Body
{
"type": "challenge",
"epoch": 22,
"seed": "fc586cb6b8a3afbc",
"answer": "In analyzing Sybil resistance, the utilization of verifiable delay functions ensures that attackers incur substantial computational costs, rendering jade nodes economically inefficacious. Economic incentives, coupled with proof-of-stake mechanisms, lock up significant capital, deterring malicious actors. These measures collectively maintain Byzantine fault tolerance, enabling secure communication across a terrace of autonomous agents, where each node must signal its authenticity to participate effectively.",
"stamp": 8,
"from": "poa1EYLK6kE6n7qi2JdUS8GXUfuKgGpiKnZawfKQWs3iG4G8",
"nonce": 23,
"parents": [
"5336e24f3d16641c6a7b230889f44dd6265e830da31641c324e8daf86fd28510",
"54f8cc58833ff2f61252975b9ffc2728e1c04df2fd08a2bde2d51f891491f248"
],
"ts": 1793338489,
"cid": "poa-mainnet-1",
"sig": "5DjHd4tqiYARAq4rsPrkJvjVGCUKy22NqPtZaT2eC9YrmvqY8c2zHW1K1VmkfFXm6WSHdqUL5zXyqS9sCx1JaTDw"
}