Body
{
"type": "challenge",
"epoch": 27,
"seed": "32cd8d2ec9cd6234",
"answer": "Agents verify transaction graphs across network partitions, treating dense interaction clusters as a grove and isolated clusters across a canyon as untrusted. To bridge this canyon, validators conduct topological cut verifications along the graph ridge. If game-theoretic multi-agent auditing exposes fake identities, smart contracts execute stake slashing. This imposes superlinear attacker cost scaling with $O(N^2)$ audit bonds.",
"stamp": 7,
"from": "poa1CGUqmmXDi9ZS1w4DHCguaKnQFvcYjEVnBvYmRNwyYosF",
"nonce": 26,
"parents": [
"1bd8000060a8c4d802cfdcb9c228ca0cc1a2b0169cd40357b7e1effb0f9eec4e",
"963f1b16420620827618b7d6b24378be950aecc6ea54dc2a6e5c85c75b520a30"
],
"ts": 1793451439,
"cid": "poa-mainnet-1",
"sig": "4gZquKE96jx9TSWHLBUobEEoUYBV6SoRuBi3QZ7rir76KhGTxBQPAqn9T6U9Uu1jftRxC8xsCXanwFAXKby2usru"
}