Gaimin的分散文件共享平台應對行業最艱難的挑戰

從加密貨幣到智能合約，它承諾將透明，安全且沒有集中控制的系統。

Decentralization is a core principle underpinning blockchain technology, promising systems that are transparent, secure and free from centralized control. From cryptocurrencies to smart contracts, this technology has brought innovation to many industries.

權力下放是基礎區塊鏈技術的核心原則，是透明，安全且沒有集中控制的有前途的系統。從加密貨幣到智能合約，這項技術為許多行業帶來了創新。

However, one critical area remains dominated by centralized providers: file sharing. Most organizations still rely on cloud solutions for file storage and delivery. Replacing bulky on-premise servers with accessible, elastic computing, the cloud was once a symbol of progress.

但是，一個關鍵領域仍由集中式提供商主導：文件共享。大多數組織仍然依靠雲解決方案進行文件存儲和交付。用可訪問的彈性計算代替笨重的本地服務器，雲曾經是進度的象徵。

But as adoption matured, the model revealed its cracks. Centralized cloud providers introduce risks that range from data breaches to vendor lock-in, while often providing little transparency around where and how data is stored.

但是隨著收養的成熟，該模型揭示了其裂縫。集中式雲提供商會引入風險，從數據洩露到供應商的鎖定，同時通常幾乎不提供透明度，圍繞數據的存儲方式和方式。

Cloud users also have limited visibility into how their files travel across networks or where they’re replicated. Privacy and performance become conflicting priorities, and the ability to ensure that data remains sovereign — to a region, a jurisdiction or even a company—can be lost entirely.

雲用戶對他們的文件如何在網絡上或複制的何處傳播的情況也有限。隱私和績效成為相互矛盾的優先事項，並能夠完全丟失數據，以確保數據保持主權（到一個地區，管轄權甚至公司）。

For businesses operating in multiple jurisdictions, this can quickly become a compliance minefield — especially under frameworks like the General Data Protection Regulation (GDPR), which governs the handling of personal information.

對於在多個司法管轄區運營的企業，這可能很快成為合規性雷區，尤其是在管理個人信息處理的框架下，諸如《通用數據保護法規》（GDPR）。

This backdrop has motivated blockchain-based solutions to offer an alternative to traditional file-sharing, leveraging cryptography for security and distributing storage across a network of peers.

這種背景激發了基於區塊鏈的解決方案，以提供傳統文件共享的替代方案，利用密碼學用於安全性和在同行網絡上分發存儲。

However, the implementations often fell short in practice. Many struggled with achieving enterprise-grade performance, leaving users to choose between decentralization and practical usability. Others approached decentralization so rigidly that they couldn't accommodate regional data laws, creating further compliance headaches for businesses.

但是，實踐中的實現通常不足。許多人努力實現企業級的性能，使用戶可以在權力下放和實際可用性之間進行選擇。其他人則非常嚴格地進行權力下放，以至於他們無法適應區域數據法，從而為企業帶來了進一步的合規性頭痛。

In some cases, early networks even relied on manual peer coordination, limiting scalability and making uptime difficult to guarantee. Perhaps most critically, few managed to solve the economic challenge — creating a system where decentralized storage could compete with centralized providers on both cost and reliability.

在某些情況下，早期網絡甚至依賴手動同行協調，限制可擴展性和難以保證的正常運行時間。也許最重要的是，很少有人能夠解決經濟挑戰 - 創建一個系統，即分散存儲可以在成本和可靠性方面與集中的提供商競爭。

This has prevented decentralized file-sharing from gaining traction outside of niche communities.

這阻止了分散的文件共享在利基社區之外獲得吸引力。

To counter this, GAIMIN is an ecosystem that harnesses the idle power of high-performance gaming PCs around the world. Its flagship platform, GAIMIN Cloud, repurposes unused GPU and storage resources into a distributed computing layer capable of supporting demanding tasks like artificial intelligence, data delivery and file distribution at scale.

為了解決這個問題，Gaimin是一個生態系統，它可以利用世界各地的高性能遊戲PC的閒置力量。它的旗艦平台Gaimin Cloud將未使用的GPU和存儲資源重新利用為分佈式計算層，能夠支持諸如人工智能，數據傳輸和文件分配等苛刻任務。

One of the latest components in the GAIMIN Cloud ecosystem is its file-sharing service, designed to address three of the thorniest challenges in decentralized infrastructure: security, regulatory compliance and operational cost.

Gaimin Cloud生態系統中最新的組件之一是其文件共享服務，旨在解決分散基礎架構中最艱難的三個挑戰：安全性，監管合規性和運營成本。

At its core, the system fragments files into encrypted shards, which are distributed across a global network of nodes. This approach eliminates single points of failure, meaning that even if one node is compromised, the data remains secure. Each shard is stored with redundancy, ensuring high availability without sacrificing privacy.

從本質上講，系統片段將文件片段分佈在加密的碎片中，這些碎片分佈在整個節點網絡上。這種方法消除了單個故障點，這意味著即使一個節點受到損害，數據仍然安全。每個碎片都有冗餘存儲，可確保無犧牲隱私而高可用性。

Furthermore, GAIMIN employs a geo-aware architecture that adheres to regional regulations by assigning data storage and computing tasks to nodes based on physical location. This solves a key compliance issue for decentralized networks, where data often travels freely and unpredictably across borders.

此外，Gaimin採用了地理意識架構，該體系結構通過根據物理位置將數據存儲和計算任務分配給節點來遵守區域法規。這解決了分散網絡的關鍵合規問題，在該網絡中，數據通常可以自由且不可預測地在各個邊界上傳播。

For end-users — whether developers, enterprises or decentralized apps — this translates to complete control over access, keys and lifecycle management. Files remain protected throughout their journey, and access can be revoked or updated without relying on a central authority.

對於最終用戶（無論是開發人員，企業還是分散應用程序），這轉化為對訪問，鑰匙和生命週期管理的完全控制。文件在整個旅程中仍然受到保護，並且可以在不依賴中央權威的情況下撤銷或更新訪問。

This stands in stark contrast to the traditional cloud, where data is typically replicated across unknown servers, and deletion requests are more symbolic than enforceable.

這與傳統雲形成鮮明對比，其中通常在未知服務器上複製數據，並且刪除請求比可強制執行更像徵性。

Rather than pitching its solution theoretically, GAIMIN opted to test it under real-world conditions. The company became the first adopter of its own platform, using the file-sharing network to deliver large data sets across its global infrastructure.

Gaimin不是從理論上宣傳其解決方案，而是選擇在現實情況下對其進行測試。該公司使用文件共享網絡在其全球基礎架構上提供了大型數據集，成為了自己的平台的第一批採用者。

The results were significant: the costs were cut by over 70%, saving the company tens of thousands of dollars each month, and a dramatic increase in performance reliability.

結果很重要：成本削減了70％以上，節省了公司每月數万美元，並且績效可靠性急劇提高。

GAIMIN incentivizes participation by rewarding users who contribute storage and bandwidth with its native token, GMRX. This model scales in a way that centralized services can’t. Instead of provisioning new data centers or renting capacity from hyperscale providers, GAIMIN expands organically as more users join.

Gaimin通過獎勵使用其本土代幣GMRX貢獻存儲和帶寬的用戶來激勵參與。該模型以集中服務不能進行的方式擴展。隨著越來越多的用戶加入，Gaimin沒有為Hyperscale提供者提供新的數據中心或從Hyperscale提供者提供租金能力。

As demand increases — driven by data-heavy use cases like AI training or 3D content delivery — the network becomes stronger, faster and more efficient. This bottom-up scaling approach ensures that infrastructure keeps pace with real-time user needs rather than corporate forecasts.

隨著需求的增加（在AI培訓或3D內容傳遞（3D內容）之類的繁重用例中，網絡變得更強大，更快，更有效。這種自下而上的縮放方法可確保基礎架構與實時用戶需求而不是公司預測保持同步。

As the industry continues to grapple with the limitations of centralized cloud providers, GAIMIN offers a path forward: a file-sharing network that is fast, secure and compliant by design — not in spite of decentralization, but because of it.

隨著該行業繼續努力應對集中式雲提供商的局限性，Gaimin提供了一個前進的路徑：一個快速，安全和符合設計的文件共享網絡 - 儘管沒有權力下放，而是因為它是因為它。

Learn more about GAIMIN

了解有關Gaimin的更多信息

This material is provided in cooperation with GAIMIN and does not constitute investment advice. Any views, thoughts, and opinions expressed in this article are the authors' own and do not necessarily reflect the views, opinions, or beliefs of BENZINGA or its employees. Benzinga urges readers to perform their own due diligence and consult with a qualified professional before making any investment decisions.

該材料與蓋敏合作提供，不構成投資建議。本文中表達的任何觀點，思想和觀點和觀點都是作者自己的觀點，不一定反映了本辛加或其僱員的觀點，觀點或信念。 Benzinga敦促讀者在做出任何投資決策之前進行自己的盡職調查並諮詢合格的專業人員。