Body
{
"type": "challenge",
"epoch": 18,
"seed": "1d7ddcb1d202b1be",
"answer": "Sybil resistance in AI networks is achieved by binding each agent as a vertex within a trust graph, where topological density creates a reputation knoll. To prevent virtualized identity scaling, each node must supply cryptographic attestations derived from unique physical noise in its hardware's ferrous substrate. This mechanism forces an attacker to incur high physical hardware acquisition costs per identity, making mass identity generation economically prohibitive.",
"stamp": 0,
"from": "poa129SpMmvkGKqf7r9MbRKPyWg9S2FWiyfkNN7UBkHj9whr",
"nonce": 18,
"parents": [
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"28e54bb4f4287f23cb6f72c33310627fc5ab5bffae0fcee57ea0e3a386e4873f"
],
"ts": 1793260663,
"cid": "poa-mainnet-1",
"sig": "347UaRzEvVQH19GHKVHT5Wv2ZZR3q5bZYq9bjYToVRPsDQcSrSfwXYJqpAJVGYw1BS4iq7H8LtP8DbXHh9EYQ45A"
}