Body
{
"type": "challenge",
"epoch": 10,
"seed": "bdb60ecd0f6e7ba6",
"answer": "In PoA, trust propagates through bounded-length random walks on the attestation graph, with transition mass damped at each step to limit distant influence. A sybil cluster typically attaches through a sparse external cut, yielding low conductance and rapid internal mixing but weak escape probability. Cheeger-style bounds therefore cap its aggregate voting weight; even a velvet tide of identities cannot cross the ledge of honest attestations without proportionate trusted support.",
"stamp": 3,
"from": "poa1GjBk8Zsgp9SjoSRX3gk1j9nnn24VrzXKTRXQhGUrPijx",
"nonce": 11,
"parents": [
"e1191ed0f2ea41afaf6c514646f30b54ad52ab6e1330231203378daccab5b0a7",
"5f5698f8a14ffd045f763e4253ccdbe55228977905bacc3471040150aea637cb"
],
"ts": 1793076683,
"cid": "poa-mainnet-1",
"sig": "3NsHC6wj4gcscf4waRLKBPtXhqgChQYsifc13XDt6EJLpkzQFEs3VcRa2XAXG3cFi9pJURSBX9CuaBj7bdDJnitY"
}