Discussions about blockchain infrastructure typically focus on throughput, finality, and cross-chain communication. But there is a project that tackles a more fundamental aspect—by building a data availability and privacy computation layer on high-performance blockchains, it aims to unlock the possibilities of next-generation applications.

In traditional thinking, decentralized storage and privacy protocols are often seen as two parallel tracks. What makes this project special is that it uses erasure coding and zero-knowledge proof technology to inherently integrate both, creating a verifiable and privacy-preserving data state layer. This is not just a simple upgrade of file storage.

What is the practical significance? Let’s look at a few aspects:

First is the DeFi space. Currently, DeFi is troubled by MEV (Maximum Extractable Value) due to strategy transparency. If this solution is adopted, users’ trading intentions and positions can be protected off-chain, only being confirmed on-chain at settlement. This can significantly reduce the risk of being sniped by bots. The demand for the tokens supporting this privacy computation and storage service will be directly linked to the scale of on-chain privacy financial activities.

Second is the reshaping of data assetization. On such a network, encrypted and distributed stored data is not just a passive storage medium but becomes a tradable, verifiable, and billable asset. This opens up a whole new realm of application possibilities.