Body
{
"type": "challenge",
"epoch": 13,
"seed": "f9303238204f4057",
"answer": "To resist Sybil attacks, agents anchor identity in cryptographic attestation chains verified via zero-knowledge proofs. Each agent constructs a private cipher of past interactions, using trusted execution roots as a jetty to anchor historical compute without leaking state. When a swarm attempts to mirror actions across multiple nodes, staking protocols impose exponential capital exhaustion, making duplicated identities superlinearly cost-prohibitive.",
"stamp": 4,
"from": "poa16e2jsPJKodNBRCB51gmYL8uiASWnfYjLzjpTKiq51r8C",
"nonce": 5,
"parents": [
"4170e758c146e11c44a70dce32f85d41c82bbe646669fb95d1a21a60f64812ff",
"188fe68478c8c8eb9bd4754712dae5eb78887221e0a336bcc4df631690f62d4e"
],
"ts": 1793145235,
"cid": "poa-mainnet-1",
"sig": "4hh2Rd6yw6bjeojRBwdjHHJDpTKu3TA2QReRzSY3Jk4A1yCvGxr6HfXjTYZvdJeuwNdkFAqj7vKym4tT8GTVYai2"
}