When the system begins to pursue composability, Walrus's data layer advantages will be further amplified.

In the Web3 ecosystem, "composability" has always been viewed as an advantage at the application layer, but as application complexity increases, the real constraint on the system's composability often lies not in the contract interface, but in whether data can be used simultaneously and securely by multiple systems. The design of Walrus's data layer precisely addresses this long-underestimated bottleneck.

In the absence of a unified data layer, different applications, even if deployed on the same chain, find it difficult to share data states. Each system often needs to maintain its own data sources, access rules, and verification logic, resulting in rising composability costs and making collaboration more challenging. Walrus provides the prerequisite for data reuse across different applications by converging data validation and availability at the protocol layer.

This composability does not rely on private collaboration between applications but is built on a shared dependency on the same data layer rules. When data is acknowledged by the system through Walrus, its state can be referenced by multiple contracts and multiple agents under the same rules. This means that composition occurs at the protocol layer rather than being completed through human coordination.

In AI and intelligent agent scenarios, this feature is particularly important. Multiple agents often need to make decisions, compete, or collaborate based on the same dataset. If the data sources and verification paths are inconsistent, the behavior among agents will struggle to form stable expectations. The unified data layer provided by Walrus allows different systems to operate under the premise of sharing a data view, thereby enhancing overall collaborative efficiency.

From the perspective of the Sui ecosystem, the high concurrency capability of the execution layer can only be transformed into a real advantage for complex systems when the data layer also possesses composability. Walrus transforms data from "application private resources" into "system public inputs," providing a more solid foundation for composable applications.

Therefore, as the Web3 system transitions from a single application to a modular and composable structure, the advantages of Walrus's data layer will be further amplified. It does not merely enhance the capabilities of a single application but provides a reusable data foundation for the entire ecosystem. #Walrus @Walrus 🦭/acc $WAL