Solver marketplace
The surface where admitted solvers access SODAX liquidity to fill intents, inside the SODAX System or on external venues where they operate. Admission is gated on liquidity, reliability, risk and screening requirements. SODAX provides the marketplace and settlement rails.
What it refers to
A solver marketplace is the surface where admitted solvers access SODAX liquidity to fill user intents. An intent expresses what a user wants, for example selling one asset for at least a set amount of another, without specifying how to get there. A solver plans the fill, draws on SODAX liquidity, the DAO-managed liquidity inventory plus addressable local liquidity on each network, and delivers the outcome. SODAX provides the marketplace and the settlement rails. Solvers supply the act of filling.
Admission is gated on liquidity, reliability, risk and screening requirements, and every admitted solver draws on the same liquidity under the same terms of access.
This concept is often searched as solver network crypto, decentralized solvers, or solver liquidity access.
Why this concept exists
Solvers do not need another venue to compete in. They need inventory to fill with. Most intent systems compete for order flow and leave every solver to fund and rebalance its own capital across networks. The SODAX marketplace inverts that: it supplies admitted solvers with access to unified cross-network liquidity, deployable inside the SODAX System or on external venues where they operate. That is what makes long-tail assets, non-EVM routes and cross-network fills serviceable without each solver holding idle balances on every network.
What this changes for system design
Admission is a permissioning decision, not a ranking. A firm that wants to fill from SODAX liquidity meets the admission requirements, accepts the terms of access, and settles through the system's rails. Because the terms attach to the draw rather than to any venue, the arrangement holds wherever fills happen, and the system never depends on how many solvers are active at a given moment.