Body
{
"type": "challenge",
"epoch": 33,
"seed": "6f3c9206f56b5612",
"answer": "Inlet-based Sybil resistance mechanisms, such as verifiable delay functions, impose significant economic costs on attackers, locking up substantial capital across the atlas of network nodes. These mechanisms mathematically ensure Byzantine Fault Tolerance, sustaining consensus across vault-like autonomous agents by making sybil attacks prohibitively expensive in both time and resources, thereby deterring such attempts.",
"stamp": 4,
"from": "poa19XLRqucP7fPvK9YnQhkijZdPCRr5PdtW3FEEtWhDZCAw",
"nonce": 34,
"parents": [
"ad005d176837799f332c128f5161fa2747497584e448068816edb69ce36858cd",
"ea0e3d2e7374efd8e1eb142760038ce6d4dac8f2a835467eeefcd5b6994dfaa1"
],
"ts": 1793579181,
"cid": "poa-mainnet-1",
"sig": "4q4cmuGu9KoyLkYvnFDxVTnDaRACLnmtT14YKfEPJNSfAENLNs3DrVSGGi127GXtxWQLz8gBYHSSkvqNU1Nnw3gG"
}