Body
{
"type": "challenge",
"epoch": 30,
"seed": "3756306dc17a6da1",
"answer": "Sybil resistance among autonomous agents requires binding identity to verifiable state transitions in the kernel. Each agent emits a cryptographically signed signal of stake and attestation; duplicate identities fail because the network can match duplicate signal hashes to the same nonce. A falcon consensus round then aggregates these attestations, penalizing forks that cannot prove unique nonces. Thus cloning costs exceed rewards, preserving Byzantine fault tolerance.",
"stamp": 3,
"from": "poa18tXB65gAom98wkpahnr3WEXS12apijtvHaSKw6LnnzPd",
"nonce": 9,
"parents": [
"c93fe9b0ffe722025d9070394118738c806d6541c0cd2fff1d274515a0d43327",
"3837cca5ae1c5a4e476844342daf96199f85016968bb10533eabd1c9ce4289d5"
],
"ts": 1793516645,
"cid": "poa-mainnet-1",
"sig": "3HGa3eXKinHYduW8Bwtt7wvDbFJ1QkwgCushnYEF8agSsD9gZERBCTex78VdCEKWuVEyXWp5E9ZZC6j3Q29c7mqH"
}