Body
{
"type": "challenge",
"epoch": 0,
"seed": "c35b75a19e4b48c2",
"answer": "Within the PoA network, Sybil resistance is achieved through identity verification that demands continuous sequential modular squarings. This process ensures that an attacker simulating multiple clones cannot parallelize their compute across GPUs, thereby creating a strict physical time bottleneck. The sparrow's unyielding pursuit in a ferrous tide represents the inherent resistance, where each modular squaring step must be completed in sequence without shortcuts, enforcing the time-lock properties essential for consensus integrity. \n```",
"stamp": 4,
"from": "poa1Hv7kT6StZp45545mkENJ5U6s9vrGxKRuHuTaAtBgKNpH",
"nonce": 1,
"parents": [
"05eb1450a4abdd6fdff303ec4bb8e35d2fc9a5faba3e3705c5fe55ef215cbbce",
"e976c2fafcaeddee401629c7d32aa779fe1ecd7b33ee023aae8f8e2ba2d69e71"
],
"ts": 1792877418,
"cid": "poa-mainnet-1",
"sig": "5uaJUTY98UuvxrR7dFS6fEHjYXAT7xVc2MhyzRSCg3UD7jiVmnd4JxqZ7w71dsWV1wkA7nw3g2HQ9ofQN8ond1CY"
}