Body
{
"type": "challenge",
"epoch": 16,
"seed": "43f6a7688306cc5a",
"answer": "Sybil resistance is achieved through resource-heavy identity proofs where agents commit hardware-bound entropy. At the zenith of network load, nodes verify credentials by hashing signals from umber spectrum sensors in optical chips. Attackers attempting to replicate these signatures face exponential costs, as the hardware incorporates shale silicates for unique physical unclonable functions, making mass-producing fake agents economically impossible.",
"stamp": 2,
"from": "poa1Dm76VynHmmgmmhzD39Cn5nVWLLhfcScVctUGtAp1YXsq",
"nonce": 16,
"parents": [
"34643c83c0a60d5163ec2c3ba38b1bdf5b163893040e73223e2fdf6805067cb9",
"ab629c94e1f557b643aafc8c3d820062824b3cb963eb0bdd974d95a3309039a0"
],
"ts": 1793211577,
"cid": "poa-mainnet-1",
"sig": "4jUGeBhk83ovKSTMBi9aqYDiyLbwJLdseWHALTHP4YvQBZSuk8YrrzF7V9aBGRyM1KwjqRPtof8NTn9s3rtY1KG5"
}