分散存儲：Filecoin，Arweave和熱數據革命

通過Filecoin，Arweave，Walrus和Shelby探索分散存儲的演變，重點是向實時數據可訪問性和Web3集成的轉變。

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.

曾經由冷數據存檔主導的分散存儲景觀正在加熱。 Filecoin和Arweave是該領域的先驅者，現在由Walrus和Shelby等創新項目加入，標誌著向熱數據解決方案和實時Web3應用程序的轉變。

The Evolution of Decentralized Storage

分散存儲的演變

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這樣的早期玩家專注於通過採礦來激勵存儲，但在現實世界中苦苦掙扎。 ARWEAVE優先考慮永久存儲，但面臨有限的用例。現在，項目正在解決對速度和可訪問性的需求。

Filecoin: Mining in Disguise?

Filecoin：偽裝開採？

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的模型在開創性的同時，對礦工的經濟激勵措施傾向於，有時使最終用戶的需求掩蓋了。事實證明，它依賴於IPF，但對於許多實際應用來說太慢了。

Arweave: Forever, but for What?

Arweave：永遠，但是是什麼呢？

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對永久數據存儲的承諾令人欽佩，但其極端的長期重點限制了其在動態，實時場景中的採用。永久存儲的價值需要時間才能證明。

Walrus: A Hot Data Compromise

海象：熱數據妥協

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.

海象試圖通過優化熱數據存儲協議來彌合差距。其RedStuff編碼算法旨在降低冗餘成本，同時保持數據可用性。但是，關於它支持大規模高頻交互應用程序的能力仍然存在問題。重點是動態調用，實時更新和版本管理功能。

Shelby: The Real-Time Revolution

謝爾比：實時革命

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共同開發的Shelby代表了範式轉移，該範式通過優先考慮在Web3上的實時數據訪問。通過引入專用的光纖網絡和按付費模型，謝爾比旨在在分散的環境中提供雲級的性能。 Shelby引入了雲級，讀取的存儲，旨在通過訪問的數據獲利。

Shelby's Key Innovations:

謝爾比的主要創新：

• 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

敘事的轉變

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.

分散的存儲敘事正在從技術烏托邦發展為實用現實。謝爾比（Shelby）的出現標誌著對Web2級可用性需求的系統響應，為主流Web3應用程序鋪平了道路。

The Future of Decentralized Storage

分散存儲的未來

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.

分散存儲的普及取決於可用性，集成性和可持續性。謝爾比的突破標誌著妥協時代的終結以及對應用程序驅動的解決方案的新開始。

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!

那麼，下放化存儲的下一步是什麼？現在是時候搭扣並為您的Web3體驗與Web2一樣流暢的未來做好準備。實現分散存儲真正對用戶友好的競賽正式進行！