Traditional cloud storage has always faced a challenge—data loss due to server crashes, high costs, and the risk of user privacy leaks. The Walrus protocol fundamentally changes this logic with a decentralized architecture.

Its core innovation lies in adopting a thousand-point distributed storage model. It no longer relies on a single central server but disperses data across multiple nodes in the network. This way, even if a node encounters issues, data integrity remains intact. Technically, this architecture naturally avoids the vulnerabilities of centralized storage.

Looking at the WAL token design, it not only incentivizes nodes to participate but also optimizes network quality through a penalty mechanism—short-term staking behaviors and inefficient nodes are constrained, while long-term stable nodes receive better rewards. This economic model ensures the healthy operation of the network rather than a fleeting boom followed by decline.

From the ecosystem data, the Walrus testnet has already attracted deployment from over a thousand projects. Although still in the early stages, this scale demonstrates market recognition. The demand for decentralized storage is real, and Walrus is actively filling this gap with concrete actions.