The storage project that recently emerged in the Sui ecosystem has actually made quite a few breakthroughs on the technical level. It adopts the RedStuff 2D erasure coding scheme, which is completely different from traditional storage logic.

The most intuitive comparison is the redundancy factor. Filecoin requires 25x redundancy to ensure data security, while this project only needs 4-5x, cutting costs by over 80%. This difference is huge for large-scale storage applications.

Even more interesting is the data recovery mechanism. There's no need to download the entire file; a single slice can complete the recovery operation, directly halving bandwidth consumption. Coupled with its layered architecture design—off-chain data storage and on-chain index storage—it ensures data immutability while minimizing on-chain Gas costs. This approach is indeed impressive.

In terms of verification costs, the asynchronous challenge proof mechanism allows nodes to not respond in real-time, reducing verification overhead to about 1/10 of traditional schemes. The operational costs for nodes are greatly reduced, which explains why so many nodes are willing to join the network now.

Regarding ecosystem vitality, token design is closely tied to technical depth. Node staking and storage payments all require this token, so the higher the ecosystem activity, the scarcer the token becomes. This value cycle's stability is worth paying attention to. From a technical difficulty perspective, the next wave of opportunities in decentralized storage is indeed worth monitoring.