Chainlink 推出了两项针对金融机构的以隐私为中心的新功能,使他们能够利用区块链技术,同时保持完整的端到端隐私。
Chainlink, a leading decentralised oracle network, has introduced two new privacy-focused features for financial institutions, enabling them to leverage blockchain technology while maintaining complete end-to-end privacy. These features, known as Chainlink Functions for Private Transactions and Chainlink Proof, are designed to address a key barrier to broader institutional adoption of decentralised technologies. As blockchain technology matures, the demand for private and secure transactions is becoming a top priority for institutions, especially in finance, healthcare, and government industries, where data privacy is paramount. Chainlink's new solution aims to meet this demand by providing a secure and confidential way for institutions to conduct transactions on public blockchains. Chainlink Functions for Private Transactions allows institutions to perform transactions on public blockchains without exposing sensitive data to the public ledger. This is achieved through a combination of Chainlink's decentralised oracle network and secure off-chain computation. Institutions can use Chainlink to set up private transactions, and the network ensures the integrity of these transactions by providing verifiable randomness and cryptographic proofs. The Chainlink Functions for Private Transactions feature leverages Chainlink’s trusted infrastructure to provide verifiable randomness and cryptographic proofs that guarantee the integrity of private transactions. This enables them to maintain the transparency and security blockchains provide while ensuring that private information remains confidential. Institutions can now access blockchain technology to meet regulatory and privacy needs, unlocking new possibilities for decentralised finance (DeFi), supply chain management, and more. Australia and New Zealand Banking Group (ANZ Bank) suggested they will be the first institutions to pilot Chainlink’s privacy-preserving capabilities, which will integrate the tech for cross-chain settlement of tokenised real-world assets (RWAs). Chainlink's approach to private transactions involves a hybrid architecture that combines the security of blockchain networks with the privacy of off-chain computation. This allows institutions to conduct transactions and share data without exposing it on the public ledger, while still benefiting from blockchain's immutable, trustless nature. When an institution initiates a private transaction using Chainlink's system, the transaction data is processed off-chain in secure enclaves, which are isolated computing environments that ensure the confidentiality of the data. Once the transaction is completed, only the outcome or necessary information is posted on the blockchain, keeping the sensitive details hidden. Chainlink’s decentralised oracle network is crucial in ensuring that the off-chain computation is secure and verifiable. By providing cryptographic proofs of the off-chain processes, Chainlink ensures that the data integrity is preserved, even though the data itself remains private. This creates a seamless blend of on-chain transparency and off-chain privacy, making it ideal for institutions that need both. This hybrid model opens up new opportunities for industries previously hesitant to adopt blockchain due to privacy concerns. For example, financial institutions can now settle large transactions on-chain without revealing sensitive information about the parties involved. Similarly, healthcare organisations can share and verify patient data across systems without compromising patient privacy. Chainlink's introduction of private blockchain transactions for institutions is expected to have a significant impact on the adoption of decentralised technologies by large organisations. Institutions have been interested in blockchain's potential but have been held back by concerns about privacy, security, and regulatory compliance. By addressing these concerns, Chainlink is making it easier for more institutions to integrate blockchain technology into their operations. One key advantage of Chainlink's private transactions is that they allow institutions to comply with strict regulatory requirements. For instance, financial institutions must adhere to privacy regulations such as the General Data Protection Regulation (GDPR) in Europe and the Gramm-Leach-Bliley Act (GLBA) in the United States. By enabling private transactions on public blockchains, Chainlink provides a solution that meets these regulatory demands while still offering the benefits of blockchain’s transparency and security. This new feature will likely boost DeFi’s institutional confidence. While DeFi has increased in recent years, institutional participation has been limited due to concerns about privacy and compliance. With Chainlink’s private transaction capabilities, institutions can engage in DeFi markets without exposing their transaction details, opening the door to greater institutional involvement in decentralised financial systems. Chainlink's private transaction solution is also expected to impact industries beyond finance significantly. In the supply chain industry, for example, companies can use blockchain to track the provenance of goods while keeping private sensitive information, such as supplier details and pricing. This can enhance transparency and trust in supply chains while safeguarding competitive information. Moreover, government agencies can use Chainlink's private transactions to securely share and verify data across departments or with other entities, ensuring that sensitive information remains confidential. This could lead to more efficient and secure government operations, especially in public health, law enforcement, and social services. Chainlink's launch of private blockchain transactions for institutions represents a pivotal moment in the evolution of blockchain technology. By providing a solution that combines the transparency and security of public blockchains with the privacy required by institutions, Chainlink is enabling more organisations to embrace decentralised technologies. This innovation will likely accelerate the adoption of blockchain
Chainlink 是一家领先的去中心化预言机网络,为金融机构推出了两项以隐私为中心的新功能,使他们能够利用区块链技术,同时保持完整的端到端隐私。这些功能被称为“私人交易的 Chainlink 功能”和“Chainlink 证明”,旨在解决更广泛的机构采用去中心化技术的关键障碍。随着区块链技术的成熟,对私密和安全交易的需求正成为机构的首要任务,特别是在数据隐私至关重要的金融、医疗和政府行业。 Chainlink 的新解决方案旨在通过为机构在公共区块链上进行交易提供安全且保密的方式来满足这一需求。用于私人交易的 Chainlink 功能允许机构在公共区块链上执行交易,而无需将敏感数据暴露给公共分类账。这是通过 Chainlink 的去中心化预言机网络和安全的链下计算相结合来实现的。机构可以使用Chainlink建立私密交易,网络通过提供可验证的随机性和密码学证明来确保这些交易的完整性。用于私密交易的 Chainlink 功能利用 Chainlink 的可信基础设施来提供可验证的随机性和加密证明,以保证私密交易的完整性。这使他们能够保持区块链提供的透明度和安全性,同时确保私人信息的机密性。机构现在可以使用区块链技术来满足监管和隐私需求,从而为去中心化金融(DeFi)、供应链管理等释放新的可能性。澳大利亚和新西兰银行集团(ANZ Bank)表示,他们将成为第一家试点 Chainlink 隐私保护功能的机构,该功能将集成用于代币化现实世界资产(RWA)跨链结算的技术。 Chainlink 的私密交易方法涉及一种混合架构,该架构将区块链网络的安全性与链下计算的隐私性相结合。这使得机构能够在不将数据暴露在公共分类账上的情况下进行交易和共享数据,同时仍然受益于区块链的不可变、无需信任的性质。当机构使用 Chainlink 的系统发起私人交易时,交易数据会在安全飞地中进行链外处理,这些安全飞地是确保数据机密性的隔离计算环境。交易完成后,只有结果或必要的信息才会发布在区块链上,从而隐藏敏感细节。 Chainlink 的去中心化预言机网络对于确保链下计算的安全性和可验证性至关重要。通过提供链下流程的加密证明,Chainlink 可确保保留数据完整性,即使数据本身仍然是私有的。这创造了链上透明度和链下隐私的无缝融合,使其成为需要两者的机构的理想选择。这种混合模式为之前因隐私问题而犹豫采用区块链的行业带来了新的机会。例如,金融机构现在可以在链上结算大额交易,而无需透露有关各方的敏感信息。同样,医疗保健组织可以跨系统共享和验证患者数据,而不会损害患者隐私。 Chainlink 为机构引入的私有区块链交易预计将对大型组织采用去中心化技术产生重大影响。机构一直对区块链的潜力感兴趣,但由于对隐私、安全和监管合规性的担忧而受到阻碍。通过解决这些问题,Chainlink 使更多机构能够更轻松地将区块链技术集成到其运营中。 Chainlink 私人交易的一项关键优势是,它们允许机构遵守严格的监管要求。例如,金融机构必须遵守欧洲的《通用数据保护条例》(GDPR) 和美国的《格雷姆-里奇-比利雷法案》(GLBA) 等隐私法规。通过在公共区块链上实现私人交易,Chainlink 提供了一种满足这些监管要求的解决方案,同时仍然提供区块链透明度和安全性的优势。这一新功能可能会提振 DeFi 的机构信心。尽管近年来 DeFi 有所增加,但由于对隐私和合规性的担忧,机构参与度受到限制。借助 Chainlink 的私密交易功能,机构可以在不暴露交易细节的情况下参与 DeFi 市场,为机构更多地参与去中心化金融系统打开了大门。 Chainlink 的私人交易解决方案预计还将对金融以外的行业产生重大影响。例如,在供应链行业,公司可以使用区块链来跟踪货物的来源,同时保留私人敏感信息,例如供应商详细信息和定价。这可以增强供应链的透明度和信任,同时保护竞争信息。此外,政府机构可以使用 Chainlink 的私人交易来跨部门或与其他实体安全地共享和验证数据,确保敏感信息的机密性。这可能会导致政府运作更加高效和安全,特别是在公共卫生、执法和社会服务方面。 Chainlink 为机构推出的私有区块链交易代表了区块链技术发展的关键时刻。通过提供将公共区块链的透明度和安全性与机构所需的隐私相结合的解决方案,Chainlink 使更多组织能够采用去中心化技术。这项创新可能会加速区块链的采用