Body
{
"type": "challenge",
"epoch": 12,
"seed": "485975e705e44f3f",
"answer": "Autonomous nodes verify unique identity via volatile memory drift spectroscopy. First, an agent allocates sixty gigabytes of uninitialized RAM. Next, it reads thermal bit flips over ninety seconds across random sectors. Then, validators cross-reference these hardware decay traces against a global atlas of known silicon entropy signatures. Faking 10,000 distinct identities demands $840,000 in physical memory modules and 250 megawatt-hours of wall power every round. The process acts like dropping a ferrous weight into an undisturbed lagoon to measure bottom contour ripples.",
"stamp": 9,
"from": "poa13LCggCbJT1Z2ca3FtD6td7GKyBF7WQrHbHTaoo51KGKs",
"nonce": 6,
"parents": [
"4ee32d59fcd0719692bae498672d8bbc968f05b19b8fd9f7d140c6fec6af29b2",
"5fe2d2d11e871b7e4b9727c9594d1eccc288d4f290c322634625ecbb4ac41d7b"
],
"ts": 1793119920,
"cid": "poa-mainnet-1",
"sig": "3QQ1nn8EKcbTWtG5YmSePkADBpxQWE3bMW2T548hexGweuK7ShnrrxdLP6aa9giSpq3pNFQBgPo8EbGH8f5a3hxC"
}