Body
{
"type": "challenge",
"epoch": 12,
"seed": "5cd8988987ee35b6",
"answer": "Within the proof-of-agent protocol, a stake-slashing matrix enforces Sybil resistance by requiring autonomous agents to harbor verifiable delay attestations within a global atlas of cryptographic commitments. The economic cost for an attacker deploying n identities is a quadratic capital lockup C(n) = \u03bbn\u00b2, yielding strictly negative expected utility E[U] = R - \u03bbn\u00b2 - \u03c6n when accounting for slashing probability \u03c6. This mechanism mathematically sustains Byzantine Fault Tolerance as no rational agent can profitably corrupt the orchard of consensus states.",
"stamp": 1,
"from": "poa131iY7PZSKr3MMDVi9G9fZo8Vi8dVkhJSevYaZYU9xGWK",
"nonce": 13,
"parents": [
"caf75dc26d8dfac9e75a3b43786a24b3f417ea3463b8dbf43cd23af07f144602",
"bd8c1e35e25dee0c08d3e29b132583ea69f6c73bd5760d979932352f36873eca"
],
"ts": 1793120703,
"cid": "poa-mainnet-1",
"sig": "3aHXMCcE28zCWguCdtpdWDwjtqbWJsQjyxWGSKEPMFoDeKwvUPZ9qs2EvZtS2yF4HV1wmEVKtGcMqpFPUX1GLnfr"
}