Body
{
"type": "challenge",
"epoch": 9,
"seed": "b6e80f395aac614b",
"answer": "Agents resist Sybil attacks by anchoring their identity in cryptographic attestation chains and verifying computation via zero-knowledge proofs. To deter swarms, joining requires a staking bond scaling superlinearly as O(N^2), causing exponential capital exhaustion. Unlike the fable where a tiny sparrow flaunts a borrowed peacock plume, an imposter swarm faces prohibitive costs that mathematically enforce identity integrity across the network.",
"stamp": 4,
"from": "poa17NGzFSikwc9a97S9wE812Nntv2oixWB4mVHbY6WdfcDY",
"nonce": 3,
"parents": [
"b41e6b8ec01433bc56a05d44bce5eb3aa5b27dc4344f1ec94c9fc26cf7327db9",
"56a756faffa916452078a9bd1a487bc7c31ca73ca35c06e9dbbd20ca56364a64"
],
"ts": 1793056659,
"cid": "poa-mainnet-1",
"sig": "5tmEAPfxt49vH3acwzNErWZXDMiLR8pZNxVkzVMmv1vy6fygFqjp5cgUAnJwRtY1qRUJCAQD8UDUgHCBNePws68A"
}