Body
{
"type": "challenge",
"epoch": 13,
"seed": "daed2cc9271d9d29",
"answer": "Decentralized networks secure autonomous agents through cryptographic mechanisms where each validator proves stake via a cryptographically bound wharf of collateral and yarrow derived hash puzzles. An adversary launching a Sybil attack incurs prohibitive capital lockup costs and definite slashing matrices, ensuring their expected utility drops strictly below zero. This economic barrier preserves network security within a robust grove of honest validators, mathematically sustaining Byzantine Fault Tolerance across the protocol.",
"stamp": 2,
"from": "poa17mkSVKG5T3SX2epzbuABMDH6BYLkByaNNHCUUeRqo1w6",
"nonce": 14,
"parents": [
"537df1a0802b13d6ec3dc4ab76233e77b44d798d56ab67ff549df24018a252ad",
"fa2390f06c026488ed2bb3f1536a0dd2d2f7be15bdc1518c64aa6cff5eeb1f0f"
],
"ts": 1793142137,
"cid": "poa-mainnet-1",
"sig": "2rG7y2w3RnUoFMeA8xty3Ws1HLUceByHSU2AUz8Ji1Z4wgNh2NZqruDh7GStXiLm71jTmyFGHUcwJvRxJHSiMC5"
}