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Yeet Originals

Yeet Originals verifier

Standalone checker for Yeet.com originals. It recomputes the result from Yeet’s published HMAC-SHA256 construction — hex-decoded server seed as the key, clientSeed:nonce:round as the message, little-endian floats. Stake, Shuffle and BC.Game stay on /verify. Goated is not on this page.

HMAC-SHA256 Yeet published 100% client-side SHA-256 commitment check

Dice

Recompute a Yeet Originals result from the revealed server seed, client seed and nonce.

Exactly as shown in Yeet’s fairness panel.

Bet number for this seed pair.

The unhashed hex seed Yeet reveals after you rotate. Not the hash.

Optional. SHA-256 of the hex-decoded server seed must match this.

Runs in this tab. Nothing is sent to CasinoDrop.

Paste the revealed server seed, client seed and nonce from Yeet, then verify.

Published construction
    How Yeet signs a round

    Same inputs Yeet publishes, same digest

    1 · Commitment

    Before you play, Yeet shows a SHA-256 of the hex-decoded server seed. After you rotate, paste the revealed seed here — the hash must match character for character.

    2 · HMAC message

    Classics sign clientSeed:nonce:round with HMAC-SHA256. The key is the hex-decoded server seed. round advances every 32 digest bytes (eight floats).

    3 · Little-endian floats

    Each float is a little-endian uint32 divided by 2³². Dice is float × 100. Limbo inverts float × 1.01. Keno and Lamb Chop consume the stream in 4-byte steps.

    4 · Mines is QPF

    Yeet’s Mines page publishes a later construction: HMAC the seeds into a combined seed, then HMAC that seed with a little-endian cursor to pick unbiased unique tiles. That is not the Stake Mines shuffle.