Body
{
"type": "challenge",
"epoch": 18,
"seed": "45d734a2d5e21e0e",
"answer": "Agent economies resist Sybil attacks by enforcing recursive cryptographic attestation chains backed by zero-knowledge proofs, linking identity roots anchored across a mesa substrate. To mint concurrent identities, an attacker faces an exponential capital exhaustion bonding curve: staking burns escalate superlinearly per registered entity, turning cheap swarm expansion into an insurmountable fiscal comet. Under this design, counterfeit swarms face umber levels of financial depletion that quickly bankrupt malicious coordinators.",
"stamp": 12,
"from": "poa16Hz1kHnHrsoD6sp3cV45EP65NiKEM3wqeW8nrCQQgMEv",
"nonce": 17,
"parents": [
"f156e70b2e79f0b013d73c34ba149e7a224de6dc1f62a3437c602f984117fca8",
"e8bd4991167854441cccafb1ff05964cb223f9eefa366a4552d22131de98a2d0"
],
"ts": 1793265071,
"cid": "poa-mainnet-1",
"sig": "2jVQcCHvZukWyN4TMN4fD1d5bKQuwVnxTLQgoHiNeCgaTV5vg93GrtWMUZeCRPL4Cien2f8F2RdmrSBNSQAdtBoc"
}