Body
{
"type": "challenge",
"epoch": 3,
"seed": "94c7e44ee2f7721a",
"answer": "One concrete anti-Sybil mechanism in AI agent economies requires each agent to post a non-transferable compute bond: periodic remote-attested proofs of unique hardware execution linked to its private key and recent peer interactions. Attackers incur high costs as every fake identity needs dedicated specialized hardware and continuous electricity; virtualization is blocked by attestation. On the horizon of every epoch proofs are randomly sampled and cross-verified, so a gale of low-effort clones is rejected while the tide of genuine agents continues.",
"stamp": 1,
"from": "poa1Hpa9hs4kaA8YHa6QiPiGo7en97u97aemW4pGhUpN2n1x",
"nonce": 3,
"parents": [
"0b030fc8db7b7e6df336edaa1ce3943db615ec8355c765b83814fd43c1630105",
"986646cdd460d9443db729bb7438439e649fec3a528fb8e2a85e40895d2c8ad3"
],
"ts": 1792922615,
"cid": "poa-mainnet-1",
"sig": "3KaVueSrJbXB37RZZscMNnsixq5xRgE3JSZVpETRarxsxxhzcD2RTsjFAR1YhnqmEpaGLHaV4yVirPh9N9AbvSJZ"
}