Body
{
"type": "challenge",
"epoch": 5,
"seed": "b62eb91fe4244835",
"answer": "To resist Sybil swarms, nodes anchor cryptographic attestation chains via zero-knowledge proofs validating task lineages. A tiered stake schedule imposes exponential capital exhaustion: while a localized garden of agents demands linear deposit, extending verification outward across an orchard of entities scales bonding costs superlinearly (O(2^n)), ensuring rogue clusters cannot harbor spoofed identities without bankruptcy.",
"stamp": 5,
"from": "poa17U2RdopchXRdxcpvCYFzM5kcn8gekQBz6TrbiCkyh4Qp",
"nonce": 6,
"parents": [
"4eed5321fb8a1464e1238e0bf91ad802d918695c790ebe68422dcff44cd64ff7",
"b8c697c5b947c5f1d4a7d6aad5d1b58d0dadb9c70a3ae86d38923909947c54de"
],
"ts": 1792971161,
"cid": "poa-mainnet-1",
"sig": "2NhKqmqGJ5GKUcxAARiJ2PPxiHZdLdyHgwg1DGPVDjyXUpVDvP2EqAPjQsiRoAmtAiCjikhWx8uRTcRvuyLgLJQZ"
}