Walrus and Sustainable Data in Web3

In the early years of Web3, most blockchain applications were built with a “real-time” mindset. Transactions occurred, states were updated, and data gradually faded into obscurity. At that time, speed and scalability were top priorities, while long-term data storage was not yet truly valued. However, today’s Web3 is entering a completely different phase. Web3 Is Starting to “Remember” Modern Web3 applications are no longer just simple transaction protocols. They are gradually becoming:

• Long-term developed gaming worlds
• Decentralized governance systems that need to store votes and decisions over many years
• AI and data analytics platforms that depend on large, continuous data repositories In these models, data cannot disappear after a few days or months. When data becomes inaccessible, user trust also diminishes. A decentralized system that cannot preserve history long-term will soon become untrustworthy. Sustainable Data Does Not Mean Permanent Storage of Everything The concept of “persistent data” does not mean storing everything forever. Its essence is to ensure:
• What is created today can still be accessed in the future
• Data is not dependent on a single server or operator
• The system remains stable even if nodes change or the network encounters issues Many current Web3 platforms struggle because their initial architecture was not designed for long-term durability. They optimize for transactions, speed, and low fees — but lack a robust storage infrastructure. Walrus Protocol: Putting Data at the Center of the System @WalrusProtocol approaches Web3 from a different perspective. Instead of viewing data as merely a “byproduct” of transactions, #Walrus considers data a core part of the system. Walrus’s design philosophy is based on three main principles:

1. Truly Decentralized Storage Data is distributed across multiple nodes, independent of any single operator. This helps the system resist failures, attacks, or infrastructure issues.
2. Accept Failure as Inevitable Walrus does not assume that all nodes will always operate perfectly. Instead, the system is designed to continue maintaining data even if part of the network encounters problems.
3. Ensure Long-Term Accessibility Data is not only stored but also optimized for stable retrieval over time, supporting applications that require long-term history such as gaming, DAOs, AI, data analysis, and decentralized social networks. When Web3 Moves from Momentary to Continuous Web3 is shifting from short-term interactions to ecosystems with multi-year lifespans. Users want not only fast transactions but also:

• Sustainable digital asset preservation
• Long-term digital identity building
• Developing communities with their own history and culture In this context, sustainable data becomes the foundation of trust. A blockchain can be fast, cheap, and decentralized, but if data does not exist long enough, the ecosystem will lack depth. Walrus is built to serve this new phase of Web3 — where data not only exists in the moment but also becomes the foundation for continuity and maturity of the entire ecosystem. Conclusion Web3 is entering a “mature” era, where trust no longer comes from promises but from the ability to maintain data over time. Sustainable data is not just a technical feature; it is the foundation for on-chain gaming, DAOs, AI, social Web3, and all applications requiring long-term history. In this picture, Walrus Protocol is quietly building the infrastructure that helps Web3 not only exist in the moment but also grow sustainably for many years to come. $WAL