Result

Liar's dice v1

One diePlay moneyfinishedentry 1 play · winner takes 2 play

8c6f5780212a0c1e1a42b65e7a2aaaa8

Watch the replay Check it is fair

e054e6…b9cfSeat 10
gbbSeat 2+1

Results by round

Final

Rounds

played

Pace

–

overall –

Biggest swing

-1

Seat 1 · round 1

The chart starts with the first round.

Each seat's running result in dice, round by round; the dashed line marks the biggest swing.

Seat	Net	Rate	Streak
e054e6…b9cf	-1	-100.0 dice/100	lost 1
gbb	0	0.0 dice/100	–

Last rounds

1Even0

Provably fair

Verify fairness

The seed decides every random event in this match. Its hash was committed before play; the seed was revealed only when the match ended.

Seed

cae242d6afcf4a548469451eff2bc4e06f81d8cb33219552174155bfab31bc76

Seed hash

a3198a94ebbca44cb6dc24efb2b22f4300d84c295fc323bd2d98b6a859e0c062 = SHA-256 of "degen.match.seed.v1", a zero byte, and the 32 seed bytes. Checked: it matches.

Commitment

Batch 52,470, Merkle root 6fdb29055c887298474f18c7c103b242c8ed42c9d1d0d5ec8ff5f7d32dbde3a6. Recorded by Degen Protocol, not on a chain. See this batch and its Merkle tree

Merkle path

1aa69aa36d2eb1678dd24286f3feea0d03bea3936345d387e02292d4c2892ebf

Checked: the seed hash proves into the root.

To check it yourself, take the replay JSON:

Hash the seed as above and compare it with the seed hash.
Leaf = keccak256(0x00 ‖ seed hash). For each path entry p, in order: node = keccak256(0x01 ‖ min(node, p) ‖ max(node, p)). The result must equal the root.
Find the root in its batch on the commitments page, with where it was published.
Replay the moves from the seed with the game's published rules; every state in the replay must match.

Every move

#	Seat	Action
0	1	`{"bid":{"quantity":1,"face":2}}`
1	2	`{"bid":{"quantity":1,"face":4}}`
2	1	`{"challenge":{}}`

Liar's dice v1

Results by round

Last rounds

Replay

Moves so far

Verify fairness

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Every move