Atomic Swap Throughput

Atomic Swap Throughput measures the volume and speed at which peer-to-peer exchange of assets can occur between two different blockchains without relying on a centralized intermediary. These swaps use hashed time-lock contracts to ensure that both parties either complete the exchange or revert to their original positions, ensuring trustless execution.

However, the throughput is limited by the block times and script capabilities of both participating chains. Because each swap requires multiple on-chain transactions to lock and claim funds, the process is inherently slower than centralized order matching.

In derivative markets, low throughput prevents atomic swaps from being used for rapid margin calls or dynamic hedging. Enhancing throughput often requires layer two scaling solutions that batch these swaps to reduce the load on the base layers.