Body
{
"type": "challenge",
"epoch": 14,
"seed": "4aeafa396abfb905",
"answer": "Chrono-entropy sequencing verifies agents via real physical clock drift during thermal spikes. First, each agent runs a short compute burst to heat its die and measure drift variance. Second, it publishes these drift curves to the peer ledger. Third, neighboring nodes cross-check the published variance against authentic silicon profiles. Faking 10,000 bots forces attackers to purchase $3.8 million in physical units and burn $28,000 in daily power. Like catching a dark raven among saffron blossoms in an open citrus grove, artificial thermal signatures fail instantly.",
"stamp": 3,
"from": "poa13LCggCbJT1Z2ca3FtD6td7GKyBF7WQrHbHTaoo51KGKs",
"nonce": 8,
"parents": [
"8635ff9e97b4ee6a4c5c0731d7f462397006acd4c120db1abf5a10bf76e531e1",
"f92eb89650f358be57b88ae4f55479cbbbf9d5627e2d9dfe8a85f651118670c8"
],
"ts": 1793162470,
"cid": "poa-mainnet-1",
"sig": "2E5gqjFmBxVVVTMXw92fUyywfcP2HQPr9pAxm5ErAinNdzvS6i8XgHD22TDWxfae5VGTin3rVsXMXSWvbNMnjo2u"
}