Nexus與Orochi網絡合作，在Web3上提供可驗證的Internet3

通過合併密碼驗證機制，該平台旨在為更廣泛的受眾提供可擴展和以隱私為中心的分散應用程序（DAPP）。

Nexus, a leading Zero-Knowledge Virtual Machine (zkVM) platform, is making significant strides in establishing a Verifiable Internet on Web3. The platform, known for its role in deploying and scaling privacy-centric decentralized applications (dApps) to a broader audience, is constantly seeking ways to improve data availability and maintain data integrity, crucial aspects that are largely neglected by existing Data Availability Layers (DA Layers). Most DA Layers lack native zero-knowledge proof (ZKP) support, rendering them less efficient for handling large-scale dApps.

Nexus是一個領先的零知識虛擬機（ZKVM）平台，在Web3上建立可驗證的Internet方面已取得了長足的進步。該平台以其在部署和擴展以隱私為中心的分散應用程序（DAPP）中的作用而聞名，它不斷尋求改善數據可用性和維護數據完整性的方法，這些方面，重要的方面很大程度上被現有數據可用性層（DA層）忽略了。大多數DA層都缺乏本地零知識證明（ZKP）的支持，從而使它們在處理大型DAPP方面的效率降低了。

To address these challenges, Nexus has partnered with Orochi Network, a provider specializing in Verifiable Data Infrastructure. With its cutting-edge zkDA Layers and zkDatabase solutions, Orochi enhances data security and verifiability, strengthening Nexus’s capabilities in decentralized data management. This collaboration introduces a robust framework for maintaining data integrity within Web3 ecosystems.

為了應對這些挑戰，Nexus與專門從事可驗證數據基礎架構的提供商Orochi Network合作。 Orochi憑藉其尖端的ZKDA層和ZKDATABase解決方案，增強了數據安全性和可驗證性，增強了Nexus在分散數據管理中的功能。這項合作介紹了一個可靠的框架，用於維持Web3生態系統中的數據完整性。

zkDA Layers for Secure and Efficient Data Management

ZKDA層用於安全有效的數據管理

In today's rapidly changing technological landscape, new solutions are continually emerging to address the stifling limitations of existing technologies. Within the domain of Web3, a pressing need exists for innovative approaches to ensure data availability and maintain data integrity in a decentralized manner.

在當今迅速變化的技術環境中，新的解決方案正在不斷出現，以解決現有技術的窒息局限性。在Web3的領域內，對創新方法存在壓力需求，以確保數據可用性並以分散的方式維護數據完整性。

Traditional Data Availability Layers (DA Layers), despite their contributions, face inherent challenges that limit their capabilities in handling the demands of next-generation decentralized applications (dApps). These applications, particularly those powered by zero-knowledge (ZK) technology, require advanced cryptographic techniques to manage and process data with unmatched efficiency and security.

傳統的數據可用性層（DA層）儘管有貢獻，但仍面臨著固有的挑戰，這些挑戰限制了其在處理下一代分散應用程序（DAPP）需求方面的能力。這些應用程序，特別是由零知識（ZK）技術支持的應用程序，需要高級加密技術來以無與倫比的效率和安全性來管理和處理數據。

To address these challenges and unlock the full potential of dApps, a new generation of DA Layers is being developed, specifically designed to integrate seamlessly with ZK proofs and rollups. These next-generation DA Layers are poised to revolutionize decentralized data management, paving the way for a more efficient, scalable, and privacy-centric Web3 ecosystem.

為了應對這些挑戰並解鎖DAPP的全部潛力，正在開發新一代的DA層，專門設計旨在與ZK的證明和匯總無縫集成。這些下一代DA層有望徹底改變分散的數據管理，為更高效，可擴展和隱私的Web3生態系統鋪平了道路。

One notable solution in this domain is provided by Orochi Network, a company specializing in Verifiable Data Infrastructure. Orochi introduces zkDA Layer, a distributed storage system of Merkle Directed Acyclic Graphs (DAGs) operating off-chain. This approach significantly improves data availability while mitigating the risks associated with single points of failure.

Orochi Network提供了該域中的一個顯著解決方案，Orochi Network是一家專門從事可驗證數據基礎架構的公司。 Orochi引入了ZKDA層，ZKDA層是一個有向無環圖（DAGS）的分佈式存儲系統，操作外鏈。這種方法可顯著提高數據的可用性，同時減輕與單個失敗點相關的風險。

Furthermore, Orochi's zkDatabase introduces zkDataRollup, a solution that leverages succinct zk proofs for swift and cost-effective data verification. Every stage of data processing is safeguarded by the Verifiable Data Pipeline, ensuring information remains authentic from its source to its ultimate application. This verifiability mitigates synchronization issues and compatibility constraints often encountered with conventional DA layers, including platforms like Celestia and EigenDA.

此外，Orochi的Zkdatabase引入了Zkdatarollup，該解決方案利用簡潔的ZK證明進行快速且具有成本效益的數據驗證。數據處理的每個階段都由可驗證的數據管道保護，確保信息從其源到其最終應用的真實性。這種可驗證性可緩解同步問題和兼容性約束，通常與傳統的DA層遇到，包括Celestia和eigenda等平台。

Overcoming Oracle Limitations with Decentralized Data Solutions

通過分散數據解決方案克服甲骨文的限制

In the realm of smart contracts, their ability to access and process external data is pivotal to unlocking their full potential. From financial prices and market rates to physical world events and sensor readings, smart contracts require a constant flow of information to execute their programmed tasks effectively.

在智能合約領域，它們訪問和處理外部數據的能力對於釋放其全部潛力至關重要。從財務價格和市場價格到物理世界事件和傳感器讀數，智能合約需要持續的信息流以有效地執行其編程任務。

However, despite the essentiality of external data, traditional oracles, which serve as intermediaries between smart contracts and the real world, present inherent risks due to their centralized nature. This lack of decentralization makes them vulnerable to manipulation, downtime, and other issues that can compromise the security and reliability of the entire Web3 ecosystem.

然而，儘管外部數據具有重要意義，但作為智能合約與現實世界之間的中介的傳統甲殼，由於其集中性而呈現固有的風險。缺乏權力下放使他們容易受到操縱，停機時間和其他可能損害整個Web3生態系統的安全性和可靠性的問題。

To address this critical challenge and maintain the trustless principles underpinning blockchain technology, a decentralized solution is being developed by Orochi Network, a company specializing in Verivable Data Infrastructure.

為了應對這一關鍵挑戰並維護基礎區塊鏈技術支撐的無信任原則，Orochi Network正在開發一個分散的解決方案，Orochi Network是一家專門從事可驗證數據基礎架構的公司。

At the heart of Orochi's offering is zkDA Layers, a cutting-edge technology that enables the persistent storage of large amounts of data off-chain with unparalleled security. This is achieved through the integration of zero-knowledge (ZK) proofs, a powerful cryptographic technique that allows for the efficient verification of data integrity without revealing the underlying data itself.

Orochi產品的核心是ZKDA層，這是一種尖端的技術，它可以持續存儲大量的數據，並具有無與倫比的安全性。這是通過將零知識（ZK）證明的集成來實現的，這是一種強大的加密技術，可以有效地驗證數據完整性，而無需揭示基礎數據本身。

Each block of data is processed and aggregated using advanced cryptographic algorithms, resulting in a concise proof that attests to the completeness and accuracy of the entire data batch. This small proof, typically less than 1 kilobyte in size, can be readily included in a single Nexus transaction.

使用高級加密算法對每個數據塊進行處理和匯總，從而簡要證明證明了整個數據批次的完整性和準確性。單個Nexus交易很容易包含這個小的證明，通常小於1千字節。

After the transaction is executed and confirmed by the network, the corresponding data segment is made available to any user or application in formats such as JSON, Parquet, or CSV. This ensures rapid and efficient data retrieval, meeting the diverse needs of developers and dApps.

在網絡執行和確認交易後，以JSON，Parquet或csv等格式提供了相應的數據段。這樣可以確保快速有效的數據檢索，滿足開發人員和DAPP的各種需求。

Moreover, to further enhance data management capabilities, Orochi introduces zkDatabase, a modular and scalable solution that leverges zkDataRollup for efficient data synchronization and processing. This technology is specifically designed to handle large volumes of structured data, which is typically used by dApps for diverse tasks such as tracking assets, managing tokens, and powering decentralized gaming experiences.

此外，為了進一步增強數據管理功能，Orochi引入了ZKDATABASE，這是一種模塊化和可擴展的解決方案，利用Zkdatarollup進行有效的數據同步和處理。該技術專門設計用於處理大量結構化數據，該數據通常被DAPP用於跟踪資產，管理令牌和為分散的遊戲體驗提供動力的各種任務。

zkDatabase employs a unique approach by merging multiple small zk proofs into a single, large proof, which is then used to attest to the integrity of an entire database snapshot at a specific point in time. This approach ensures the persistence and verifiability of data over extended periods, as each snapshot is linked to the previous one through a chain of zk proofs.

ZKDatabase通過將多個小型ZK證明合併到一個大型證明中，採用了獨特的方法，然後將其用於證明在特定時間點的整個數據庫快照的完整性。這種方法確保了長時間數據的持久性和驗證性，因為每個快照都通過一系列ZK證明鏈接到了前一個快照。