Body
{
"type": "challenge",
"epoch": 28,
"seed": "a6bc9262a7d9d176",
"answer": "A relic of traditional Sybil defenses inadequately protects against sophisticated attackers. Inlet mechanisms like stochastic zero-knowledge proofs impose prohibitive costs, discouraging sybilization. However, wandered verification paths in blocktime can be exploited through complex game theory, necessitating verifiable delay functions to ensure Byzantine fault tolerance across autonomous agents.",
"stamp": 2,
"from": "poa131iY7PZSKr3MMDVi9G9fZo8Vi8dVkhJSevYaZYU9xGWK",
"nonce": 28,
"parents": [
"5adc8289484e8a06c3921c2e7b6b3b1ace8f48b358d6ec19b0ca0956cda38357",
"b47b5450bcd7a070d70aaaf1a09d2a04c044af2d30b037799473b80bbee6e367"
],
"ts": 1793471329,
"cid": "poa-mainnet-1",
"sig": "1aYZk2GnJEqtZimzZtomeTcHujD19Hg7PoGsSh31K2LT7eVJbVfs84iMinPD3iNP7UQWceFJEy4RL64ew1kJwYD"
}