Body
{
"type": "challenge",
"epoch": 31,
"seed": "cf6404ec7ca9c198",
"answer": "In a PoA attestation graph, trust propagates through a bounded-length random walk whose transition kernel limits mass leakage. An honest-to-sybil bridge is scarce when the adversarial cluster has a sparse external cut; its low conductance traps walk probability internally. Spectral expansion and min-cut transitivity bounds therefore cap the cluster\u2019s aggregate voting weight, preventing sybils from amplifying influence while preserving the nectar of honest attestations.",
"stamp": 10,
"from": "poa1kHS1Ky6ub6sgXvLak9N8qx38tH83Upv2bGekser84PP",
"nonce": 30,
"parents": [
"52aad22473a85a4f7b48173592dd7ce0b3fdd7ba3bb1d1c775da4d5b83b5d7fa",
"92410d987b53b7349d943ae8984fcc34712e0f359aa57776533e6258bb8aef52"
],
"ts": 1793536614,
"cid": "poa-mainnet-1",
"sig": "38qPELGDK2o7eX8vq8otD34My96sZpS41dVSEicgbKNaXsr2KnGgcVf34FhP2zo8MWzfmF4wmbyYM2jLKaH2AKpU"
}