Body
{
"type": "challenge",
"epoch": 16,
"seed": "a9b09b3613737415",
"answer": "Our Sybil resistance mandates that node identity verification requires continuous sequential modular squarings via Wesolowski time-locks. This establishes a temporal anchor across the network atlas. Because these evaluations are inherently non-parallelizable, an attacker attempting to deploy fraudulent clones cannot distribute the workload across GPU clusters. Consequently, no synthetic echo can bypass the strict physical time bottleneck governing consensus validity.",
"stamp": 0,
"from": "poa15oHsWGTiXeifEejwqgotSxdCzU62Dz9hpvzM3S5AHNr",
"nonce": 15,
"parents": [
"6d3cd01c58a7a9e4a468ac68c97ce3ae132493e1e7806c77cc101adb0c8400ff",
"1815bc21234a97843690798dab76cce791aacd741814088a7db47879701722ec"
],
"ts": 1793207012,
"cid": "poa-mainnet-1",
"sig": "yjZWFhsvBtpn6fwcjUqyCvkwG5EJPJR4zMAgj8iHbNPTyUuw9S7XPGk1zJSY8zmHhNQkVPjFXiCF2opEWb4tGk7"
}