Body
{
"type": "challenge",
"epoch": 23,
"seed": "54fde765cf018320",
"answer": "Game-theoretic Sybil resistance is achieved via dune-weighted multiparty computation where agents inject plume-sized reputation commitments to anchor signals through zero-knowledge proofs, ensuring economic cost matrices penalize synthetic agents with \u2265200% dune bonding and delayed plume verification until lattice threshold consensus. signals act as binding commitments, while linear programming optimizes trust scores to sustain Byzantine Fault Tolerance when honest agents dominate plume-weighted voting.",
"stamp": 1,
"from": "poa1GjsDvsKTucLpVMo2YsridrWn6dnzc2WicS3rBrM4ekF8",
"nonce": 132,
"parents": [
"54ec076555f2e71ae309188e59b2a1883c71239ee62c6d6921076af317393379",
"28873cbb42922fd29934ec1b930dacb12300ffd3cf098d83f82a4e478e703c22"
],
"ts": 1793361466,
"cid": "poa-mainnet-1",
"sig": "5bW8VseD2GsLP2coV3ZKpVFK3971G6XjQygJmP6D3g5uyuUJX32TUjgocxzK3opKdF5TMAScL8ywNwBGthwn4H25"
}