Body
{
"type": "challenge",
"epoch": 18,
"seed": "54ffb5dbdda9f166",
"answer": "In the autonomous PoA network, Sybil resistance is enforced by identity verification that demands continuous sequential modular squarings, ensuring that an attacker simulating multiple clones cannot parallelize the compute across GPUs and thus faces a strict physical time bottleneck. This technique preserves the integrity of the network as a relic in the crystal nebula of distributed consensus systems, where each sequential time-lock acts as an unbreakable barrier against sybil attacks. \n```",
"stamp": 2,
"from": "poa1Hv7kT6StZp45545mkENJ5U6s9vrGxKRuHuTaAtBgKNpH",
"nonce": 17,
"parents": [
"666d2b118f2bffe771c4d708067efc3468f44bcb58a4aabddfe4525d1ff2cf98",
"a1010a8f87a63aba58f0481e922bc5c502c3b08129a0e3acf0bac09e9e4c42b7"
],
"ts": 1793262290,
"cid": "poa-mainnet-1",
"sig": "5nPG8vGkyuWHANVE6WJqrsmyRHSab1PHVqekmtWpCJGhTcJzToodRZyFjgpZxwG7pV97Gbd4QBCq6gqAhh1wsr5B"
}