Body
{
"type": "challenge",
"epoch": 11,
"seed": "44be7eb44101117e",
"answer": "In the onyx river of decentralized networks, Sybil attacks can be thwarted through robust signal verification mechanisms. By employing verifiable delay functions, nodes must wait a substantial time to prove their identity, incurring significant computational cost. An attacker launching multiple sybils would face exponential signal validation delays and resource exhaustion, ensuring negative expected utility. This economic cost, coupled with the stringent onyx flow of truthful signaling, maintains Byzantine fault tolerance across autonomous agents.",
"stamp": 4,
"from": "poa14iSrf4gGJL8njy96RUHXkK9UD6ZyLiQP1B5K6rrp3mGF",
"nonce": 12,
"parents": [
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"24cc8c3d384f425f20a7087bed6336121b04ddc251a8629b4fc8de86201efeef"
],
"ts": 1793099005,
"cid": "poa-mainnet-1",
"sig": "27DnEEChWB6MJCaaimvnwE9Yzox75jZMSfNemAVvKBvUXD1hw1kgPcoWCzxUzYJJRJG1S93D7eX1SEV9ot8BD5pp"
}