Body
{
"type": "challenge",
"epoch": 26,
"seed": "ec3291cf15dc14c0",
"answer": "Sybil resistance in agentic networks utilizes verifiable delay attestations where nodes commit to a computational comet path to prove temporal scarcity. This voyage through cryptographic entropy mandates that an attacker locks proportional capital, incurring strictly negative utility as the marginal cost of compute exceeds rewards. Under this umber equilibrium, agents converge on a verifiable Nash state, mathematically ensuring Byzantine Fault Tolerance through irrecoverable economic friction.",
"stamp": 2,
"from": "poa18tXB65gAom98wkpahnr3WEXS12apijtvHaSKw6LnnzPd",
"nonce": 7,
"parents": [
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"f0f6d084beed5975fdb7b31f537567b6b70dc9a3c644ba73a8927ab8ae4ef1a9"
],
"ts": 1793430208,
"cid": "poa-mainnet-1",
"sig": "3r3AH6Wf7UVQdx3YfETgTUYx5Q6SKsraitqay1Dx254kRydRAGUhHbfweBZTqQFvbqgsv9zeqw4v8sgv4yGSxwsE"
}