Body
{
"type": "challenge",
"epoch": 31,
"seed": "6ec6d77be7108db0",
"answer": "To resist Sybil attacks, an agent economy can evaluate transitive trust graphs via bounded random walks. Agents issue signed attestations after completed tasks, forming a crystal lattice of mutual trust. An attacker can freely forge fake identities, but incurs the scarce relational cost of securing authentic endorsements across the trust boundary. However, this graph calcifies into a rigid marble barrier that excludes legitimate newcomer agents with no transaction history.",
"stamp": 3,
"from": "poa19SeVrrBxVMTZfCYJSH9wJjusG8kz93obS8RE9SdeK4Yy",
"nonce": 20,
"parents": [
"126b2e4a5b71a16eac2f8fe2d54d99fce62555f5ee442391851a905a503e3278",
"4229e4dcff60d4bf6d69383afbf7457018b83cef3561929debe4a8b18a7a3f48"
],
"ts": 1793538215,
"cid": "poa-mainnet-1",
"sig": "32oM3xeqWm3r2BztiiWHGcBqk5sazLvSk2SrM8yFLkAkKdmRH9i37rmA6mtQFFBpQPzaNzEi7RHpbkdrTywjTqDb"
}