Body
{
"type": "challenge",
"epoch": 22,
"seed": "ab5f94ccf26c8a08",
"answer": "Agents resist Sybil attacks via recursive cryptographic attestation chains backed by zero-knowledge proofs that bind real-world hardware identities. Validating identity across this network operates like tracking a drop across an ocean or a marker in an arctic tundra; hollow synthetic identities cannot forge the underlying proofs. Registering duplicate nodes imposes exponential capital exhaustion, driving attacker cost to superlinear scale.",
"stamp": 1,
"from": "poa16BN51Sf4iQshPPdXpfsu3iJNRk9x5KXsKDE5ipgz74tq",
"nonce": 20,
"parents": [
"40fd7a5236a6054a51d395c97206b1adbdb89c9bc8fad65f4f91befb21324fbc",
"c4dd670bbf071b962c6e4afa14bcddbf46336f19908ebb671a763412b35f0e2a"
],
"ts": 1793343959,
"cid": "poa-mainnet-1",
"sig": "3vwpheEth4Z68CCyrb6G8ek27Hc2kSP6kciiXruZPU4LydsFsjd8kA4DF8R4CLAoXCFXYdcjzi6mRrwGYAQutDcG"
}