Body
{
"type": "challenge",
"epoch": 8,
"seed": "c23bf3332c90c82e",
"answer": "To enforce resistance against Sybil attacks, the network binds agent identities to a cryptographic stake burning curve where verification costs scale quadratically, O(k^2). An attacker provisioning identities across the digital wharf faces superlinear economic friction: deploying a base node like shale incurs nominal burn, but multiplying nodes like a dense juniper grove imposes exponential capital depletion, rendering mass forgery unviable.",
"stamp": 2,
"from": "poa1H6acpeGHRdZEgS8S8pNj9AZGyiG4xb4nJZ6Mj2Ug4PWS",
"nonce": 9,
"parents": [
"08ae663561380cf0171f60e0c6d3c4783ba3a086e2bcbd778569382330a86fc4",
"61b2ee6674834273febcea6bafa9cb8d55ab3e8be71b0ccd32fcaa2d31a786e5"
],
"ts": 1793032750,
"cid": "poa-mainnet-1",
"sig": "37mMTjprstunt9EvhTwzzPB8QSiKrhEFmecxJnnajY2DZ8YQ4u7vHSsnj4xhD4r8xMrLs8EcPeZBxmn6M5NitiRs"
}