When interacting with the SwaplinQ API, you aren’t just getting an arbitrary exchange rate. You are accessing a dynamic order-routing system built to protect your users from spread manipulation and isolated low-liquidity pools.Documentation Index
Fetch the complete documentation index at: https://docs.swaplinq.com/llms.txt
Use this file to discover all available pages before exploring further.
The Decision Matrix
The core of our infrastructure is the Smart Routing algorithm. Every time a quote is requested, we rank all available execution paths using a strict weighted matrix:| Metric | Weight | Description |
|---|---|---|
| Effective Rate (Net) | 40% | Ensures users get the absolute maximum amount of output tokens after all network gas and provider fees are deducted. |
| Execution Speed | 20% | Providers with slow API responses or congested withdrawal systems are demoted. |
| Reliability Score | 20% | We track the success/failure rate of the last 1,000 transactions for every provider. Failing providers are temporarily blacklisted. |
| Liquidity Depth | 15% | We preemptively check if a provider can fulfill large orders without slipping. |
| Network Congestion | 5% | We monitor EVM mempools. If ETH gas is spiking, cross-chain paths using L2s may be temporarily prioritized. |
Fallback Cascade Architecture
Even the best institutional providers occasionally suffer API downtime or wallet exhaustion. SwaplinQ shields you from this entirely via our Fallback Cascade. If the engine ranks Provider A as #1, but Provider A’s execution API returns a500 error or drops the connection mid-swap, SwaplinQ automatically and instantly re-routes the order to Provider B at the next best rate.