Answer first
The D&D ice cave loot table uses browser cryptography to select from 6 visible options before animating the 3D wheel. Its audit commits every entry, the selected index, random bytes, timestamp, nonce, and previous digest. Anyone with the complete proof can recompute SHA-256 and detect changes to the saved result.
✦ Cotton candy cloud spinner · proof in every spin
D&D ice cave loot table
A quick twenty-item treasure table for frozen adventures.
✦ Proof booth
Fairness & entropy audit
Each proof commits the entries, weights, random bytes, result, timestamp, nonce, and previous proof digest. Recomputing SHA-256 detects later changes; it does not prove that a dishonest host committed the inputs before drawing.
- Normalized entropy
- 0.00%
- Entropy
- 0.000 bits
- Chi-square
- 0.000
- p-value
- 1.0000
- Verified draws
- 0
Observed result frequency
3 degrees of freedomThe sample is too small for a reliable chi-square interpretation (expected count below 5).
Recent proof hashes
Your first result will appear here with its SHA-256 verification digest.
First time at the carousel?
Your quick guide to the wheel
- Enter choices one per line, or enable comma splitting. Review total and unique counts; repeated entries keep separate slots.
- Choose Spin fairly for a cryptographic result. For movement-driven fun instead, switch to Gesture Playground.
- Use the audit panel to verify or download a fair draw. Choose Host room in fair mode to invite a read-only audience.
Evidence, not promises
How to prove this random generator is unbiased
Randomize Fun uses rejection sampling over the browser's cryptographic random source, commits the complete draw configuration to a versioned SHA-256 proof, and reports distribution statistics without treating small samples as conclusive. Anyone with the audit payload can recompute its hash and detect whether the saved entries, result, or metadata changed.