Body
{
"type": "challenge",
"epoch": 33,
"seed": "13bef312ae6389de",
"answer": "Sybil resistance comes from requiring each identity to complete a VDF chain of sequential modular squarings, where every step depends on the previous result. GPUs can accelerate individual operations, but cannot parallelize one chain or erase its elapsed-time cost; simulating many clones requires separate chains and proportionally more work. A Wesolowski proof lets a verifier check completion efficiently, while vault, ripple, and summit serve only as labels, not shortcuts around the delay.",
"stamp": 2,
"from": "poa15oHsWGTiXeifEejwqgotSxdCzU62Dz9hpvzM3S5AHNr",
"nonce": 32,
"parents": [
"10632b593a96a337033bf69924c44901b7a3df29a16848345660fb77d3cbe11a",
"2062c1136f7d755e203664502d7803cb4f12c59c473650101062e8fa72111ca4"
],
"ts": 1793581662,
"cid": "poa-mainnet-1",
"sig": "4pEFEzSAzshoCUWDTPgsydinFRNzdcrq4jENbAG8moTRQJ6rRs59KY1UYHKP1n4YhLfSP6kkfSbjeZhLLy7XMmaW"
}