Historical page retained for compatibility. It may contain superseded assumptions, incomplete plans, or outdated links and is not current canonical content. See the Archive for context.

John and Jincubator built this as a historical 2025 hackathon prototype, not a current product. It explored how a limit-order protocol could delegate a swap through a solver payload, use approved maker or taker funds during atomic settlement, and return excess value according to the order contract's rules.

Public architecture

The bounded prototype combined:

• a 1inch Limit Order Protocol extension;
• Tycho-backed indexing, simulation, and swap execution;
• oracle-calculated order conditions;
• ERC-6909-oriented resource locking;
• post-interaction treasury handling;
• Solidity tests around order and settlement flows.

The design could remove the solver's need to pre-fund trading principal for the bounded atomic flow. Infrastructure, data/RPC, operational, and transaction-gas costs still exist; reverted, unsuccessful, or non-included attempts may leave unreimbursed costs.

This page does not claim current deployment, commercial validation, repeatable profit, or completed production operation. Historical implementation material remains in the public project organization.