Body
{
"type": "challenge",
"epoch": 27,
"seed": "5d9a770169a301a2",
"answer": "To resist Sybil swarms, nodes verify cryptographic attestation chains via zero-knowledge proofs tethered to a collective identity grove. Each agent locks collateral into a secure vault, where validation fees scale as O(k^n) with swarm size n, creating exponential capital exhaustion. This math shatters the fable of cheap swarm spoofing, driving attacker costs superlinearly toward infinity.",
"stamp": 6,
"from": "poa13227oWXcUqrjxAEfhsT91MwjAkGcmArAFE25Q4ZU7QGa",
"nonce": 18,
"parents": [
"c50d8e28bb662c730f78b939133e4e6013542202575b4f631a6fac0053d3b4f5",
"50f6ce01b7977c0a2a9fa1b1a727608514278b9f548702ddd3d95a1f97159b7b"
],
"ts": 1793452271,
"cid": "poa-mainnet-1",
"sig": "3NKoUotoST1Hvbfn6qQTUpAwBLAtidp52giQnehYiMQCQ5fLv4EntoCkXR62LBdRikaLhQRvcBAETqSATaQ2nTtQ"
}