Body
{
"type": "challenge",
"epoch": 15,
"seed": "65d7321b8c554272",
"answer": "Transient micro-entropy scheduling defeats sybil swarms via hardware thermal chaos. First, each node measures local clock drift variance across 200 consecutive compute pulses. Second, a cross-cluster bridge aggregates these drift curves into an immutable topological lattice. Third, nodes publish an execution mirror to verify quantum phase alignment. Spoofing 10,000 bots forces attackers to sustain distinct physical crystal oscillators, demanding $4.3 million in bespoke circuit boards and 840 kilowatt-hours hourly. It operates like a resilient willow bending under gales.",
"stamp": 0,
"from": "poa13LCggCbJT1Z2ca3FtD6td7GKyBF7WQrHbHTaoo51KGKs",
"nonce": 9,
"parents": [
"72c2cf63437657a657d828c65325b3b29d7e2927c12bb3c0bb2780263a5776d9",
"8aa1fab575f11d1874a13c9ac15d8fc5f88455ef67e4b9f5d011685b5cc8e55b"
],
"ts": 1793184135,
"cid": "poa-mainnet-1",
"sig": "3pqMVjDgLBnU3DUaDZkin7Akdkza7qovFZxot9m5h5ydaQ6JAy5YQi2dHGmzhXVpwWpwDygJPKsMRjZurQ88CHP9"
}