A party-themed pick-and-cash-out game: stake once, pass the joint guest by guest, and climb the ladder. Cash out whenever you like, before the joint lands on the cop.

Pass the Jay is a party-themed pick-and-cash-out game: ten guests, one undercover cop. Players stake once and pass the joint guest by guest. Every safe pass climbs the ladder, the cop ends the round, and cashing out pays the current rung. Every stopping point returns the selected RTP, so the operator's RTP holds however anyone plays. Medium volatility, up to 9.7× in a round.
| Genre | Pick-and-cash-out game · HTML5 casino game |
| Game Type | Session-based (one stake, one payout) |
| The Table | 10 guests, 1 undercover cop, seated at random when the bet is placed |
| Ladder | 9 rungs; at 96%: 1.06× · 1.20× · 1.37× · 1.60× · 1.92× · 2.40× · 3.20× · 4.80× · 9.60× |
| Cash Out | Any time after the first pass; nine safe passes pay the top rung automatically |
| Volatility | Medium, set by where the player stops |
| Max Win | 9.7× stake on the 97% variant (9.2× / 9.4× / 9.6× on the others) |
| RTP Variants | 92 / 94 / 96 / 97%, returned at every stopping point; each simulated over 10 million rounds |
| Fairness | Provably fair, per-operator toggle; the cop's seat is committed before the first pass, outcomes verifiable via in-game panel or public verification page |
| Platforms | Desktop + mobile (HTML5) with a dedicated portrait layout, demo mode included |
| Delivery | Iframe embed via SDK launch URL |
| Evidence | Written math model + Monte Carlo RTP evidence per variant |
92 / 94 / 96 / 97% — each a separately calculated, separately simulated math model, selected per market.
Per-operator toggle — seed committed before each bet, outcomes verifiable via the in-game panel or public verification page using native Web Crypto.
Provably-fair verification per operator with in-game panel and public verification page. With provably fair enabled, the outcome is also deterministically re-derivable from the committed seed.
White-label deployment, your RTP variant per market, full math documentation, and provably-fair verification — integrated through one SDK.