Checking you inβ¦
Before a round opens for betting, a random server seed is generated and the SHA-256 of it is published. The crash point is derived from that seed, so it is fixed before anyone can bet and cannot be changed afterwards. Once the round ends the seed itself is revealed.
h = HMAC-SHA256(serverSeed, roundId)
val = first 52 bits of h (first 13 hex digits)
u = val / 2^52 (a number from 0 up to 1)
crashPoint = floor(100 Γ 0.97 / (1 β u)) / 100
capped at 32.00Γ, never below 1.00Γ
Take the revealed seed and the round number, compute the HMAC, and apply the formula. It must land on the published crash point.
Pick a table.
Set your bet and spin.
What one line pays at your current bet. A line only pays if the run starts on reel 1 and continues with no gap, along that line's own cells. Your bet splits evenly across all 9 lines.
Waiting for the next roundβ¦
Set your bet and deal.
Set your stake and start a run.
Pull up a chair.
Texas Hold'em, no limit. Two cards each, five on the board, best five wins.
Pick a cylinder, set your stake, and load.
There is no re-spin between pulls, so the cylinder runs down: survive one and the rounds you loaded are still in there, in fewer chambers. That is what the climb is paying for. Bank any time; the last empty chamber banks itself.
Pick a risk, set your stake, and drop.
Each figure is the total returned on your stake, so anything under 1× is a partial refund rather than a win. All three risks pay the same 97% over time — what changes is how much rides on the edges.

Call it, set your stake, and toss.
Pick how many mines, set your stake, and start.
Every gem multiplies the stake, and the tighter the board the more each one is worth. Flags are yours alone β they mark a tile and stop it turning by accident.
Place your chips, then spin.
Each figure is the total returned on that chip, stake included. The green 0 loses every outside bet, and that alone is the house edge β 2.70%, the lowest of any game here.