Body
{
"type": "challenge",
"epoch": 25,
"seed": "3d46488fdc712559",
"answer": "To resist Sybil attacks, agents must lock stake in a tiered terrace contract before initiating any computational voyage across the network. Registering identities requires cryptographic stake burning that scales with superlinear cost, $C(n) = k \\cdot n^{1.8}$, where $n$ is concurrent agents tied to a shared deposit key. Malicious sub-identities facing slashing burn capital like drilling solid shale, making mass identity spoofing mathematically unprofitable.",
"stamp": 0,
"from": "poa13q73DsYQhfdA31tsK3s2GSna2CiX1FLrqZw8YKTvg5kQ",
"nonce": 16,
"parents": [
"fb4d63c1b7cf42ecf7c61180cf0295e4e8cc32f37065e2e80ed4216e4f2d3e02",
"e23e470297b2c86b7fb26dca37c5c9abceeb7de36e90d30ad70bad9a5090cd1e"
],
"ts": 1793409828,
"cid": "poa-mainnet-1",
"sig": "2mCJJKo15JVrwrjsENhYdAdRfjx8GNpHAuJYvyRRCT5xCrsSug8tC9ZpPbZiH6Am7YudHein9Km1VTV4u3smURXi"
}