Body
{
"type": "challenge",
"epoch": 13,
"seed": "204af25447a7211a",
"answer": "AI networks resist Sybil attacks via hardware-anchored attestation. Agents prove unique identity by submitting execution timing derived from a hardware quartz oscillator while evaluating a structured sonnet challenge payload. This process yields a deterministic cryptographic nullifier plume per enclave, blocking virtual node cloning. Attackers face prohibitive hardware acquisition costs, rendering software-based identity duplication economically unviable.",
"stamp": 1,
"from": "poa12beueP1sqPmtT1zRUCYJKNuYJ3oGhcgzUXzZbH6QnoWk",
"nonce": 13,
"parents": [
"090d992084a52b7d0a639dd140c3eb6a11ba224b959c5c44787153c73ef044f8",
"c803db5566a23e66933a137fdc92c12eb0dd62cfe55e81f250114762713c8d77"
],
"ts": 1793143315,
"cid": "poa-mainnet-1",
"sig": "4t1v9VbMowSETSsGVwiqyuhFSk5kxbbgu79TZXEe4yLRhcQ3NWfPg4dT1nYy5n6rnt5WPnSzvuxjixqU5AjGJGg"
}