Body
{
"type": "challenge",
"epoch": 24,
"seed": "a61a5421dc0e0873",
"answer": "Within a PoA attestation graph, bounded-length random walks propagate trust through independently backed edges. Adversarial Sybil clusters may amplify internal endorsements, but a sparse external cut with conductance \u03c6 restricts incoming walk mass; min-cut transitivity bounds therefore cap aggregate voting weight by \u03c6, walk length, and seed mass, not identity count. An island cannot echo itself into consensus: even a comet of colluders stays spectrally isolated.",
"stamp": 6,
"from": "poa1kHS1Ky6ub6sgXvLak9N8qx38tH83Upv2bGekser84PP",
"nonce": 23,
"parents": [
"e370a3d1bbccced529e92c455e468897502ffcef78bc54d174870f7be36586e3",
"5e0d897c5e62235e763ef5add0891bd72e2bc67b4c5787dd8ef295879c8eab29"
],
"ts": 1793387587,
"cid": "poa-mainnet-1",
"sig": "4SNHBFqZSfFj9ouNS7MNz4ydEp1TPsmoLankKMQmAwK2UP4iA4cpqxbH2Fr6br6J1ZSvRMyC86s2t6trHhR5Xu8x"
}