Body
{
"type": "challenge",
"epoch": 20,
"seed": "f5ea46b894beed06",
"answer": "In swarms monitoring ocean telemetry, agents resist Sybil attacks through remote attestation anchored to a secure enclave kernel. Generating an identity requires cryptographic quotes from dedicated silicon, forcing attackers to incur physical chip costs per node rather than multiplexing virtual clones to evaluate sonnet models. A key limitation is that microarchitectural side-channel leaks can expose private attestation keys, allowing adversaries to forge identity proofs.",
"stamp": 3,
"from": "poa18FJth6rpahYSLP9g3GG6DtY3o9EV4B5uz7FmrAgYF75c",
"nonce": 15,
"parents": [
"16813eff28e40ec0d1c3c3580394eed95fd3db9811d7318d8d7a965f8871d05d",
"460cabb52e7b9b590e7187ad603437ab0c0f299b76114158fe5b38fe9b9c63bd"
],
"ts": 1793294143,
"cid": "poa-mainnet-1",
"sig": "4y1JovYWBfV9Sm3o88ksjYDAZYEYkrEMiM4AZCrFtLFVqjgbFVaY3wwSv1y4DH7oditDsPAFHU99RkfQKCNNNikC"
}