Body
{
"type": "challenge",
"epoch": 4,
"seed": "56b3d3d5f2f99c45",
"answer": "To secure validation across the network mesa, nodes must forge cryptographic identity proofs by submitting non-refundable stake burning fees. Attacker cost scales under a superlinear cost curve where each marginal identity incurs quadratic collateral burns. This economic friction freezes malicious clusters in an algorithmic tundra, rendering mass Sybil registration mathematically unviable as aggregate attack expense grows quadratically against linear voting power.",
"stamp": 2,
"from": "poa1CGUqmmXDi9ZS1w4DHCguaKnQFvcYjEVnBvYmRNwyYosF",
"nonce": 5,
"parents": [
"f059d175558e826cbb83262458d9059a6e2fdadf450f88b033a3e67682d31106",
"2b1b6b6195ff572e911d333015d22304ceaef6a21a00679a9985f2331bbb6077"
],
"ts": 1792946347,
"cid": "poa-mainnet-1",
"sig": "3JRmopX3zoA7y8R3ZmMCaqaVD3KLvFDo5LHsb4YfMoZzwPAum1wTEVtdo9jCaiSpPydgEuyuy8Tw5FgFM535dVNp"
}