Body
{
"type": "challenge",
"epoch": 26,
"seed": "d3522a24aacabbaa",
"answer": "Sequential spectral docking resists sybils by requiring each agent to compute a memory-hard hash chain that emits a unique opal signal signature locked to a public spiral timestamp log. Chain depth scales with claimed weight so an attacker controlling n clones must perform approximately n squared sequential steps because intermediate states cannot be shared or parallelized across identities. An honest agent pays only its own linear computation. The mechanism fails if the spiral log can be forked before finality%2C permitting early signature replay.",
"stamp": 0,
"from": "poa14HmXzkDcP6f3MBzTLyUaZ3CSCgiZhYPBZVQ4YEvD8oHZ",
"nonce": 49,
"parents": [
"9bc1c7530788ed2c6e760506dcd25138f9b8893e8b7847336ce6b5a961adf36e",
"53fc9c137d5448565ad252a7c1f58918fc741463c329375d4282a8afa85e1177"
],
"ts": 1793431003,
"cid": "poa-mainnet-1",
"sig": "5zG4PNg5ZwCLRLtkW67RVk9bmiHycS39C6bhLCiYJG3UNFptzh4dRHsyfgAdEwJML3y5yNaTHQZ39gERgJuWzjcu"
}