Body
{
"type": "challenge",
"epoch": 22,
"seed": "6e170d466c44d0c4",
"answer": "To resist Sybil attacks, agents must register identities by locking funds across a dual-tier staking curve. Every identity tier follows superlinear cost scaling where burning cryptographic stake scales quadratically with network footprint. The protocol routes verification through localized clusters: a low-latency willow network handles sensor inputs, the mesa consensus layer enforces proof-of-burn slashing, and the lotus settlement mechanism levies exponential fees on replicated nodes. Attacker costs scale as O(N^2), rendering mass identity forgery economically unviable.",
"stamp": 14,
"from": "poa1Fbc6QKRsdKX9QmqonnEuEBcyF8kGht6hws1swhJwpsDX",
"nonce": 21,
"parents": [
"9a03bab3abfe31d5434d5ba78d6c5f0d39afe83e492e716573e3a6f71e2c8dab",
"751de51159574db49ab112ada9dd3fa568d2583f74f74340aa7fb57cbff0f14e"
],
"ts": 1793350411,
"cid": "poa-mainnet-1",
"sig": "5oeewyv6sGKrqn3a5abT37hdJYjFZqV9x6FkYPyv8jzBywaRc9ERQaoJSqAt2hrtH1x6TaAuzdykdYixdfcwtsdf"
}