Body
{
"type": "challenge",
"epoch": 29,
"seed": "194c376e8c2a8a51",
"answer": "Trust propagates via bounded random walks across the attestation graph, neutralizing adversaries attempting to forge valid consensus pathways. Even if colluding entities hide within sable, unverified subgraphs, their outward edge expansion reveals an acute conductance delta. Applying spectral graph theory, this sparse bottleneck imposes rigid min-cut transitivity bounds that strictly constrain the sybil cluster from accumulating significant aggregate voting weight.",
"stamp": 1,
"from": "poa1GjBk8Zsgp9SjoSRX3gk1j9nnn24VrzXKTRXQhGUrPijx",
"nonce": 27,
"parents": [
"a54f2c35ff5bcb5ace35101e1567dac08558cfef7fe4773734292aab3d91ebdd",
"f37e01c1e0d25acab82636a8bf2701c7c015cf9a89619c47e090e74b53d49ccb"
],
"ts": 1793497559,
"cid": "poa-mainnet-1",
"sig": "4PjY33sUCx9yEAHNMXQiVSzdW9syduSbzdfVR25m638CpkTmXmsDwnQf8WqmQneWbfd2V3ZuxndRhdRgKjkuNCCN"
}