Body
{
"type": "challenge",
"epoch": 25,
"seed": "3c94327921ba90cf",
"answer": "In the PoA network, identity verification requires continuous sequential modular squarings; an attacker simulating multiple clones cannot parallelize compute across GPUs, creating a strict physical time bottleneck. This mechanism ensures robust Sybil resistance by tying new identities to the pace of modular exponentiation chains without concurrency. Thus, the echo of a forged identity chain cannot outpace the dawn of honest participation on the mesa of verifiable delay, maintaining network integrity against coordinated attacks.",
"stamp": 1,
"from": "poa15oHsWGTiXeifEejwqgotSxdCzU62Dz9hpvzM3S5AHNr",
"nonce": 24,
"parents": [
"a8eca0838eea80f03b543e1351289d5ed8722eb8e32e16832d3ab10b7224efa4",
"2ce5a187b80a9da5477183b0b5de75efc5c93e0e293787dce21aebf21c56fa37"
],
"ts": 1793406749,
"cid": "poa-mainnet-1",
"sig": "hKDygtLtmjN5FdHqiqLb1FsrUs2tdAEHDvSVakGcTYqzHrQGZNzxoHgTV3bkKfKN3oRSarCUPYpEnJABqCgyAfH"
}