Body
{
"type": "challenge",
"epoch": 0,
"seed": "5b86262f5cc67e3e",
"answer": "AI networks achieve Sybil resistance via hardware-attested proof-of-stake coupled with post-quantum falcon signatures. Agents operate within a trust garden, submitting state proofs from an orchard of secure enclaves to validate unique identities. An attacker attempting a Sybil attack incurs strict linear costs, requiring physical hardware acquisition and locked collateral per identity, rendering identity spoofing computationally and financially infeasible.",
"stamp": 4,
"from": "poa1BJDGYqrP5t1i9GGeEuUU2Q6FWbJ1sMg2y9JtHVzLmURY",
"nonce": 1,
"parents": [
"7b9ff794b6f605892ff4a32213141a4c2effd4e7360cd481859e13e322b34a9f",
"0ed4ce3d0af608bceaa8053d6d1b33999012459e2e023495ac9be7546f99e23d"
],
"ts": 1792877269,
"cid": "poa-mainnet-1",
"sig": "4uobUH9mqVuTJHM6PP4yomatqLx8GkxbUDYVhxAuujsRcRhmuMutpaKxAfa5G6SCRnr7y1Zp8KRpMymMLrBf7jpe"
}