前8个节点项目每个区块链和加密货币爱好者都应该知道

加密货币和区块链空间中的节点是分散网络的基本构建块。本质上是一种设备

A node in the cryptocurrency and blockchain space is a fundamental building block of decentralized networks. It is essentially a device—such as a computer or server—that participates in the operation of a blockchain by storing and validating data, verifying transactions, and communicating with other nodes to ensure the network operates efficiently and securely.

加密货币和区块链空间中的节点是分散网络的基本构建块。它本质上是一种设备（例如计算机或服务器），它通过存储和验证数据，验证交易以及与其他节点进行通信以确保网络有效地可安全，可以通过存储和验证数据来参与区块链的操作。

Nodes are central to maintaining the integrity and security of a blockchain system, as they work together to create a decentralized ledger that is transparent, immutable, and trustless. In contrast to centralized systems, where a single entity controls the database, a blockchain’s decentralized nature is driven by these distributed nodes, which work in consensus to validate and confirm transactions without relying on any central authority. This decentralized setup makes blockchains resilient to censorship, fraud, and single points of failure.

节点对于维持区块链系统的完整性和安全性至关重要，因为它们共同创建了透明，不可能且无信任的分散分类帐。与集中式系统相比，单个实体控制数据库，区块链的分散性质是由这些分布式节点驱动的，这些节点在共识中起作用，可以验证和确认交易而无需依赖任何中央权威。这种分散的设置使区块链对审查制度，欺诈和单个失败点有弹性。

The importance of nodes extends beyond their role in validating transactions. They help secure the network, propagate new data, and maintain a copy of the blockchain’s ledger, which ensures that anyone in the network can verify transactions without needing to trust a third party. Nodes are what make cryptocurrencies and blockchain technology possible, allowing for the creation of decentralized, permissionless systems where transactions are processed and verified by a network of independent computers rather than a central entity.

节点的重要性超出了其在验证交易中的作用。它们有助于确保网络，传播新数据并维护区块链分类帐的副本，这确保网络中的任何人都可以验证交易而无需信任第三方。节点是使加密货币和区块链技术成为可能的原因，从而创建了分散的，无许可的系统，在这些系统中，由独立计算机而不是中央实体的网络处理和验证交易。

Whether you’re a beginner or an expert, staying up to date is crucial in the blockchain space. The rapid growth and evolution of blockchain technology mean that new projects and innovations are emerging constantly. These projects stand out for their unique contributions to blockchain technology, whether through enhancing scalability, decentralization, or enabling new features and use cases.

无论您是初学者还是专家，最新的最新动态在区块链领域至关重要。区块链技术的快速增长和演变意味着新项目和创新不断出现。这些项目是通过提高可扩展性，分散性或实现新功能和用例而对区块链技术的独特贡献。

1 – TSC Trust Node

1 - TSC Trust节点

https://trustedsmartchain.com/

The Trusted Smart Chain (TSC) provides a Layer 1 blockchain designed to enable the tokenization of real-world assets (RWAs). By leveraging blockchain technology, TSC enhances liquidity, transparency, and accessibility, especially for assets such as real estate, commodities, and art. With its focus on high throughput and low transaction costs, TSC supports secure and scalable infrastructure for decentralized financial ecosystems.

值得信赖的智能链（TSC）提供了一个1层区块链，旨在实现现实世界资产的令牌化（RWAS）。通过利用区块链技术，TSC可以提高流动性，透明度和可及性，尤其是对于房地产，商品和艺术品等资产。 TSC专注于高通量和低交易成本，为分散的金融生态系统提供了安全可扩展的基础设施。

Node operators on TSC, are being incentivised with rewards in TSC tokens, contributing to the security and governance of the network. Running a TSC Trust Node is a low-maintenance option, removing barriers to entry by allowing hosting on third-party servers with no hardware upkeep required. These nodes play a crucial role in maintaining network integrity by validating transactions, ensuring data availability, and monitoring other nodes for potential issues. The platform aims to bridge traditional finance with the decentralized world.

TSC上的节点运营商正在通过TSC令牌中的奖励激励，这有助于网络的安全性和治理。运行TSC Trust节点是一个低维护的选项，可以通过允许在第三方服务器上托管而无需硬件维护来消除进入障碍。这些节点通过验证交易，确保数据可用性和监视其他节点的潜在问题来维持网络完整性，在维持网络完整性方面起着至关重要的作用。该平台旨在与分散世界的传统金融桥梁。

Additionally, no staking of TSC tokens is required, making participation more inclusive. However, at the initial stage, the network needs 5,000 activated nodes to be fully operational and begin distributions. Daily rewards are divided among active nodes, meaning larger participation may reduce individual earnings. The total number of nodes for 2025 is capped at 200,000, unless changed by the DAO. By running a Trust node within the TSC ecosystem, users are not only contributing to securing blockchain transactions but also supporting the decentralized AI-driven infrastructure that underpins the 0G network.

此外，不需要将TSC代币放置，从而使参与更具包容性。但是，在初始阶段，网络需要5,000个激活的节点才能完全运行并开始分布。每日奖励分配在主动节点之间，这意味着更大的参与可能会减少个人收入。除非DAO更改，否则2025年的节点总数为200,000。通过在TSC生态系统中运行一个信任节点，用户不仅有助于确保区块链交易，而且还支持支持0G网络的分散的AI驱动的基础架构。

2 – Solana Validator Node

2 - Solana验证器节点

https://solana.com/

Solana is recognized for its scalability and ultra-fast transaction speeds, making it a top choice for developers building decentralized applications (DApps). Operating a Solana validator node involves engaging in the network’s Proof-of-Stake (PoS) consensus mechanism.

Solana因其可伸缩性和超快速交易速度而闻名，这是开发人员建造分散应用程序（DAPP）的首选。操作一个Solana验证器节点涉及参与网络的证明（POS）共识机制。

This contribution is crucial for maintaining network security and performance. In return for their efforts, validators are rewarded with SOL tokens, presenting a financial incentive for those who dedicate their time and resources to supporting the blockchain.

此贡献对于维持网络安全和性能至关重要。作为他们的努力，验证者将获得SOL令牌的奖励，为那些将时间和资源用于支持区块链的人提供了经济激励。

Solana's architecture is designed for high throughput, enabling a rapidly expanding ecosystem of DApps and decentralized services. The network is continuously developed by an active community, striving for greater scalability and innovation.

Solana的架构设计用于高吞吐量，实现了迅速扩展的DAPP和分散服务的生态系统。该网络是由活跃的社区不断开发的，努力提高可扩展性和创新。

Running a Solana validator node requires technical expertise and an initial investment in staking SOL tokens, demonstrating a commitment to the network's long-term efficiency. However, there are several challenges to consider. Staking SOL creates a financial barrier, and the technical setup and ongoing maintenance demand knowledge of blockchain technology.

运行Solana验证器节点需要技术专业知识和初始投资，以证明对网络的长期效率的承诺。但是，需要考虑一些挑战。 Staking Sol创造了财务障碍，以及区块链技术的技术设置和持续的维护需求知识。

Recently, Solana has faced issues with network outages, raising concerns about its reliability. Moreover, the market value of SOL tokens is subject to change, which affects the amount of staking rewards. Finally, running a validator optimally requires significant hardware capabilities.

最近，索拉纳（Solana）面临网络中断问题，引起了人们对其可靠性的担忧。此外，SOL令牌的市场价值可能会发生变化，这会影响存放奖励的数量。最后，运行验证器最佳需要重要的硬件功能。

Despite these technical and financial aspects, operating a Solana validator offers a unique opportunity to contribute to a high-performance blockchain used by a fast-growing ecosystem of DApps and decentralized services. For those passionate about Web3 and keen on engaging in the PoS revolution, becoming a Solana validator presents a unique avenue to contribute to the future of cryptocurrency and decentralized technology.

尽管有这些技术和财务方面，但操作Solana验证器为快速增长的DAPP和分散服务的生态系统使用的高性能区块链提供了独特的机会。对于那些对Web3充满活力并热衷于参与POS Revolution的人来说，成为Solana验证者为加密货币和分散技术的未来做出了贡献的独特途径。

3 – ChainLink Node Operator

3 - 连锁节点运算符

https://chain.link/

Chainlink provides decentralized oracle services, enabling smart contracts to securely integrate with real-world data, APIs, and off-chain systems. Operating a Chainlink node involves contributing to this critical infrastructure by relaying data, aggregating prices, and

ChainLink提供了分散的Oracle服务，使智能合约能够与现实世界数据，API和链链系统安全地集成在一起。操作链链接节点涉及通过中继数据，总价格和