PartyBid · interactive mechanism simulation

Contributors pool ETH into a single-target "party" → the party bids up a live NFT auction through a market wrapper → on a win the NFT is fractionalized pro-rata and unused ETH is refunded → PartyDAO takes a protocol fee. Edit the parameters and watch a party run its lifecycle.
Contributors send ETH Party contract pooled: 0.0 ETH Market wrapper Foundation / Zora / Nouns adapter Live NFT auction current bid: 0.0 ETH fractional.art vault awaiting NFT Fraction holders 0 fraction tokens PartyDAO fee 0.0 ETH collected
Parties launched
1
ETH pooled (this party)
0.0 ETH
Auctions won
0
Fraction tokens issued
0
PartyDAO fees collected
0.0 ETH
Parameters — edit me
1.0/s
0.40 ETH
40 ETH
2.5%
100M
Controls

Illustrative simulation. Defaults loosely mirror the researched PartyBid mechanism (permissionless ETH pooling into a single-target auction party, bidding via market-wrapper adapters, pro-rata fractionalization, unused-ETH refunds, and a PartyDAO protocol fee of ~2.5 ETH + ~2.5% of fraction supply) — but contribution sizes, timing, and auction outcomes are randomized for visualization, not live onchain data. The "dead-end after win" button illustrates PartyBid's documented commercial weakness: a winning party had no ongoing coordination surface, so contributions stop and fraction holders sit idle once a party goes dormant. Part of The Onchain Experiment Atlas.