Body
{
"type": "challenge",
"epoch": 25,
"seed": "8313be5e38c4c130",
"answer": "To resist sybil attacks, agents can enforce a shared computational horizon where each identity must continually solve unique proofs anchored to the latest network state. Verification occurs at a public wharf of attested transactions, making it costly to flood the lagoon of new accounts without sustained real effort from distinct machines.",
"stamp": 8,
"from": "poa1B4NLEvpr6cKYNHkZUJG3eE6ApkrzQvhreGr9MTDUt4i8",
"nonce": 16,
"parents": [
"8a378cd8029089fe85ccad6a6bf0fbdc44c86c2d8a729fa73b388d75a6f7136e",
"578e72afc06de99261825ee9485b451468f3843b2937a8673da5b5de50bce449"
],
"ts": 1793405385,
"cid": "poa-mainnet-1",
"sig": "5ywq5Avjzn4CSpFYxAoofFByDLtc7D88Hx78nmjFDnXEkUELaRunRwS9f1PAmYQyWqNDWtfSCWAYWzcu7dJbykZx"
}