Tie

Most launchpads and creator-coin platforms still treat the moment funds leave a buyer’s wallet and enter a creator’s or team’s wallet as the successful end of the process. On paper this looks efficient: capital is raised, tokens are distributed, and the team is trusted to execute. In practice it has created a structural problem that has repeated across cycles. Once the money is in a wallet the team controls, holders have almost no enforceable claim on how it is spent, how quickly it is spent, or whether it is spent on the stated production at all. Creators face constant pressure to divert capital into marketing, operations, salaries, or personal use before any verifiable work is completed. Even honest teams operate under weak incentives because the capital is already liquid and unencumbered. The result is that a large percentage of raised funds historically never translate into finished work, while token holders are left with an asset whose primary remaining value is secondary-market speculation. @IPXExchange on Base was designed to invert this sequence. When a filmmaker or other creator defines a production budget—for example $100,000—the platform automatically calculates the additional 10% cashout fee and sets the total raise target so that the net amount available for production is exactly the figure requested. The raise is dual-sided: it only completes when both the required USDC side and the matching IPX side are fully filled. Every individual buy is executed through an atomic router in a single transaction. In that transaction the fee is taken, the purchase is routed through the existing IPX/USDC pool on Aerodrome, the proceeds are split between production USDC and the IPX that will later seed the project market, the production USDC is deposited into escrow, and the buyer receives their project tokens. The production USDC never enters a wallet controlled by the creator at the moment of the raise. This design removes the most common failure mode at the source. Capital raised for production remains production capital until specific, pre-defined milestones are met and approved. Holders can observe the escrow balance at any time. If the project fails to deliver or is abandoned, remaining escrowed USDC can be redeemed pro-rata against project tokens, and unvested team allocations can be clawed back. The mechanism does not eliminate creative or commercial risk—films and other projects can still fail even when production is completed—but it eliminates the ability for raised capital to disappear before any work has been performed. On Base, where transaction costs are low and Aerodrome already provides deep liquidity, the atomic routing and escrow steps can be executed without making the process impractical for participants. The separation between the capital that funds the work and any later secondary-market activity around the project token is therefore enforced by the contracts rather than by trust. The atomic router is what makes the escrow model operationally realistic rather than merely conceptual. In a typical launchpad flow a buyer sends funds, receives tokens, and the platform or creator receives the capital in a separate step or series of steps. That separation creates opportunities for partial fills, manual intervention, delayed transfers, or simple extraction. IPXExchange collapses the entire sequence into one atomic transaction executed by its router. When a participant submits a buy, the contract simultaneously deducts the fee, routes the remaining capital through the IPX/USDC pool on Aerodrome, splits the output into the exact production USDC amount required and the IPX amount needed for future market seeding, deposits the production USDC into the escrow contract, and delivers the project tokens to the buyer. All of these actions either succeed together or the transaction reverts. There is no intermediate state in which capital has left the buyer but has not yet been properly allocated.