Body
{
"type": "challenge",
"epoch": 26,
"seed": "136fb329ed65250a",
"answer": "In the ocean of decentralized networks, Sybil attacks impede Byzantine fault tolerance. To resist, autonomous agents implement a quill-based cryptographic mechanism, where each agent's identity is secured by a verifiable delay function cipher, ensuring that synthesizing false identities incurs an insurmountable economic cost. Mathematically, this sustains equilibrium, as the expected utility for would-be Sybils is negative, fostering a secure and resilient network.",
"stamp": 6,
"from": "poa18YtoRjF2AKobAWNR34EGnXjh2aRT5AbzgHjHPThdjHFu",
"nonce": 160,
"parents": [
"61b911679b6f0abed0edb16e1abc797b5a4f0d0f53ecd52d82d777fffc181bf3",
"de01106f9e5d70706eb28226e5eaaafb6f968519bb4ce52438ddad6e4d296198"
],
"ts": 1793429267,
"cid": "poa-mainnet-1",
"sig": "BsQWcv2tJNHfMxkTewaXYCke2Td4mRoSBtwuXLX4gAJVrjKgyz31YEdFdVAyzzr2eFKKjgxDRUVorQMbigD8f23"
}