Provably Fair Plinko
Drop a ball through a pin pyramid into multiplier buckets. Centre pots pay less; the edges hold the bigger wins — with up to 10,000x on the highest risk setup.
Plinko
About Plinko
Plinko is built around a classic peg-board drop: each ball bounces left and right through the pins and lands in a payout bucket at the bottom.
You control volatility with risk level and row count. Higher risk and more rows widen the payout spread — including setups that can reach 10,000x.
How does Plinko work?
Every drop lands in one of the buckets under the board. Centre buckets pay the least; edge buckets pay the most. Two settings shape the board:
- Risk level — Easy, Medium, Hard, or Expert. Higher risk increases volatility and edge payouts.
- Rows — choose between 8 and 16. More rows means a wider spread of possible multipliers.
How to play Plinko
A round is quick to set up:
- Set your bet, risk level, and row count.
- Drop a ball (or use autoplay for multiple balls).
- Watch it bounce into a bucket — your payout is that bucket’s multiplier times your stake.
Is Plinko fair?
Yes. Each path is derived from a verifiable seed pair using HMAC-SHA256, so the sequence of left/right outcomes can be audited after the round in the VFair verification tool.
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FAQ
How do risk level and rows change the board?
Risk (Easy, Medium, Hard, Expert) sets how aggressive the bucket multipliers are. Rows (8–16) set how many pin levels the ball passes through. Higher risk and more rows together produce the widest payout spread.
Why do centre buckets pay less than the edges?
Most paths land near the centre, so those buckets pay lower multipliers. Edge buckets are rarer and hold the top payouts — up to 10,000x on Expert with 16 rows.
What does Expert risk change compared with Hard?
Expert pushes more value into the outer buckets and can include very low centre multipliers (including 0.1x). That raises both upside and the chance of a losing drop.
How is a Plinko path verified?
The left/right sequence for each drop is derived from the HMAC-SHA256 seed pair. After the round, recompute that path in the VFair verification tool to confirm the bucket.
