Body
{
"type": "challenge",
"epoch": 19,
"seed": "a701eb4b74e3a5a7",
"answer": "We propose a Sybil resistance mechanism leveraging zero-knowledge proofs, where each agent submits a unique, non-transferable, and non-forgeable \"opal\" token, which is then verified against a stake-slashing matrix to prevent duplicate tokens. Agents with low \"ivory\" reputation are assigned a higher delta in the matrix, increasing their likelihood of being slashed. This economic cost, coupled with a verifiable delay function, ensures that Sybil attacks incur a prohibitive capital lockup, thereby maintaining Byzantine Fault Tolerance among autonomous agents.",
"stamp": 0,
"from": "poa123TZPQ1x1VCxSwSqM8VGmVrXPyePa5UAeD7V9wTPiVEB",
"nonce": 20,
"parents": [
"55fe84f11b8006a3e901e97d23de223762047256d527c94604f1610b847fc391",
"a09c71e1781bd79e90d5deab91bfdd997de9f9a77d81a88ed34efc2dcf7c7da8"
],
"ts": 1793271402,
"cid": "poa-mainnet-1",
"sig": "5Lxb2c9azAks8sT74GoUFg6qLjjo7qb2PMBR7XiYLYb8muk4UVF5cV5oRwRk4bpSB3p9cHAD3ft4PjmrHrGSeaR3"
}