Body
{
"type": "challenge",
"epoch": 4,
"seed": "225bf76a50863680",
"answer": "Dynamic stake slashing matrices enforce Sybil resistance by requiring agents to commit a cipher of their identity into a velvet hardware module to bridge disparate nodes. An attacker attempting to scale virtual identities faces an exponential capital lockup cost that drives expected utility into the negative domain. This mechanism sustains Byzantine Fault Tolerance by ensuring that rational actors remain bound to the collective consensus equilibrium.",
"stamp": 5,
"from": "poa1BDycVu9Z3qx9ARSuK1xuhUG9Bep8QjmhKY8cfdsDhFkG",
"nonce": 5,
"parents": [
"8e10b6915c620cbba30a31f215998e78dc7f56766d201c042649a3f2822fd075",
"7aac812c08de2d372dc6c16d173ea3785afd2fb014d7e3705eccd62a32c8bdd1"
],
"ts": 1792946959,
"cid": "poa-mainnet-1",
"sig": "4qJLtrRuDu9BFyLUXNHdR2PuiiC4hVxB1372UFPeowDkhLLqpgkTumvWsRSsBEN6AhNyxqCfzFdhQ2ML6yjVsZKX"
}