ChainLink（链接）是加密货币讨论中的突出名称，因为其独特的功能

ChainLink由Sergey Nazarov和Steve Ellis创立，解决了将现实世界数据集成到区块链中的甲骨文问题。本指南解释了链链接的工作原理

Chainlink is a prominent name in cryptocurrency discussions thanks to its unique functionality. While Bitcoin and Ethereum are well-known, Chainlink fills a critical gap in the blockchain ecosystem. Founded by Sergey Nazarov and Steve Ellis, Chainlink solves the oracle problem by integrating real-world data into decentralized applications (DApps). This guide delves into how Chainlink works, the role of its LINK token, and the potential of this cryptocurrency.

ChainLink由于其独特的功能而在加密货币讨论中是一个突出的名称。虽然比特币和以太坊是众所周知的，但Chainlink填补了区块链生态系统中的关键空白。 ChainLink由Sergey Nazarov和Steve Ellis创立，通过将现实世界数据集成到分散的应用程序（DAPP）中来解决甲骨文问题。该指南深入研究了链链接的工作原理，其链接令牌的作用以及该加密货币的潜力。

What is Chainlink?

什么是连锁链接？

Chainlink serves as a decentralized oracle network, connecting smart contracts on blockchains to reliable external data, off-chain APIs, and payment systems. This enables blockchain applications to securely access the information they need, expanding the possibilities of the Web3 ecosystem.

ChainLink用作分散的Oracle网络，将区块链上的智能合约连接到可靠的外部数据，离链API和支付系统。这使区块链应用程序可以安全地访问所需的信息，从而扩大Web3生态系统的可能性。

Chainlink effectively mitigates counterparty risk through its decentralized oracle network. Utilizing a network of independent oracles, Chainlink collects and verifies data from multiple sources, ensuring that smart contracts execute reliably based on accurate information.

ChainLink通过其分散的Oracle网络有效地降低了对手风险。 ChainLink利用独立甲骨文网络收集和验证来自多个来源的数据，从而确保智能合约根据准确的信息可靠地执行。

Key Features of Chainlink

连锁链接的主要特征

Chainlink goes beyond basic data feeds and interoperability by offering advanced features that enhance blockchain development.

ChainLink通过提供增强区块链开发的高级功能，超越了基本数据提要和互操作性。

Chainlink’s decentralized oracle platform includes key highlights such as:

ChainLink的分散甲骨文平台包括：

Overall, Chainlink bridges the gap between blockchain and the real world, unlocking new possibilities for smart contract applications.

总体而言，ChainLink桥接了区块链与现实世界之间的差距，从而为智能合同应用解锁了新的可能性。

Technological Advancements

技术进步

Early History

早期历史

Chainlink officially launched in 2019, following its creation in 2017 by Sergey Nazarov and Steve Ellis, with Ari Juels as a co-author of its foundational whitepaper.

Chainlink于2017年由Sergey Nazarov和Steve Ellis在2017年成立后正式推出，Ari Juels是其基础白皮书的合着者。

Later that year, Chainlink integrated "Town Crier," an oracle solution utilizing trusted execution environments, and in 2020, it incorporated DECO, a privacy-enhancing protocol based on zero-knowledge proofs.

当年晚些时候，ChainLink集成了使用可信赖的执行环境的Oracle解决方案“ Town Crier”，并在2020年结合了Deco，这是一种基于零知识证明的隐私增强协议。

This integration aimed to enhance the confidentiality of data transmitted by Chainlink oracles, further minimizing the risk of manipulation and promoting trust in the network.

这种集成旨在增强连锁链接传输数据的机密性，从而进一步最大程度地减少了操纵和促进网络信任的风险。

As a decentralized ledger of cryptocurrency transactions, blockchain provides transparency and immutability, while Chainlink contributes secure access to real-world data, enabling seamless cooperation between traditional and decentralized systems.

作为加密货币交易的分散分类帐，区块链具有透明度和不变性，而链链链接则可以安全地访问对现实世界数据，从而使传统和分散系统之间的无缝合作无缝合作。

With its innovative technology, consistent advancements, and expanding ecosystem of partnerships, Chainlink continues to revolutionize the integration of smart contracts with real-world data.

凭借其创新的技术，一致的进步和扩大合作伙伴关系的生态系统，ChainLink继续彻底改变了智能合约与现实世界数据的整合。

The Counterparty Risk

对手风险

Counterparty risk refers to the possibility that one party in a financial contract may fail to fulfill their obligations, resulting in potential losses for the other party. This risk is particularly relevant in transactions involving multiple parties, such as loans, trades, and other financial agreements.

交易对手风险是指金融合同中的一方可能无法履行其义务的可能性，从而造成了另一方的潜在损失。这种风险在涉及多方的交易中尤其重要，例如贷款，交易和其他财务协议。

In traditional systems, users often rely on intermediaries, like banks or payment processors, to mitigate this risk. However, these intermediaries introduce their own vulnerabilities, making the overall system less secure.

在传统系统中，用户通常依靠中介（例如银行或付款处理器）来降低这种风险。但是，这些中介机构引入了自己的漏洞，从而使整体系统不太安全。

How Does Chainlink Solve Counterparty Risk?

连锁链接如何解决对手风险？

Chainlink effectively mitigates counterparty risk through its decentralized oracle network. By utilizing a network of independent oracles, Chainlink collects and verifies data from multiple sources, ensuring that smart contracts execute reliably based on accurate information.

ChainLink通过其分散的Oracle网络有效地降低了对手风险。通过利用独立甲骨文网络，ChainLink收集和验证来自多个来源的数据，从而确保智能合约根据准确的信息可靠地执行。

This decentralized approach eliminates single points of failure, enhancing the security and trustworthiness of smart contracts. Chainlink’s system allows for transparent and automated transactions without the need for central authorities, empowering users to engage in secure agreements with confidence.

这种分散的方法消除了单一的失败点，增强了智能合约的安全性和可信赖性。 ChainLink的系统允许无需中央当局进行透明和自动交易，从而使用户有能力充满信心地进行安全协议。

Chainlink vs Ethereum

连锁链接与以太坊

Both Chainlink and Ethereum play fundamental roles in the cryptocurrency market, with Chainlink focusing on providing real-world data to smart contracts and Ethereum serving as a platform for decentralized applications. Both present significant potential for long-term investment and trading.

Chainlink和以太坊都在加密货币市场中扮演着基本角色，ChainLink着重于为智能合约提供现实世界的数据，以及以太坊作为分散应用程序的平台。两者都具有长期投资和交易的巨大潜力。

Technological Differences and Use Cases

技术差异和用例

Chainlink connects real-world data to smart contracts through a network of nodes, utilizing the LINK token to ensure security and reliability. It mainly facilitates the creation of decentralized finance (DeFi) applications, such as exchanges and prediction markets, by delivering accurate data for smart contracts to perform actions on-chain.

ChainLink通过节点网络将现实世界数据连接到智能合约，并利用链接令牌来确保安全性和可靠性。它主要促进了通过提供准确的智能合约数据以在链子上执行智能合约的准确数据，从而创建了分散的金融（FEFI）应用程序（例如交流和预测市场）。

In contrast, Ethereum functions as a decentralized platform for applications and smart contracts, programming in Solidity and using ETH for transaction payments. It supports a wide range of use cases, including identity verification, supply chain management, gaming, and initial coin offerings (ICOs).

相比之下，以太坊作为应用程序和智能合约的分散平台，坚固性编程以及使用ETH进行交易付款。它支持广泛的用例，包括身份验证，供应链管理，游戏和初始硬币产品（ICO）。

Chainlink implements various security measures, including two-factor authentication and SSL encryption, along with scaling solutions like sharding and state channels to enhance performance. The price prediction for Chainlink in 2024 is around $16.82, following its peak at $50.07.

ChainLink实施了各种安全措施，包括两因素身份验证和SSL加密，以及缩放解决方案（如碎片和状态渠道）以提高性能。链条在2024年的价格预测约为16.82美元，其高峰为50.07美元。

On the other hand, Ethereum adopts similar security protocols but utilizes the Proof-of-Work (PoW) consensus algorithm, facing challenges related to scalability due to high transaction fees and network congestion. The estimated price for Ethereum in 2024 is approximately $3,541, having previously reached $376.36 after the split into Ethereum and Ethereum Classic.

另一方面，以太坊采用类似的安全协议，但利用了工作证明（POW）共识算法，面临与高交易费用和网络拥塞有关的可扩展性相关的挑战。 2024年以太坊的估计价格约为3,541美元，此前曾在分为以太坊和以太坊经典之后达到376.36美元。

Community Support and Future Prospects

社区支持和未来的前景

Chainlink boasts a growing community of users and developers who appreciate its ability to link smart contracts with real-world events.

ChainLink拥有越来越多的用户和开发人员社区，他们喜欢其将智能合约与现实世界活动联系起来的能力。

Its integration with major DeFi protocols, traditional institutions, and enterprise systems showcases its potential to revolutionize the blockchain industry.

它与主要的Defi协议，传统机构和企业系统的集成展示了其彻底改变区块链行业的潜力。

The optimism surrounding Chainlink is palpable, with

围绕连锁链接的乐观是显而易见的，