What Are the Technical Limitations of Implementing Atomic Swaps for Complex Derivatives?

Atomic swaps are primarily designed for simple, direct exchanges of native cryptocurrencies. Implementing them for complex derivatives, which involve variable terms, cash flows, and settlement logic, is technically challenging.

The complexity of the smart contract needed to replicate the payoff profile of an option or future can introduce new vulnerabilities and requires significant computational resources and standardization across different blockchains.

Why Is This One-Way Function Computationally Infeasible to Reverse?
What Computational Resources Are Typically Required for ZKP Verification?
How Do Decentralized Exchanges (DEXs) Differ from Centralized Exchanges in Their Vulnerability to State-Sponsored Attacks?
What Technical Mechanism Enables Atomic Swaps on a Blockchain?
Do Cryptocurrency Exchanges Always Require Margin for Naked Options?
Why Might a Simple European Option Contract Be Better Suited to Immutability?
What Are the Main Limitations of the Black-Scholes Model When Pricing Crypto Options?
What Are the Limitations of Smart Contracts Compared to Traditional Legal Agreements?

Glossar