分散存储：Filecoin，Arweave和热数据革命

通过Filecoin，Arweave，Walrus和Shelby探索分散存储的演变，重点是向实时数据可访问性和Web3集成的转变。

The decentralized storage landscape, once dominated by cold data archiving, is heating up. Filecoin and Arweave, pioneers in the space, are now joined by innovative projects like Walrus and Shelby, signaling a shift towards hot data solutions and real-time Web3 applications.

曾经由冷数据存档主导的分散存储景观正在加热。 Filecoin和Arweave是该领域的先驱者，现在由Walrus和Shelby等创新项目加入，标志着向热数据解决方案和实时Web3应用程序的转变。

The Evolution of Decentralized Storage

分散存储的演变

Early players like Filecoin focused on incentivizing storage through mining, but struggled with real-world usability. Arweave prioritized permanent storage, but faced limited use cases. Now, projects are tackling the need for speed and accessibility.

像Filecoin这样的早期玩家专注于通过采矿来激励存储，但在现实世界中苦苦挣扎。 ARWEAVE优先考虑永久存储，但面临有限的用例。现在，项目正在解决对速度和可访问性的需求。

Filecoin: Mining in Disguise?

Filecoin：伪装开采？

Filecoin's model, while pioneering, leaned heavily on economic incentives for miners, sometimes overshadowing the needs of end-users. Its reliance on IPFS, while decentralized, proved too slow for many practical applications.

Filecoin的模型在开创性的同时，对矿工的经济激励措施倾向于，有时使最终用户的需求掩盖了。事实证明，它依赖于IPF，但对于许多实际应用来说太慢了。

Arweave: Forever, but for What?

Arweave：永远，但是是什么呢？

Arweave's commitment to permanent data storage is admirable, but its extreme long-term focus has limited its adoption in dynamic, real-time scenarios. The value of permanent storage needs time to be proven.

Arweave对永久数据存储的承诺令人钦佩，但其极端的长期重点限制了其在动态，实时场景中的采用。永久存储的价值需要时间才能证明。

Walrus: A Hot Data Compromise

海象：热数据妥协

Walrus attempts to bridge the gap by optimizing hot data storage protocols. Its Redstuff coding algorithm aims to reduce redundancy costs while maintaining data availability. However, questions remain about its ability to support large-scale, high-frequency interactive applications. The focus is dynamic calling, real-time updating, and version management capabilities.

海象试图通过优化热数据存储协议来弥合差距。其RedStuff编码算法旨在降低冗余成本，同时保持数据可用性。但是，关于它支持大规模高频交互应用程序的能力仍然存在问题。重点是动态调用，实时更新和版本管理功能。

Shelby: The Real-Time Revolution

谢尔比：实时革命

Shelby, co-developed by Aptos Labs and Jump Crypto, represents a paradigm shift by prioritizing real-time data access across Web3. By introducing a dedicated fiber network and a pay-per-read model, Shelby aims to deliver cloud-grade performance in a decentralized environment. Shelby introduces cloud-grade, read-incentivized storage designed to monetize data on access.

由Aptos Labs和Jump Crypto共同开发的Shelby代表了范式转移，该范式通过优先考虑在Web3上的实时数据访问。通过引入专用的光纤网络和按付费模型，谢尔比旨在在分散的环境中提供云级的性能。 Shelby引入了云级，读取的存储，旨在通过访问的数据获利。

Shelby's Key Innovations:

谢尔比的主要创新：

• Dedicated Fiber Network: Bypasses the public internet for low-latency, high-throughput data access.
• Pay-Per-Read Model: Incentivizes service nodes to deliver fast and stable data.
• Efficient Coding Scheme: Achieves low storage redundancy while maintaining high persistence and availability.

A Shift in Narrative

叙事的转变

The decentralized storage narrative is evolving from a technological utopia to a practical reality. Shelby's emergence signals a systematic response to the need for Web2-level availability, paving the way for mainstream Web3 applications.

分散的存储叙事正在从技术乌托邦发展为实用现实。谢尔比（Shelby）的出现标志着对Web2级可用性需求的系统响应，为主流Web3应用程序铺平了道路。

The Future of Decentralized Storage

分散存储的未来

The popularization of decentralized storage hinges on usability, integrability, and sustainability. Shelby's breakthrough marks the end of an era of compromise and the beginning of a new focus on application-driven solutions.

分散存储的普及取决于可用性，集成性和可持续性。谢尔比的突破标志着妥协时代的终结以及对应用程序驱动的解决方案的新开始。

So, what's next for decentralized storage? It's time to buckle up and get ready for a future where your Web3 experience is just as smooth as your Web2 one. The race to make decentralized storage truly user-friendly is officially on!

那么，下放化存储的下一步是什么？现在是时候搭扣并为您的Web3体验与Web2一样流畅的未来做好准备。实现分散存储真正对用户友好的竞赛正式进行！