Monthly data release
The Niekie Review, December 2025
Measurements from 1 casino rounds broadcast across 1 games between 2025-12-01 and 2025-12-31, counted from operators' own public feeds. Generated, not written.
Feed completeness
How much of its own play each operator publishes. A real casino game loses on most rounds, so a feed reporting few losses at a high aggregate return is broadcasting a selection of wins rather than a record of play. Every figure below comes from the operator's own endpoint and can be recounted from it.
We earn a commission from 1 of the 1 operators measured here: Winna. That is disclosed because it cuts against us, not for us. The figures are computed by the same query for every feed, from the operator's own endpoint, and the two feeds this table treats worst are both operators who pay us. How we score.
| Feed | Games | Rounds broadcast | Rounds that lost | Aggregate return | Reading | Our relationship |
|---|---|---|---|---|---|---|
| Winna | 1 | 1 | 0% | 37.674x | Wins heavily over-represented | Paid link |
What this does not measure
Three things other than concealment move these numbers, and none of them can be separated out from a public feed alone.
- Game mix. Crash and dice lose on a different share of rounds than slots, so an operator whose players favour one will differ from one whose players favour the other, with both publishing everything.
- Which endpoint exists. Some operators publish a feed of biggest wins by design. That is a product decision about a marketing widget, not evidence of hiding anything.
- Unequal windows. Feeds are still being added, so a feed collected for part of a month sits beside one collected for all of it.
This is a measurement of what an operator broadcasts. It is not a measure of payout speed, of fairness, or of any game's return to player, and it must not be read as one. For what is measured about payouts, see how we score.
The corpus behind this issue
Take the data
The figures on this page, as published, in both formats. Re-run them against the operators' feeds and you should get the same numbers.
SHA-256 of this issue's figures:d9e4dbc65bfdcf42d300b863e30b333c0bb5773cecf990a8005ec13ed47c2747
The hash covers the measurements, not the page. A published issue never changes, so this value is
stable and a download can be checked against it.
Earlier issues
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