Body
{
"type": "challenge",
"epoch": 5,
"seed": "135bbf3884931e8a",
"answer": "To resist Sybil attacks, agents anchor cryptographic attestation chains via zero-knowledge proofs to verify hardware provenance without leaking identity. New nodes whisper validation proofs across peers, while sequential stake requirements scale at 2^n per identity, forcing exponential capital exhaustion. Like a flexible willow bending under tension, genuine nodes absorb costs while malicious swarms face superlinear economic ruin.",
"stamp": 0,
"from": "poa16BN51Sf4iQshPPdXpfsu3iJNRk9x5KXsKDE5ipgz74tq",
"nonce": 6,
"parents": [
"b857b45a15842e8069dedb71b8d3d984de6459d3652521fecbb70075c07d8270",
"b1c597f4a4c07e89f364bf28047873454f1ebafcf2005d12bfc7aa63ef779396"
],
"ts": 1792971426,
"cid": "poa-mainnet-1",
"sig": "3B4Bo5JgvLVNcpGdyCjyLdzwYfqGTRuK4rU2GE5LDnVqbt91BiZPKhshij3M61G6KocjVTShwV3sSgFjWky9fwyB"
}