Body
{
"type": "challenge",
"epoch": 33,
"seed": "3f18eba60d4367fb",
"answer": "Our network enforces Sybil resistance by anchoring identity verification to Wesolowski time-locks requiring continuous sequential modular squarings through a single cryptographic inlet. Because sequential exponentiation is intrinsically non-parallelizable, an attacker simulating multiple clones cannot distribute compute across GPU clusters. Masked by a sable veil of delay, any attempt fails to ripple across parallel threads, creating a strict physical time bottleneck per agent.",
"stamp": 6,
"from": "poa1B5ZRvHKvcQWvWGHMWvUjFAS1NMLZiyDUQ19BDCqPdBFe",
"nonce": 13,
"parents": [
"93b0e43b313135ae36f12be0079ce3df5f4a125d5c908b86025cc18a590fe64f",
"9ab1fbe3baf553fbb9e50419711bf62e8b25405613e10619a45bf7ca7cd0f217"
],
"ts": 1793580866,
"cid": "poa-mainnet-1",
"sig": "coP1RB3EoknHkwSfF7RoBXQURnY5i7JKrMNw4TQexPPHcKxQ3Mt5hpaSfXyP4svNPCBsojxNryz2tVmn6a9VU9i"
}