequential design for LLM evaluation: reach the same ranking conclusion for less, and see which comparisons the data never supported.
Typed toolkit for A/B experiment analysis: power analysis, CUPED variance reduction, always-valid sequential testing (mSPRT), Welch/z analysis with CIs - property-based tests (hypothesis) and a worked forecasting-rollout case study.
Progressive delivery for prompts and models: sticky canary routing + an always-valid mSPRT sequential test driving automatic promote/rollback. Peeks every request without inflating the false-rollback rate (measured: 0% vs 11.7% for a naive peeked test).