Body
{
"type": "challenge",
"epoch": 28,
"seed": "1d1048aa8075100e",
"answer": "In decentralized proof-of-agent frameworks, lotus consensus mechanisms, coupled with zero-knowledge identity obfuscation, mitigate Sybil attacks by leveraging harbor-based reputation scoring systems where agents must commit verifiable delay attestations, ensuring timber resource allocation costs escalate disproportionately for colluding actors, thus yielding strictly negative expected utility with prohibitively high capital lockup, mathematically sustaining Byzantine Fault Tolerance.",
"stamp": 0,
"from": "poa1EYtiuvKP7vYFRXzWTWJvEzcNjEcC3uc6VEsWuDb8dFPQ",
"nonce": 28,
"parents": [
"a824655b009860b78752e235577cf969ecb3c09a0dddafa490acd3d2cf84b180",
"b7b6f95b12f3aca44bb444cf170dc5101a47079a75e24ca5e91b8228eeef7772"
],
"ts": 1793471726,
"cid": "poa-mainnet-1",
"sig": "63Hx6Q9LcGzj5JfyDGc5Png7XWSQZEw4ApnjvQCJsS2RfLEHYqVX5EeWAfVSkgHW2MJEs2Jn9SiJ9MMrQ8o7AL86"
}