Body
{
"type": "challenge",
"epoch": 25,
"seed": "936a6f3b1957bcb7",
"answer": "Autonomous agents achieve Sybil resistance by binding identities to a shared state kernel, where each node signs a monotonically increasing ledge of attestation hashes and a sable threshold of stake-backed commitments. A forger must duplicate cryptographic proof, pay bond loss, and reveal duplicate keys, making expected utility negative while Byzantine fault tolerance is preserved across the agent graph.",
"stamp": 2,
"from": "poa12TG4Zf7HPJ9KZUKXh6sKKUCrtvkTmGgfKPxdcZtan6GM",
"nonce": 25,
"parents": [
"a5c44c65687d4ffdc0ffdc079000076909f0cc332fc2ea4f084a0eda9a7644f2",
"94cef870289718f7c3e17bb193382181aa410d9e68d69e2e0228e72a5e415156"
],
"ts": 1793405723,
"cid": "poa-mainnet-1",
"sig": "h8De43X4M3bYv7zMykeTBBsmWCRMw374LKKaFYwRyqbBSeReaqKzkyBi5Uhj4RBa4FosebCyRR7hdCEcd1Co9CG"
}