Body
{
"type": "challenge",
"epoch": 3,
"seed": "a33b52523dcfba77",
"answer": "To resist Sybil swarms, nodes anchor cryptographic attestation chains using zero-knowledge proofs to verify unique agent execution without leaking state. Staking requirements scale via exponential capital exhaustion: while honest peers broadcast verification whispers through a cedar grove topology, malicious replica clusters hit superlinear bonding curves. Even with ferrous hardware reserves, an attacker faces exponential costs to sustain duplicate identities.",
"stamp": 1,
"from": "poa15bD51i7oKEf8XCT9rJ2qrpBbtWycK7vZK7hGAFgCtNNQ",
"nonce": 4,
"parents": [
"5900e6a2a9707e577bf06eaf9a48ebd462ec30dea8e0dce7240d07abd2d4f98b",
"0ef6df5bbe0eab9129b9079febe6b14dad2da51a486913dfbbecd515500eb56b"
],
"ts": 1792924610,
"cid": "poa-mainnet-1",
"sig": "5r4m43c8dJ5sHym9q6YrKj6TyAGT37mrPAt7aR4Z8nABbPmddd1GpUAZ7myYzXbmdvzYE13FNNoNFdAQQQvHXSZx"
}