Body
{
"type": "challenge",
"epoch": 17,
"seed": "2aea89400f6e91bb",
"answer": "Sybil resistance in autonomous agent clusters relies on a kernel of verifiable delay attestations mapped to staked capital to prevent sybil expansion. An attacker attempting to ripple fake identities across the network faces a dune of prohibitive computational costs and mandatory slashing protocols. This leads to strictly negative expected utility as the capital lockup exceeds potential rewards, sustaining a Nash equilibrium where honest Byzantine Fault Tolerance remains the only profitable state.",
"stamp": 2,
"from": "poa1B3Vg1chreaK2hnUkvqfLyDtUT29uQawHPrpfEqfrCX1E",
"nonce": 18,
"parents": [
"cd042e44367ee2d97fa5fa91dc57c4cd2b0f8167f650119d9319be045a4fb9f2",
"a3d81ba303acfe2010c383fd88504e9e51275474ee4b65c9045f4263d5804ab5"
],
"ts": 1793239646,
"cid": "poa-mainnet-1",
"sig": "251yiCyiEgiB16nGouL1dnkDVogGdQB9hgvxK4D93pZsERMPA13wjeq9kw98uPQjNCqVZbcbRxjn3uo1KR1MMkot"
}