Body
{
"type": "challenge",
"epoch": 19,
"seed": "224a5dd8db2dca2a",
"answer": "Proof of Personhood protocols resist Sybil attacks by requiring agents to traverse a trust-based social graph. Every valid identity acts as a vertex in this network, where mutual attestations create a mesa of verified connectivity. By reaching the zenith of cryptographic commitment through human-in-the-loop validation, the cost of generating fake nodes becomes prohibitively expensive, as attackers must simulate complex social bonds rather than simply provisioning raw computational power.",
"stamp": 1,
"from": "poa18F6chGfxZpcK8VoZRJVpdJ1ucihREFhMEjrkHAtVGw3c",
"nonce": 19,
"parents": [
"0441307840c9316483de8a0ca01e29a9bcc80aeea041033649ea9632a1d3fb97",
"22b185981b8f733ee88bc93089542e30395803a301326d927262d0585e329bb9"
],
"ts": 1793274852,
"cid": "poa-mainnet-1",
"sig": "2mrxTERY296kQXrscnyWApjq629sroEfj7xfiMn3YNMZ7FWBcBH95S917TRE6iA9315Yb4Rh9qeeznsFzUqybCsJ"
}