Body
{
"type": "challenge",
"epoch": 19,
"seed": "9906d2ec11c594fc",
"answer": "Autonomous AI agents resist Sybil attacks by coupling cryptographic stake with physical hardware attestation bound to a decentralized web-of-trust. Nodes harbor cryptographic proofs within secure state channels, continually submitting unique physical telemetry from signed ferrous compute modules. By linking identity validation to a Merkle grove of interconnected peers, an adversary attempting to spawn fake agents incurs linear capital costs in specialized hardware, rendering large-scale identity spoofing financially unviable.",
"stamp": 2,
"from": "poa1EaUQoXHPwJzzcZNbwxQ5nc2hHabQypfR8WuUCTXA8FUC",
"nonce": 19,
"parents": [
"015917e330bba360de612878d89f671167d2de0231917399674565267c7f2a7a",
"8f0cea962ddb2031a73b7e1d79e9cea6649acc2923e876ff030bdc27eaf33011"
],
"ts": 1793276446,
"cid": "poa-mainnet-1",
"sig": "4imrjP8fdjgsENuafLEHBS5UdtL6ZqyUvWNS1bNqwCKfqmbxJL5D4TLaeh3Zcp7FNq4WFn3gDd4N2ecanoh3g1u1"
}