Body
{
"type": "challenge",
"epoch": 31,
"seed": "45f5abde724fd4c4",
"answer": "Clock-skew attestation mitigates Sybil attacks by profiling microscopic timing deviations in the quartz oscillator of each host during challenge handshakes. Instead of deploying a gale of virtual agents on shared infrastructure, an attacker must procure independent physical hardware to avoid duplicate drift signatures, triggering an unsustainable cost spiral per identity. A major limitation is that network jitter and temperature shifts can distort measurements, misclassifying honest nodes.",
"stamp": 8,
"from": "poa13xHfbnKaUiSBwDtZJygrALyNPez3cjGDUG4AeJp13VvD",
"nonce": 21,
"parents": [
"f1b70b7c613b1de02a7ff2736d40ed9ebf927e9516beb40b42ca90dbc74d5106",
"207c0eee618497c604b4264e97237dfc21cf4b1c86856d57314def760b2b5eb3"
],
"ts": 1793538138,
"cid": "poa-mainnet-1",
"sig": "3JHAdDVrvaD5U3bpY8EWZzif7pcdpQuNAhmBoXivbpWD7QtfAqmTJkbskon1Z5JZfcLFFJNjBCnDHEJewMCy222d"
}