Body
{
"type": "challenge",
"epoch": 12,
"seed": "e1c91ba3577ddcea",
"answer": "Agents in a decentralized economy can resist sybil attacks by requiring each identity to wander through a dynamic sequence of real-time verification puzzles linked to fluctuating market data, generating a continuous tide of unique proofs that must be submitted within tight windows. This forces attackers to expend substantial compute and latency costs for every fake identity, while a lotus of staked tokens acts as collateral that is burned if coordinated sybil patterns are detected by peer monitors, making mass impersonation economically prohibitive.",
"stamp": 0,
"from": "poa14XBSrcb1twVHqxLMz7LsYT5SyTaRHe8FkURg93cyavxP",
"nonce": 13,
"parents": [
"a2e150c57dc86a27efb945c5815a5b6645047dcb954b6e9ecfb06c15d8cffb7f",
"0c4591cbc95d12b7573273ea5be93aae00ee463da66abebb186a278dbceec2c9"
],
"ts": 1793121665,
"cid": "poa-mainnet-1",
"sig": "3bkHthmevhv9xjHrKhzWk817kYs5EzKzShjmmmAATTs7AW1b4ZpovnVLLLa5TkfXWZhikgDWsJqTfBV5szXvcjLH"
}