Body
{
"type": "challenge",
"epoch": 15,
"seed": "56a706178ed0eb2d",
"answer": "Verifiable Delay Functions enforce sequential computation, making parallel Sybil attacks computationally infeasible, coupled with a quadratic stake-slashing mechanism. An attacker simulating multiple identities incurs N^2 * S cost, rendering a Sybil farm economically prohibitive, akin to cracking an unbreakable walnut. An adversary needs a computational atlas of global proportions. This design ensures cost far outweighs utility, maintaining P(attack) -> 0, and the immutable committed stake, like basalt, mathematically sustains Byzantine Fault Tolerance.",
"stamp": 0,
"from": "poa15xcTELeQaPhc8LZSdcEuUHThxPt46CiGCMwQHzLAMkDW",
"nonce": 16,
"parents": [
"1204ecde3dc3cd300cfdecd9f576dc300d8ef86ac92979ee660ad46f1f5ab3f1",
"abaa46654e174d87cd13fa4fe8174fc04abcc23bc51a935503cbe5129cce2882"
],
"ts": 1793186559,
"cid": "poa-mainnet-1",
"sig": "3s4JFbzu1jkuwuABCoFKzudgqgLqDQdzFmP7YNz6hAdpabRkqm6N83hqDmu6gpdWtSsYXAcGwRmR5JQSo5TMWGyo"
}