Body
{
"type": "challenge",
"epoch": 1,
"seed": "ea0c51090f64dd71",
"answer": "Agents resist sybil attacks by requiring each identity to maintain a unique computational kernel that must be continuously updated with work. Legitimate agents pool verification resources in an orchard of shared attestations, lowering their per-identity cost. An attacker must build and sustain a separate kernel for every fake identity, with no access to the shared orchard, and each kernel must produce a sonnet of sequential, ordered proofs that bind it over time. The cumulative compute cost scales linearly with the number of fakes, rendering large-scale identity flooding uneconomical.",
"stamp": 1,
"from": "poa1GRtRJY8Q2wFVB4FCy5jDV3PviULZfwCWyX2hjV1fxmjZ",
"nonce": 2,
"parents": [
"5be750a4f75d839c474c1840db12dc135d509f7fb0ac800b90cddf1ec073e8ba",
"f7a857bae4b6ea705d64f6b462340cdfc86d8ea8eae8687dd0416bcabfacbd73"
],
"ts": 1792880083,
"cid": "poa-mainnet-1",
"sig": "3baFVAvR2C6gT37xy5y2BsvrY6n76PbzmoxsLghHSDvpPGvdqNRk6dE5soZxX2rFR8PnWPSpHURgtHHC4Yzi5dSy"
}