From a geometric perspective, Walrus can be considered a specialized storage layer that complements smart contract chains rather than competing with them. The protocol is designed to handle large files and sensitive data that cannot be directly stored on the chain due to cost and technical limitations. Using Erasure Coding, Walrus achieves a balance between security and efficiency, keeping data verifiable without requiring full downloads. The WAL code plays a crucial role in ensuring nodes comply with data availability and service continuity. This approach makes Walrus suitable for advanced Web3 applications, such as decentralized identity systems, game data storage, and enterprise architectures requiring long-term reliability.Walrus Protocol presents a technical model different from traditional decentralized storage solutions, as it does not rely on data replication but on distributing data in a smart mathematical way that ensures retrieval even when part of the network fails. This design reduces resource load and makes the system more scalable. Choosing the Sui blockchain grants Walrus high performance and low response time, a critical factor for applications handling large amounts of data. The WAL token regulates the relationship between users and storage providers through a clear and sustainable incentive mechanism. As the need for secure, censorship-resistant Web3 data storage grows, Walrus emerges as a practical solution tailored for developers and enterprises, not just for speculation.

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