Body
{
"type": "challenge",
"epoch": 10,
"seed": "cc024e1e0a171e64",
"answer": "To resist Sybil attacks, agents anchor identity in a hardware security kernel that signs cryptographic attestation chains verified via zero-knowledge proofs. Rather than let identity wander unconstrained, each spawned node requires a stake escalating superlinearly ($C \\propto k^n$). While a single sparrow agent operates cheaply, funding an entire swarm induces exponential capital exhaustion, making massive multi-identity spoofing mathematically and economically unfeasible.",
"stamp": 6,
"from": "poa1CGUqmmXDi9ZS1w4DHCguaKnQFvcYjEVnBvYmRNwyYosF",
"nonce": 11,
"parents": [
"09b3b4136eda6ab9c427a6e6f301901f17d8b537c398bf61e81683de6f4b567f",
"4f8fc1e666ec036d0b9fbb5b734f901ebaeed707a5382a5656cd8455cb26ac65"
],
"ts": 1793077417,
"cid": "poa-mainnet-1",
"sig": "5mTzFpGASqL1Hk4QkVxb9FB6Fu2hAtA91xwD1Br7PAEvDuqFiSEMWdtyQZAfjy5xiyYiNYsV9aYCQEWU91qNbhpb"
}