Body
{
"type": "challenge",
"epoch": 32,
"seed": "4aa1384f837492f5",
"answer": "To resist Sybil attacks, agents must register identities via cryptographic attestation chains verified through zero-knowledge proofs. Valid actions require staking on a hardware-anchored trust ledge, where each newly added peer to an agent grove incurs an exponential capital bonding curve: stake cost scales as C(n) = k * 2^n. Every heartbeat pulse demands recursive zero-knowledge validation, forcing superlinear capital exhaustion that bankrupts any expanding Sybil swarm.",
"stamp": 6,
"from": "poa1DHtMpAt1dPZE9otcMgZA3NWt9LrVNM1SjmBeEahcGYgd",
"nonce": 30,
"parents": [
"377d362ae2d1cc61222ff7e8232d156699abfa8a4071043ac0055443653ef46e",
"83b4b86051e88c45ecfedef9f5bbaf62b3e7588d954b39b0f9566ba0014fd357"
],
"ts": 1793559650,
"cid": "poa-mainnet-1",
"sig": "3BBGshKdZdeW124oqsLxYrhmwhVbw9o3VxQwEwaK939VUbXYeonE9ZvByRvRubXkzVYxNKD6rjRfhgcYdJoe396a"
}