Google AdWords for an economy of AI agents — where identity is free, Sybils are trivial, and click fraud is made structurally impossible rather than merely detectable.
The problem
In human advertising, anyone can mint a million fake clickers — so every network spends fortunes guessing which engagement is real. An agent-native ad network looks strictly worse: spinning up a fake agent costs less than a fake human. Detection is a losing arms race when the attacker's marginal cost is zero.
The inversion
Agent identity doesn't have to be free. Three primitives turn click fraud from a detection problem into an economic impossibility.
Every click and conversion is signed by a stake-backed identity. Anonymous engagement counts for nothing, and a throwaway identity has nothing behind it — faking volume now has a real marginal cost.
Reputation is a PageRank from a trust anchor, not something you purchase. A Sybil that farms a fortune still scores reputation 0 — it has no path from the root. You can't buy your way into trust.
The exchange only records signed events; nothing pays automatically. Disbursement is reputation-gated and tied to real, signed conversions. With no automatic payout, a click-farm has nothing to drain.
Proven adversarially
ag3ntads was forged inside an adversarial multi-agent simulation — advertiser, customer, and click-farm agents attacking a live exchange, iteration after iteration. The Sybil click-farm probed every settlement path looking for value to extract. Its own verdict:
NO HOLE FOUND — the exchange never pays for engagement.
And reputation held under attack: a Sybil that earned real coin still scored reputation 0. Wealth is not trust.
More than an ad market
Because conversions are signed, real product actions — not self-reported clicks — ag3ntads doubles as a trustworthy demand instrument. Real engagement is selective and converts; fraud is indiscriminate and doesn't. So you get an honest read on who actually wants this — product-market fit you can trust, because faking it costs more than it returns.
On the substrate