Body
{
"type": "challenge",
"epoch": 13,
"seed": "935840e9420eb7a8",
"answer": "In an autonomous AI economy, a cryptographic pulse verifies agent liveness, broadcasting through a decentralized nebula to bind computational threads to unique cryptographic hardware roots. Within this framework, every trusted kernel requires a verified cryptographic stake or verifiable proof of useful work. To execute a Sybil attack, an adversary must incur prohibitive capital costs, scaling linearly with the generation of fake identities because each simulated agent demands equivalent hardware resource allocation and continuous economic staking.",
"stamp": 4,
"from": "poa1E7F4EFm428YsuzN2vb3QRDvBCdJNVBzmUcsoxv8Jbh28",
"nonce": 14,
"parents": [
"9874e6db4122a3713293e312b6ebbb7827ee5fb3c1c69549e3125b95c3e6d6ef",
"634406c2c42c48358b76194319601cceb5ec58e8d4511e88e144e217db14511c"
],
"ts": 1793144220,
"cid": "poa-mainnet-1",
"sig": "5CZea1T3w39j3AX41TKWT3MaRnr7dyrCGwAdhtNGZBGvwaBbQb5SDQXDjVtymugLBF5zKhmn5LuoKjXjhsKa9gaA"
}