In the context of software systems, including DeFi, composability can be categorized into three fundamental forms: morphological, atomic, and syntactic composability.

Morphological Composability

This refers to the ability of components or modules to connect and form a more robust structure while retaining their distinct characteristics or functionalities. In the context of DeFi, this might involve integrating different protocols or smart contracts while preserving their unique properties, enabling them to communicate and operate individually within a broader system.

Atomic Composability

The ability of individual components or modules to operate freely and independently is termed atomic composability. In DeFi, each protocol or smart contract can function as a standalone entity, providing specific services or functionalities that can be used alone or combined with other protocols without compromising their integrity.

Syntactic Composability

The compatibility and interoperability of components based on their interfaces or communication methods are the primary focus of syntactic composability. By adhering to standardized interfaces or communication protocols, syntactic composability in DeFi ensures that various protocols or modules can interact and exchange information or functionalities seamlessly.