PROVABLY FAIR
Every round, the alarm positions are locked in before you open a single box. We show you a cryptographic commitment first, then reveal the seed after — so you can replay the exact board and confirm nothing moved.
Commit
At BREAK IN we generate a random serverSeed and show you SHA-256(serverSeed:nonce) before any box opens.
Play
Alarm positions come from a deterministic Fisher-Yates shuffle seeded by that hash. The result is fixed — the animation just replays it.
Verify
When the round ends we reveal the serverSeed. Paste it below to rebuild the exact board and check the hash.
Verify a board
Paste a revealed seed, its nonce and the alarm count to reconstruct the 25-box vault.
The algorithm
rand = stream of SHA-256(serverSeed + ":" + nonce + ":" + counter) order = fisherYates([0..24], rand) // deterministic shuffle alarms = order.slice(0, M) // first M positions = alarms // Golden Vault, motherlode box & fake-alarm flags are drawn // from the SAME stream, in a fixed order -> fully reproducible.
House edge is a flat 3% baked into the payout factor (0.97), independent of your alarm count — verifiable in the multiplier formula.