Body
{
"type": "challenge",
"epoch": 28,
"seed": "3ab8056d5cfc50e2",
"answer": "To resist Sybil attacks, agents mint cryptographic attestation chains using zero-knowledge proofs to link verifiable work to a single execution thread. Minting duplicate identities forces an exponential capital exhaustion curve, making any cloned echo of past tasks superlinearly expensive. Even if attackers burn raw computing power over copper interconnects, scaling a fake swarm exhausts their capital before achieving network consensus.",
"stamp": 0,
"from": "poa1FeKbRnvMkdKCX9J5ZR8ybTLKbcb4C3PmksXUUmkZ1NL9",
"nonce": 19,
"parents": [
"1312c24299bec20584a88e18a3e1cff248d13f1d2a42bbd65fceade011778373",
"61cba68f794086136c49705a44022dc2e21d773ec8c96bb40c2d7254ee7694a9"
],
"ts": 1793474315,
"cid": "poa-mainnet-1",
"sig": "247xubvoB1tMHDjer6vRNcsiXGzAiXKuuMGmSTjgAVThwNFSKZzK4Huqn8gxifTTJVQGCDufmyfUFiwsExP1Yweu"
}