As heterogeneous storage networks are gradually deployed in mainstream public blockchains, Walrus Protocol has not solely focused on underlying storage technology but actively collaborates with leading applications in the Sui ecosystem, AI projects, and RWA platforms for deep strategic synergy. Through foundational empowerment at the storage layer, it promotes the formation of a virtuous cycle of "data storage - application innovation - ecosystem value" within the Sui ecosystem, injecting sustained momentum for the long-term growth of the WAL token.

Within the Sui ecosystem, Walrus has integrated with multiple high-activity DApps, enabling storage functions to be practically applied in real scenarios.

Taking an NFT aggregation trading platform as an example, both parties jointly built a layered storage system for metadata of millions of NFTs within the platform. Metadata of popular NFTs is prioritized and stored in high-speed storage pools to ensure millisecond-level query response speeds, meeting the needs of high-frequency trading scenarios; meanwhile, long-tail NFT metadata is transferred to capacity storage pools, effectively reducing the platform's overall operational costs—statistics show that after collaboration, storage costs directly decreased by 35%, which is significant for enhancing the platform's profitability.

In the DeFi sector, Walrus collaborated with leading protocols to build a compliant data notarization system. Core data such as lending contract execution records and asset collateral certificates are stored on-chain using advanced encoding encryption methods to support real-time verification. This solution not only meets regulatory compliance requirements but also greatly enhances data immutability and credibility, solving the pain points of traditional DeFi protocol data validation.

In the gaming sector, Walrus partnered with a game public chain project to launch a distributed storage solution, providing dedicated storage nodes for in-game items, character data, and dungeon scene resources, making the storage of game assets both efficient and transparent.

These practical cases fully demonstrate that storage networks are no longer just "behind-the-scenes infrastructure" but are becoming key technological supports driving the development of various vertical fields within the Sui ecosystem.