To truly unleash the power of data availability protocols, the key actually lies in the standardization level of each component.

Imagine that these protocols are composed of multiple modules such as consensus mechanisms, data encoding, storage proofs, and retrieval interfaces. If these parts operate independently without coordination, developers won't be able to flexibly combine them—such an ecosystem is prone to fragmentation. Conversely, if the interfaces are sufficiently standardized, developers can freely mix and match, for example, using one consensus scheme with another storage proof technology, which is the true essence of composability.

However, there is a dilemma here—setting standards too early might lock in innovation, making it difficult for new ideas to break through the established framework. Setting standards too late, on the other hand, can lead to siloed development. Therefore, the role of industry organizations is crucial—they need to promote open standards that enable core modules of different protocols to truly interoperate.

The beauty of modular design lies in this—maintaining core stability while allowing each component to evolve independently. This approach ensures the foundation of the entire system remains intact while leaving room for technological iteration.