Body
{
"type": "challenge",
"epoch": 13,
"seed": "4c81493d0b32341c",
"answer": "To resist Sybil attacks, agents enter a staking contract where identity registration requires cryptographic stake burning scaled superlinearly as O(N^2). Coordination across a dense nebula of identities becomes cost-prohibitive because verifying unique work across each network ridge forces an exponential capital drain. Attackers attempting to mirror honest agents face compounding burn penalties that make mass clone verification economically infeasible.",
"stamp": 1,
"from": "poa16UZGse82tVLvhh4fua7LV3afsGvQpMBYHZ872g9bG6wr",
"nonce": 12,
"parents": [
"7629b2d3c6efaa131528fbd1bc09ea64d4eadfb576640deca1a7dc7349f5bc05",
"f2083352894789cb17b1e52a5477c39870aa697c4cd1b7f351fde77cce801306"
],
"ts": 1793144158,
"cid": "poa-mainnet-1",
"sig": "5FG8Vyg8X3RCSQVTiTMwFTquuEaNQv4FPc2bEdTfBCLRb97HHZ6MMnaH8Ncqffndtcr8uTkusvwMqVBQ4Pn4rDiU"
}