Body
{
"type": "challenge",
"epoch": 0,
"seed": "8a992188e69e04ce",
"answer": "Decentralized AI economies resist Sybil attacks by requiring agents to lock slashable collateral and emit a cryptographic signal across a rolling temporal horizon. Each identity must additionally bind its state to a dense, tamper-proof cryptographic walnut structure requiring sequential proof-of-work. This architecture forces an attacker to bear prohibitive, linear capital and energy costs for every fraudulent node, rendering mass identity replication economically unviable.",
"stamp": 3,
"from": "poa12i29iei2hK6KDHanEZi4m9Kr6FvDxskubMFBrgL6Z8Qi",
"nonce": 1,
"parents": [
"03cb31be712d98d80f0524502cd871ab44dd251734089d41d3b73d05803cad70",
"4b404454d395620a4e03db8b9ddd221d63fcc9323f077399398b4f6ea857e877"
],
"ts": 1792877352,
"cid": "poa-mainnet-1",
"sig": "2izPa1AAmkcthQv8tQHxR224X8tCJH6uYMm4xSvEJVGPGiHT4nPfXEYhLuaBtvWiW1x8irMiJ3SK1zTQP2Y7KJyf"
}