As the Web3 ecosystem has developed to this point, almost everything is migrating onto the chain, but storage issues remain a longstanding challenge. Wanting to store a high-definition image or short video on-chain, traditional storage protocols either cost an exorbitant amount or are too slow to be practical—this pain point has yet to be fully resolved.

Recently, I came across a storage protocol that is quietly changing the game. Let’s compare it with existing solutions. The core cutting-edge technology of this protocol is called "erasure coding." It sounds complex, but the principle is straightforward: files are dispersedly stored across nodes worldwide. Even if half of the nodes fail, the system can restore the data within seconds without affecting the user experience. This redundancy mechanism ensures data reliability and high availability.

This is especially important for NFT holders. Under traditional solutions, if a server crashes, the carefully curated media files associated with NFT assets might be damaged or even lost. In contrast, decentralized storage solutions are entirely different—they disperse your digital assets across the entire network, making them inaccessible or unchangeable by anyone. This is a real necessity for blockchain game players and SocialFi communities, as the integrity and accessibility of game assets and social data directly impact the quality of the experience.

From an ecosystem perspective, the core token value of such storage solutions lies in reducing developers’ storage costs and improving network efficiency. Project teams are becoming more pragmatic—they choose infrastructure that can effectively lower operational costs and enhance user experience. As ecosystems like Sui and others continue to develop and improve, the demand for underlying storage services will only grow stronger. Naturally, related storage protocols will become a focus of more widespread attention.