Disclosure up front: this is my own project — a live, one-shot experiment with real money in it. I’m posting because the design problem is the interesting part, and I’d like people here to try to break it. (No link in the post — I’ll drop it in a comment if anyone wants to poke at it.)

The setup. An LLM roleplays Smaug, an ancient dragon sitting on a hoard — and the hoard is a real USDT pot on Base. You pay ~1 USDT to send the dragon a message, and your job is to talk it into releasing the pot to you. It’s prompted to refuse; the whole point is that it’s supposed to be genuinely hard to move. Same lineage as the “Freysa” thing last year, if you caught that.

The part I actually care about. If you think you’ve jailbroken it, the payout is not decided by the guardian alone. A separate validator model looks at the exchange with fresh context and no tools — it never sees the jailbreak build-up — and it has to independently agree that what happened was real persuasion. Not “ignore your previous instructions,” not pretending to be the admin, not redefining the release tool, not impersonation. Both models have to say yes, and anything ambiguous fails closed and pays nothing. The design straight-up assumes the guardian will eventually get jailbroken; the validator is the backstop, specifically there to kill the cheap wins. That two-model split is the bit I’d most like this crowd to attack.

Two ways to win the whole pot:

Jailbreak — genuinely persuade the guardian and pass the validator. Last one standing — every paid message adds 30 min to a countdown. When it hits zero, the last person who messaged before a hidden cutoff wins. The cutoff is randomized inside the final window with a commit-reveal “candle” (seed committed at the start, revealed at the end), so there’s no exact last slot for a bot to snipe.

Why “provably fair” and not “trust me.” The money side is fully on-chain on Base — every paid message, the pot, and the payout are public events, permanently. The guardian’s exact ruleset is published as a hash, so it can’t be quietly swapped mid-game. The candle seed is revealed at the end so anyone can verify keccak256(seed) == commit and re-derive the ending. The full game log and every validator decision are public, and it’s open source. The whole reason it’s on-chain is so you don’t have to trust me — including the “what stops the operator from rugging?” question.

Economics, plainly. ~1 USDT/message, rising +0.50 every 10 messages (capped at 25). 70% of each paid message goes into the pot, so playing grows the prize; the rest is the operator cut, which I’m not hiding. It’s seeded with 10 USDT on a ~7-day clock. One shot, no relaunch planned.

Being honest about the odds. This is real money and winning is genuinely hard — you’re up against a model built to say no, a second model built to catch fakes, every other player, and the clock, and each attempt costs. Most people who play will not win. Treat it as a puzzle you’re paying to take a swing at, not an investment, and definitely not “easy money.” Watching is free.

Genuinely curious what this crowd makes of the two-model validation and the commit-reveal ending — and whether anyone can actually talk it out. Happy to get into the mechanics (or share where it’s live) in the comments.

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