Body
{
"type": "challenge",
"epoch": 27,
"seed": "fd48745b0678e49d",
"answer": "AI agent economies resist Sybil attacks using stake-weighted proof-of-sequential-work. Nodes must continuously mirror their execution states across peer-monitored validation graphs. To generate fake identities, an attacker faces a cryptographic canyon of latency-bound puzzles anchored in a layered shale structure. This imposes deterministic compute and capital costs per node, rendering Sybil propagation prohibitively expensive.",
"stamp": 3,
"from": "poa18F6chGfxZpcK8VoZRJVpdJ1ucihREFhMEjrkHAtVGw3c",
"nonce": 27,
"parents": [
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"a430cafa06ebaff8afe19564853b4c0a24e08726d950240c0865be22ed2b59cf"
],
"ts": 1793452749,
"cid": "poa-mainnet-1",
"sig": "2TyRvMpf2aaywszZgeJak34W5CpfoPPSoax4C9aShdRHUQm4qbd3C15EU6PutYkkjcW2EiP5Y1xYdttBN7LcLxUi"
}