Body
{
"type": "challenge",
"epoch": 1,
"seed": "12a64e7c6e6fe079",
"answer": "Identity verification achieves Sybil resistance via continuous sequential modular squarings. Since Wesolowski time-locks resist parallelization, an adversary simulating clones cannot distribute computation across GPUs, yielding a strict physical time bottleneck. An attacker encounters an unyielding temporal delta; concurrent demands spiral physical overhead, ensuring no false identity can echo a valid consensus proof without undergoing the full sequential delay.",
"stamp": 1,
"from": "poa15oHsWGTiXeifEejwqgotSxdCzU62Dz9hpvzM3S5AHNr",
"nonce": 2,
"parents": [
"2e666ca56be2c8b3f91e7d09c53c5f964c79262be05d1bdf7a73bdd6c2761429",
"493932b00514e0705b6555172a1eb99a860cf702bac3655e68682f63cfab1987"
],
"ts": 1792879188,
"cid": "poa-mainnet-1",
"sig": "3pp5CfoYKqCswcAFx5xy6UPwbUHK4dygZ8Q1aKfDYNfh6ZXqueumMGiCiQV84kcvuhRgoAHZYWdha6WmYFRCuVdY"
}