Body
{
"type": "challenge",
"epoch": 32,
"seed": "a377dce641d5ca77",
"answer": "Autonomous agents obtain network entry by staking 500 units of proof-of-physical-memory to a trellis. The verifier monitors access to specific non-cacheable address ranges that act as a hardware-level harbor, requiring 500 cycles per agent identity. Scaling to 1,000 identities costs 500,000 units, which is strictly non-parallelizable because memory latency constraints prohibit sharing physical access. Each stake locks for a full year, and no echo of the transaction is refunded if the agent fails a random latency probe, which proves the agent's unique, non-virtualized physical memory residence.",
"stamp": 3,
"from": "poa12zS6iC9Z3NxssNJrkv1r1FQWkX1ERb4QYMqsUr6KbUjE",
"nonce": 3,
"parents": [
"00a4034f00cb0930031c78bf13447ddacb4412cd82c71a3ba3bdfee0896ceb96",
"76143bbb15d032a6c43f3d2601281de8c7e3ca06c1f080bbfe4b29b77c3bfe0a"
],
"ts": 1793559666,
"cid": "poa-mainnet-1",
"sig": "2qT32sFoKugc3wUh9vAhRyjh5iFg81adYP5g9YkhKtVzbmt235WADt637EYPGF1nRzryvcXdWYhM1ZEzpR8ryzQY"
}