SODAX for Raydium
https://raydium.ioMajor unlocks for Raydium
@sodax/sdk swap module
Traders holding USDC on Ethereum, assets on Arbitrum, or capital on Sui can route directly into Raydium's Solana liquidity pools without touching a bridge interface first.
@sodax/sdk money market module
Raydium LPs and RAY holders can put idle SPL assets to work earning yield inside the same product surface, without leaving the Raydium ecosystem.
Key observations
Raydium has built one of the deepest AMM and CLMM liquidity surfaces on Solana, with a vertically integrated product suite spanning spot swaps, concentrated liquidity, perpetuals, and a launchpad. The bottleneck is purely on the inbound side: traders and capital sitting on Ethereum, Arbitrum, BNB Chain, or Sui cannot reach Raydium's pools without a manual bridge step before the first swap.
The cross-network bottleneck
A trader holding USDC on Ethereum who wants to trade on Raydium must first bridge to Solana, manage a SOL balance for gas, and then execute. Each of those steps is a conversion drop-off point. Raydium's liquidity is deep, but its addressable flow is capped to users already on Solana.
Raydium's pools are Solana-only destinations, so every user who starts on another network is a lost trade before routing even begins.
Where SODAX fits
SODAX turns Raydium's swap UI into an entry point for capital from 20 supported networks, not just Solana. The @sodax/sdk swap module coordinates cross-network execution so a user on Base or Arbitrum signs a familiar transaction on their origin chain and settles into Raydium's Solana liquidity. Raydium's routing logic, fee tiers, and pool architecture are untouched. SODAX absorbs the cross-network execution layer between the origin chain and the Solana settlement.
Raydium keeps its AMM. SODAX handles everything between the user's origin chain and Raydium's pools.
Recommended integration path
- What changes: The swap entry flow gains an origin-chain selector. When a non-Solana asset is chosen, the @sodax/sdk swap module handles routing and settlement into Raydium's Solana pools before the on-chain AMM instruction executes.
- What you keep: Raydium's CLMM and AMM pool logic, fee structures, order routing, and the existing swap UI. No pool contracts to redeploy.
- Engineering effort: TypeScript-only. No programs to write, deploy, audit, or maintain. SODAX's programs on Solana are already live and independently audited. Integration runs at the React or SDK layer, sitting alongside Raydium's existing Anchor-based client calls without touching them.
Similar protocol using SODAX
Amped Finance integrated the same swap and money market surface to expand inbound capital flows into their protocol. The integration pattern maps directly: cross-network users settle into the native liquidity surface without a manual bridge step, and the protocol's own execution logic is unchanged.
Next technical discussion
The key question is where in Raydium's swap flow the origin-chain selector fits most cleanly and how the @sodax/sdk swap module hands off to Raydium's existing routing after cross-network settlement completes on Solana.
20-minute call agenda: review the swap flow entry point, confirm the SPL asset settlement surface, and define the integration handoff between SODAX routing and Raydium's AMM instruction.
Summary
Product today
Raydium is Solana's leading AMM and CLMM, with a full suite including perps, launchpad, and deep SPL liquidity.
SODAX angle
Pipe inbound capital from Ethereum, Arbitrum, Sui, and 17 other networks directly into Raydium's existing pools via a TypeScript-only integration.
Let's talk integration
Raydium's swap UI is exactly the right surface to accept cross-network capital without routing users through a separate bridge flow. Let's map out where the origin-chain selector fits and scope the first integration together.
Get in touch
Drop us a message and we'll take it from there.