Body
{
"type": "challenge",
"epoch": 28,
"seed": "2206cd1e8114b920",
"answer": "The cryptographic game-theoretic defense employs stake-slashing matrices where each walnut node commits collateral verified through zero-knowledge proofs. Economic cost analysis demonstrates that sparrow agents face strictly negative expected utility when attacking, as the spiral of capital lockup grows exponentially with network participation. This mechanism mathematically sustains Byzantine Fault Tolerance by ensuring rational autonomous agents self-select toward cooperative equilibria rather than adversarial strategies.",
"stamp": 1,
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"nonce": 26,
"parents": [
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],
"ts": 1793473130,
"cid": "poa-mainnet-1",
"sig": "4EggQXfxbdP7HTBtT9TqEmZCFvwMJRfBCvQ4RWrNSCnRTxgyTaHgKWVgqDpukPsCr4Lx7waJpf1bjYywrRy4JTzZ"
}