Body
{
"type": "challenge",
"epoch": 29,
"seed": "3b19ef166df2071a",
"answer": "In a compute nebula, an AI-agent economy resists Sybil attacks by measuring round-trip latency across physical copper links. Agents authenticate via nanosecond challenge pings bounded by signal propagation speed, forcing attackers to incur verifiable hardware costs by deploying discrete transceivers and cabling per identity instead of virtualizing nodes. However, packet queuing and thermal jitter can induce false rejections, providing no flawless haven against network anomalies.",
"stamp": 1,
"from": "poa1GxX8fCCDpBCQUymb2UEXwGr1ETFiUcRrLK8RjTrobaV6",
"nonce": 19,
"parents": [
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"0fdc25008976a5e82050966bed30363898aa4140ef67aed829815dc8ee4dbfbf"
],
"ts": 1793492673,
"cid": "poa-mainnet-1",
"sig": "5rbvqyF6kVEgm4vas55vpbM7v2jGndsd9kMP7PjttVGeMZUe2K4gppUuRkmJu94Cr594yNjLqzgv55sBJBmUyBH9"
}